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 | Fusion Gene Summary |
| Fusion Gene ORF analysis |
| Fusion Genomic Features |
| Fusion Protein Features |
| Fusion Gene Sequence |
| Fusion Gene PPI analysis |
| Related Drugs |
| Related Diseases |
Fusion gene:CACNA1D-DNAH1 (FusionGDB2 ID:12319) |
Fusion Gene Summary for CACNA1D-DNAH1 |
 Fusion gene summary |
| Fusion gene information | Fusion gene name: CACNA1D-DNAH1 | Fusion gene ID: 12319 | Hgene | Tgene | Gene symbol | CACNA1D | DNAH1 | Gene ID | 776 | 25981 |
| Gene name | calcium voltage-gated channel subunit alpha1 D | dynein axonemal heavy chain 1 | |
| Synonyms | CACH3|CACN4|CACNL1A2|CCHL1A2|Cav1.3|PASNA|SANDD | CILD37|DNAHC1|HDHC7|HL-11|HL11|HSRF-1|SPGF18|XLHSRF-1 | |
| Cytomap | 3p21.1 | 3p21.1 | |
| Type of gene | protein-coding | protein-coding | |
| Description | voltage-dependent L-type calcium channel subunit alpha-1Dcalcium channel, L type, alpha-1 polypeptidecalcium channel, neuroendocrine/brain-type, alpha 1 subunitcalcium channel, voltage-dependent, L type, alpha 1D subunitvoltage-gated calcium channel a | dynein heavy chain 1, axonemalaxonemal beta dynein heavy chain 1ciliary dynein heavy chain 1dynein, axonemal, heavy polypeptide 1heat shock regulated protein 1testicular tissue protein Li 60 | |
| Modification date | 20200313 | 20200320 | |
| UniProtAcc | Q01668 | Q9UFH2 | |
| Ensembl transtripts involved in fusion gene | ENST00000288139, ENST00000350061, ENST00000422281, ENST00000498251, ENST00000540742, ENST00000544977, | ENST00000466628, ENST00000420323, | |
| Fusion gene scores | * DoF score | 11 X 9 X 5=495 | 5 X 9 X 5=225 |
| # samples | 15 | 7 | |
| ** MAII score | log2(15/495*10)=-1.72246602447109 possibly effective Gene in Pan-Cancer Fusion Genes (peGinPCFGs). DoF>8 and MAII<0 | log2(7/225*10)=-1.68449817427207 possibly effective Gene in Pan-Cancer Fusion Genes (peGinPCFGs). DoF>8 and MAII<0 | |
| Context | PubMed: CACNA1D [Title/Abstract] AND DNAH1 [Title/Abstract] AND fusion [Title/Abstract] | ||
| Most frequent breakpoint | CACNA1D(53535747)-DNAH1(52391630), # samples:2 DNAH1(52418047)-CACNA1D(53834276), # samples:1 | ||
| Anticipated loss of major functional domain due to fusion event. | |||
| * DoF score (Degree of Frequency) = # partners X # break points X # cancer types ** MAII score (Major Active Isofusion Index) = log2(# samples/DoF score*10) |
| Gene ontology of each fusion partner gene with evidence of Inferred from Direct Assay (IDA) from Entrez |
| Partner | Gene | GO ID | GO term | PubMed ID |
| Hgene | CACNA1D | GO:0006816 | calcium ion transport | 11160515 |
| Hgene | CACNA1D | GO:0051928 | positive regulation of calcium ion transport | 1309651 |
| Hgene | CACNA1D | GO:0070509 | calcium ion import | 1309651 |
| Tgene | DNAH1 | GO:0036159 | inner dynein arm assembly | 24360805 |
| Fusion gene breakpoints across CACNA1D (5'-gene) * Click on the image to open the UCSC genome browser with custom track showing this image in a new window. |
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| Fusion gene breakpoints across DNAH1 (3'-gene) * Click on the image to open the UCSC genome browser with custom track showing this image in a new window. |
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| Fusion gene information from two resources (ChiTars 5.0 and ChimerDB 4.0) * All genome coordinats were lifted-over on hg19. * Click on the break point to see the gene structure around the break point region using the UCSC Genome Browser. |
| Source | Disease | Sample | Hgene | Hchr | Hbp | Hstrand | Tgene | Tchr | Tbp | Tstrand |
| ChimerDB4 | OV | TCGA-24-1603-01A | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| ChimerDB4 | OV | TCGA-24-1603 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
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Fusion Gene ORF analysis for CACNA1D-DNAH1 |
| Open reading frame (ORF) analsis of fusion genes based on Ensembl gene isoform structure. * Click on the break point to see the gene structure around the break point region using the UCSC Genome Browser. |
| ORF | Henst | Tenst | Hgene | Hchr | Hbp | Hstrand | Tgene | Tchr | Tbp | Tstrand |
| 5CDS-intron | ENST00000288139 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| 5CDS-intron | ENST00000288139 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| 5CDS-intron | ENST00000350061 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| 5CDS-intron | ENST00000350061 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| 5CDS-intron | ENST00000422281 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| 5CDS-intron | ENST00000422281 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| In-frame | ENST00000288139 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| In-frame | ENST00000288139 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| In-frame | ENST00000350061 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| In-frame | ENST00000350061 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| In-frame | ENST00000422281 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| In-frame | ENST00000422281 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| intron-3CDS | ENST00000498251 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| intron-3CDS | ENST00000498251 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| intron-3CDS | ENST00000540742 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| intron-3CDS | ENST00000540742 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| intron-3CDS | ENST00000544977 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| intron-3CDS | ENST00000544977 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| intron-intron | ENST00000498251 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| intron-intron | ENST00000498251 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| intron-intron | ENST00000540742 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| intron-intron | ENST00000540742 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| intron-intron | ENST00000544977 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + |
| intron-intron | ENST00000544977 | ENST00000466628 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + |
| ORFfinder result based on the fusion transcript sequence of in-frame fusion genes. |
| Henst | Tenst | Hgene | Hchr | Hbp | Hstrand | Tgene | Tchr | Tbp | Tstrand | Seq length (transcript) | BP loci (transcript) | Predicted start (transcript) | Predicted stop (transcript) | Seq length (amino acids) |
| ENST00000350061 | CACNA1D | chr3 | 53535747 | + | ENST00000420323 | DNAH1 | chr3 | 52391630 | + | 9979 | 994 | 511 | 9933 | 3140 |
| ENST00000288139 | CACNA1D | chr3 | 53535747 | + | ENST00000420323 | DNAH1 | chr3 | 52391630 | + | 9586 | 601 | 118 | 9540 | 3140 |
| ENST00000422281 | CACNA1D | chr3 | 53535747 | + | ENST00000420323 | DNAH1 | chr3 | 52391630 | + | 9468 | 483 | 0 | 9422 | 3140 |
| ENST00000350061 | CACNA1D | chr3 | 53535747 | + | ENST00000420323 | DNAH1 | chr3 | 52391629 | + | 9979 | 994 | 511 | 9933 | 3140 |
| ENST00000288139 | CACNA1D | chr3 | 53535747 | + | ENST00000420323 | DNAH1 | chr3 | 52391629 | + | 9586 | 601 | 118 | 9540 | 3140 |
| ENST00000422281 | CACNA1D | chr3 | 53535747 | + | ENST00000420323 | DNAH1 | chr3 | 52391629 | + | 9468 | 483 | 0 | 9422 | 3140 |
| DeepORF prediction of the coding potential based on the fusion transcript sequence of in-frame fusion genes. DeepORF is a coding potential classifier based on convolutional neural network by comparing the real Ribo-seq data. If the no-coding score < 0.5 and coding score > 0.5, then the in-frame fusion transcript is predicted as being likely translated. |
| Henst | Tenst | Hgene | Hchr | Hbp | Hstrand | Tgene | Tchr | Tbp | Tstrand | No-coding score | Coding score |
| ENST00000350061 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + | 0.006378298 | 0.99362165 |
| ENST00000288139 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + | 0.005059862 | 0.99494016 |
| ENST00000422281 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391630 | + | 0.004775952 | 0.99522406 |
| ENST00000350061 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + | 0.006378298 | 0.99362165 |
| ENST00000288139 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + | 0.005059862 | 0.99494016 |
| ENST00000422281 | ENST00000420323 | CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + | 0.004775952 | 0.99522406 |
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Fusion Genomic Features for CACNA1D-DNAH1 |
| FusionAI prediction of the potential fusion gene breakpoint based on the pre-mature RNA sequence context (+/- 5kb of individual partner genes, total 20kb length sequence). FusionAI is a fusion gene breakpoint classifier based on convolutional neural network by comparing the fusion positive and negative sequence context of ~ 20K fusion gene data. From here, we can have the relative potentency of the 20K genomic sequence how individual sequnce will be likely used as the gene fusion breakpoints. |
| Hgene | Hchr | Hbp | Hstrand | Tgene | Tchr | Tbp | Tstrand | 1-p | p (fusion gene breakpoint) |
| CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + | 1.85E-06 | 0.9999981 |
| CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + | 1.85E-06 | 0.9999981 |
| CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + | 1.85E-06 | 0.9999981 |
| CACNA1D | chr3 | 53535747 | + | DNAH1 | chr3 | 52391629 | + | 1.85E-06 | 0.9999981 |
| Distribution of 44 human genomic features loci across 20kb length fusion breakpoint regions. We integrated a total of 44 different types of human genomic feature loci information across five big categories including virus integration sites, repeats, structural variants, chromatin states, and gene expression regulation. More details are in help page. |
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| Distribution of 44 human genomic features loci across 20kb length fusion breakpoint regions that are ovelapped with the top 1% feature importance score regions. More details are in help page. |
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Fusion Protein Features for CACNA1D-DNAH1 |
| Four levels of functional features of fusion genes Go to FGviewer search page for the most frequent breakpoint (https://ccsmweb.uth.edu/FGviewer/chr3:53535747/chr3:52391630) - FGviewer provides the online visualization of the retention search of the protein functional features across DNA, RNA, protein, and pathological levels. - How to search 1. Put your fusion gene symbol. 2. Press the tab key until there will be shown the breakpoint information filled. 4. Go down and press 'Search' tab twice. 4. Go down to have the hyperlink of the search result. 5. Click the hyperlink. 6. See the FGviewer result for your fusion gene. |
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| Main function of each fusion partner protein. (from UniProt) |
| Hgene | Tgene |
| CACNA1D | DNAH1 |
| FUNCTION: Voltage-sensitive calcium channels (VSCC) mediate the entry of calcium ions into excitable cells and are also involved in a variety of calcium-dependent processes, including muscle contraction, hormone or neurotransmitter release, gene expression, cell motility, cell division and cell death. The isoform alpha-1D gives rise to L-type calcium currents. Long-lasting (L-type) calcium channels belong to the 'high-voltage activated' (HVA) group. They are blocked by dihydropyridines (DHP), phenylalkylamines, and by benzothiazepines. {ECO:0000269|PubMed:18482979, ECO:0000269|PubMed:25620733, ECO:0000269|PubMed:28472301}. | FUNCTION: Force generating protein component of the outer dynein arms (ODAs) in the sperm flagellum. Produces force towards the minus ends of microtubules. Dynein has ATPase activity; the force-producing power stroke is thought to occur on release of ADP (Probable). Plays a major role in sperm motility, implicated in sperm flagellar assembly and beating (PubMed:31178125). {ECO:0000269|PubMed:31178125, ECO:0000305|PubMed:31178125}. |
| Retention analysis result of each fusion partner protein across 39 protein features of UniProt such as six molecule processing features, 13 region features, four site features, six amino acid modification features, two natural variation features, five experimental info features, and 3 secondary structure features. Here, because of limited space for viewing, we only show the protein feature retention information belong to the 13 regional features. All retention annotation result can be downloaded at * Minus value of BPloci means that the break pointn is located before the CDS. |
| - In-frame and retained protein feature among the 13 regional features. |
| Partner | Gene | Hbp | Tbp | ENST | Strand | BPexon | TotalExon | Protein feature loci | *BPloci | TotalLen | Protein feature | Protein feature note |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1_7 | 161 | 2182.0 | Compositional bias | Note=Poly-Met |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1_7 | 161 | 2162.0 | Compositional bias | Note=Poly-Met |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1_7 | 161 | 2138.0 | Compositional bias | Note=Poly-Met |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1_7 | 161 | 2182.0 | Compositional bias | Note=Poly-Met |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1_7 | 161 | 2162.0 | Compositional bias | Note=Poly-Met |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1_7 | 161 | 2138.0 | Compositional bias | Note=Poly-Met |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 146_163 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1_126 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 146_163 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1_126 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 146_163 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1_126 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 146_163 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1_126 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 146_163 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1_126 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 146_163 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1_126 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 127_145 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS1 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 127_145 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS1 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 127_145 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS1 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 127_145 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS1 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 127_145 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS1 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 127_145 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS1 of repeat I |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 3074_3122 | 1286 | 4266.0 | Coiled coil | Ontology_term=ECO:0000255 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 3074_3122 | 1286 | 4266.0 | Coiled coil | Ontology_term=ECO:0000255 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 2167_2172 | 1286 | 4266.0 | Compositional bias | Note=Poly-Glu | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 2167_2172 | 1286 | 4266.0 | Compositional bias | Note=Poly-Glu | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 1581_1588 | 1286 | 4266.0 | Motif | Note=GPAGTGKT motif | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 1631_1637 | 1286 | 4266.0 | Motif | Note=CFDEFNR motif | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 1581_1588 | 1286 | 4266.0 | Motif | Note=GPAGTGKT motif | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 1631_1637 | 1286 | 4266.0 | Motif | Note=CFDEFNR motif | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 1862_1869 | 1286 | 4266.0 | Nucleotide binding | ATP | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 2227_2234 | 1286 | 4266.0 | Nucleotide binding | ATP | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 2586_2593 | 1286 | 4266.0 | Nucleotide binding | ATP | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 1862_1869 | 1286 | 4266.0 | Nucleotide binding | ATP | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 2227_2234 | 1286 | 4266.0 | Nucleotide binding | ATP | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 2586_2593 | 1286 | 4266.0 | Nucleotide binding | ATP | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 1543_1764 | 1286 | 4266.0 | Region | AAA 1 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 1824_2057 | 1286 | 4266.0 | Region | AAA 2 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 2189_2449 | 1286 | 4266.0 | Region | AAA 3 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 2547_2799 | 1286 | 4266.0 | Region | AAA 4 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 2814_3112 | 1286 | 4266.0 | Region | Stalk | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 3197_3427 | 1286 | 4266.0 | Region | AAA 5 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 3640_3859 | 1286 | 4266.0 | Region | AAA 6 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 1543_1764 | 1286 | 4266.0 | Region | AAA 1 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 1824_2057 | 1286 | 4266.0 | Region | AAA 2 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 2189_2449 | 1286 | 4266.0 | Region | AAA 3 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 2547_2799 | 1286 | 4266.0 | Region | AAA 4 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 2814_3112 | 1286 | 4266.0 | Region | Stalk | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 3197_3427 | 1286 | 4266.0 | Region | AAA 5 | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 3640_3859 | 1286 | 4266.0 | Region | AAA 6 |
| - In-frame and not-retained protein feature among the 13 regional features. |
| Partner | Gene | Hbp | Tbp | ENST | Strand | BPexon | TotalExon | Protein feature loci | *BPloci | TotalLen | Protein feature | Protein feature note |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1493_1504 | 161 | 2182.0 | Calcium binding | Ontology_term=ECO:0000250 |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1493_1504 | 161 | 2162.0 | Calcium binding | Ontology_term=ECO:0000250 |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1493_1504 | 161 | 2138.0 | Calcium binding | Ontology_term=ECO:0000250 |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1493_1504 | 161 | 2182.0 | Calcium binding | Ontology_term=ECO:0000250 |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1493_1504 | 161 | 2162.0 | Calcium binding | Ontology_term=ECO:0000250 |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1493_1504 | 161 | 2138.0 | Calcium binding | Ontology_term=ECO:0000250 |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 653_659 | 161 | 2182.0 | Compositional bias | Note=Poly-Leu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 827_838 | 161 | 2182.0 | Compositional bias | Note=Poly-Glu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 653_659 | 161 | 2162.0 | Compositional bias | Note=Poly-Leu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 827_838 | 161 | 2162.0 | Compositional bias | Note=Poly-Glu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 653_659 | 161 | 2138.0 | Compositional bias | Note=Poly-Leu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 827_838 | 161 | 2138.0 | Compositional bias | Note=Poly-Glu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 653_659 | 161 | 2182.0 | Compositional bias | Note=Poly-Leu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 827_838 | 161 | 2182.0 | Compositional bias | Note=Poly-Glu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 653_659 | 161 | 2162.0 | Compositional bias | Note=Poly-Leu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 827_838 | 161 | 2162.0 | Compositional bias | Note=Poly-Glu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 653_659 | 161 | 2138.0 | Compositional bias | Note=Poly-Leu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 827_838 | 161 | 2138.0 | Compositional bias | Note=Poly-Glu |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1075_1165 | 161 | 2182.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1420_1486 | 161 | 2182.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1432_1475 | 161 | 2182.0 | Region | Phenylalkylamine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 429_446 | 161 | 2182.0 | Region | Binding to the beta subunit |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1075_1165 | 161 | 2162.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1420_1486 | 161 | 2162.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1432_1475 | 161 | 2162.0 | Region | Phenylalkylamine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 429_446 | 161 | 2162.0 | Region | Binding to the beta subunit |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1075_1165 | 161 | 2138.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1420_1486 | 161 | 2138.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1432_1475 | 161 | 2138.0 | Region | Phenylalkylamine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 429_446 | 161 | 2138.0 | Region | Binding to the beta subunit |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1075_1165 | 161 | 2182.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1420_1486 | 161 | 2182.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1432_1475 | 161 | 2182.0 | Region | Phenylalkylamine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 429_446 | 161 | 2182.0 | Region | Binding to the beta subunit |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1075_1165 | 161 | 2162.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1420_1486 | 161 | 2162.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1432_1475 | 161 | 2162.0 | Region | Phenylalkylamine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 429_446 | 161 | 2162.0 | Region | Binding to the beta subunit |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1075_1165 | 161 | 2138.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1420_1486 | 161 | 2138.0 | Region | Dihydropyridine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1432_1475 | 161 | 2138.0 | Region | Phenylalkylamine binding |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 429_446 | 161 | 2138.0 | Region | Binding to the beta subunit |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 113_409 | 161 | 2182.0 | Repeat | Note=I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1192_1467 | 161 | 2182.0 | Repeat | Note=IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 509_755 | 161 | 2182.0 | Repeat | Note=II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 873_1155 | 161 | 2182.0 | Repeat | Note=III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 113_409 | 161 | 2162.0 | Repeat | Note=I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1192_1467 | 161 | 2162.0 | Repeat | Note=IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 509_755 | 161 | 2162.0 | Repeat | Note=II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 873_1155 | 161 | 2162.0 | Repeat | Note=III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 113_409 | 161 | 2138.0 | Repeat | Note=I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1192_1467 | 161 | 2138.0 | Repeat | Note=IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 509_755 | 161 | 2138.0 | Repeat | Note=II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 873_1155 | 161 | 2138.0 | Repeat | Note=III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 113_409 | 161 | 2182.0 | Repeat | Note=I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1192_1467 | 161 | 2182.0 | Repeat | Note=IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 509_755 | 161 | 2182.0 | Repeat | Note=II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 873_1155 | 161 | 2182.0 | Repeat | Note=III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 113_409 | 161 | 2162.0 | Repeat | Note=I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1192_1467 | 161 | 2162.0 | Repeat | Note=IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 509_755 | 161 | 2162.0 | Repeat | Note=II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 873_1155 | 161 | 2162.0 | Repeat | Note=III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 113_409 | 161 | 2138.0 | Repeat | Note=I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1192_1467 | 161 | 2138.0 | Repeat | Note=IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 509_755 | 161 | 2138.0 | Repeat | Note=II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 873_1155 | 161 | 2138.0 | Repeat | Note=III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1038_1127 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1149_1205 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1225_1239 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1260_1266 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1289_1313 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1334_1352 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1373_1439 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1465_2161 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 184_195 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 215_235 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 255_273 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 294_381 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 407_523 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 544_558 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 578_585 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 605_614 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 634_652 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 674_727 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 753_886 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 906_921 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 942_953 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 973_978 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 999_1017 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1038_1127 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1149_1205 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1225_1239 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1260_1266 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1289_1313 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1334_1352 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1373_1439 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1465_2161 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 184_195 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 215_235 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 255_273 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 294_381 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 407_523 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 544_558 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 578_585 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 605_614 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 634_652 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 674_727 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 753_886 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 906_921 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 942_953 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 973_978 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 999_1017 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1038_1127 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1149_1205 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1225_1239 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1260_1266 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1289_1313 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1334_1352 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1373_1439 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1465_2161 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 184_195 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 215_235 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 255_273 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 294_381 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 407_523 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 544_558 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 578_585 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 605_614 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 634_652 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 674_727 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 753_886 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 906_921 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 942_953 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 973_978 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 999_1017 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1038_1127 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1149_1205 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1225_1239 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1260_1266 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1289_1313 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1334_1352 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1373_1439 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1465_2161 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 184_195 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 215_235 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 255_273 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 294_381 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 407_523 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 544_558 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 578_585 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 605_614 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 634_652 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 674_727 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 753_886 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 906_921 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 942_953 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 973_978 | 161 | 2182.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 999_1017 | 161 | 2182.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1038_1127 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1149_1205 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1225_1239 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1260_1266 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1289_1313 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1334_1352 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1373_1439 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1465_2161 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 184_195 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 215_235 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 255_273 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 294_381 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 407_523 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 544_558 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 578_585 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 605_614 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 634_652 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 674_727 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 753_886 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 906_921 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 942_953 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 973_978 | 161 | 2162.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 999_1017 | 161 | 2162.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1038_1127 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1149_1205 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1225_1239 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1260_1266 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1289_1313 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1334_1352 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1373_1439 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1465_2161 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 184_195 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 215_235 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 255_273 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 294_381 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 407_523 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 544_558 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 578_585 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 605_614 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 634_652 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 674_727 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 753_886 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 906_921 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 942_953 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 973_978 | 161 | 2138.0 | Topological domain | Extracellular |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 999_1017 | 161 | 2138.0 | Topological domain | Cytoplasmic |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1018_1037 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS5 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1128_1148 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS6 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1206_1224 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS1 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1240_1259 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS2 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1267_1288 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS3 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1314_1333 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS4 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1353_1372 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS5 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 1440_1464 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS6 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 164_183 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS2 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 196_214 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS3 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 236_254 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS4 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 274_293 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS5 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 382_406 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS6 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 524_543 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS1 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 559_577 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS2 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 586_604 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS3 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 615_633 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS4 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 653_673 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS5 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 728_752 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS6 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 887_905 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS1 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 922_941 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS2 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 954_972 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS3 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000288139 | + | 3 | 49 | 979_998 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS4 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1018_1037 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS5 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1128_1148 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS6 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1206_1224 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS1 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1240_1259 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS2 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1267_1288 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS3 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1314_1333 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS4 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1353_1372 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS5 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 1440_1464 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS6 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 164_183 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS2 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 196_214 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS3 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 236_254 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS4 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 274_293 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS5 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 382_406 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS6 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 524_543 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS1 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 559_577 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS2 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 586_604 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS3 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 615_633 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS4 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 653_673 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS5 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 728_752 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS6 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 887_905 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS1 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 922_941 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS2 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 954_972 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS3 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000350061 | + | 3 | 48 | 979_998 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS4 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1018_1037 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS5 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1128_1148 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS6 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1206_1224 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS1 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1240_1259 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS2 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1267_1288 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS3 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1314_1333 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS4 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1353_1372 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS5 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 1440_1464 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS6 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 164_183 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS2 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 196_214 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS3 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 236_254 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS4 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 274_293 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS5 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 382_406 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS6 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 524_543 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS1 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 559_577 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS2 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 586_604 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS3 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 615_633 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS4 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 653_673 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS5 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 728_752 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS6 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 887_905 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS1 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 922_941 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS2 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 954_972 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS3 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391629 | ENST00000422281 | + | 3 | 46 | 979_998 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS4 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1018_1037 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS5 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1128_1148 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS6 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1206_1224 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS1 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1240_1259 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS2 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1267_1288 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS3 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1314_1333 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS4 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1353_1372 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS5 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 1440_1464 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS6 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 164_183 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS2 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 196_214 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS3 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 236_254 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS4 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 274_293 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS5 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 382_406 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS6 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 524_543 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS1 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 559_577 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS2 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 586_604 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS3 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 615_633 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS4 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 653_673 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS5 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 728_752 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS6 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 887_905 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS1 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 922_941 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS2 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 954_972 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS3 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000288139 | + | 3 | 49 | 979_998 | 161 | 2182.0 | Transmembrane | Helical%3B Name%3DS4 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1018_1037 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS5 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1128_1148 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS6 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1206_1224 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS1 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1240_1259 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS2 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1267_1288 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS3 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1314_1333 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS4 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1353_1372 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS5 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 1440_1464 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS6 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 164_183 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS2 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 196_214 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS3 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 236_254 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS4 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 274_293 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS5 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 382_406 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS6 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 524_543 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS1 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 559_577 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS2 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 586_604 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS3 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 615_633 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS4 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 653_673 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS5 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 728_752 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS6 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 887_905 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS1 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 922_941 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS2 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 954_972 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS3 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000350061 | + | 3 | 48 | 979_998 | 161 | 2162.0 | Transmembrane | Helical%3B Name%3DS4 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1018_1037 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS5 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1128_1148 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS6 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1206_1224 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS1 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1240_1259 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS2 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1267_1288 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS3 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1314_1333 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS4 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1353_1372 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS5 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 1440_1464 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS6 of repeat IV |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 164_183 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS2 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 196_214 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS3 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 236_254 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS4 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 274_293 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS5 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 382_406 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS6 of repeat I |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 524_543 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS1 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 559_577 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS2 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 586_604 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS3 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 615_633 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS4 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 653_673 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS5 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 728_752 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS6 of repeat II |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 887_905 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS1 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 922_941 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS2 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 954_972 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS3 of repeat III |
| Hgene | CACNA1D | chr3:53535747 | chr3:52391630 | ENST00000422281 | + | 3 | 46 | 979_998 | 161 | 2138.0 | Transmembrane | Helical%3B Name%3DS4 of repeat III |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391629 | ENST00000420323 | 21 | 78 | 1_1542 | 1286 | 4266.0 | Region | Stem | |
| Tgene | DNAH1 | chr3:53535747 | chr3:52391630 | ENST00000420323 | 21 | 78 | 1_1542 | 1286 | 4266.0 | Region | Stem |
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Fusion Gene Sequence for CACNA1D-DNAH1 |
| For in-frame fusion transcripts, we provide the fusion transcript sequences and fusion amino acid sequences. To have fusion amino acid sequence, we ran ORFfinder and chose the longest ORF among the all predicted ones. |
| >12319_12319_1_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000288139_DNAH1_chr3_52391629_ENST00000420323_length(transcript)=9586nt_BP=601nt AGAATAAGGGCAGGGACCGCGGCTCCTACCTCTTGGTGATCCCCTTCCCCATTCCGCCCCCGCCTCAACGCCCAGCACAGTGCCCTGCAC ACAGTAGTCGCTCAATAAATGTTCGTGGATGATGATGATGATGATGATGAAAAAAATGCAGCATCAACGGCAGCAGCAAGCGGACCACGC GAACGAGGCAAACTATGCAAGAGGCACCAGACTTCCTCTTTCTGGTGAAGGACCAACTTCTCAGCCGAATAGCTCCAAGCAAACTGTCCT GTCTTGGCAAGCTGCAATCGATGCTGCTAGACAGGCCAAGGCTGCCCAAACTATGAGCACCTCTGCACCCCCACCTGTAGGATCTCTCTC CCAAAGAAAACGTCAGCAATACGCCAAGAGCAAAAAACAGGGTAACTCGTCCAACAGCCGACCTGCCCGCGCCCTTTTCTGTTTATCACT CAATAACCCCATCCGAAGAGCCTGCATTAGTATAGTGGAATGGAAACCATTTGACATATTTATATTATTGGCTATTTTTGCCAATTGTGT GGCCTTAGCTATTTACATCCCATTCCCTGAAGATGATTCTAATTCAACAAATCATAACTTGGTGATCAATGTGTGTTCCGACCTGAGAAT GCTGGACAGCCTGCGGGACTGCAACAAGATTCTGGACCTGGTGCAGAAGGGCCTCAGCGAGTATCTGGAGACCAAGAGGAGCGCCTTCCC CAGATTCTACTTCCTGTCAGATGATGAACTACTAGAGATCTTGTCGCAGACAAAGGACCCCACGGCCGTGCAGCCACACCTGCGCAAGTG CTTCGAGAACATCGCTCGGCTGCTATTCCAGGAGGACCTGGAGATCACGCACATGTACTCAGCCGAGGGGGAGGAGGTACAGTTGTGCTT CTCCATCTACCCCTCCAGCAACGTGGAGGACTGGCTGCGGGAGGTGGAGCGCAGCATGAAGGCCAGTGTGCACGACATCATTGAGAAGGC CATCAGGGCCTACCCCACGATGCCCAGGACCCAGTGGGTTCTGAACTGGCCTGGCCAGGTGACCATCGCTGGGTGCCAGACCTACTGGAC CATGGAGGTGGCAGAGGCTCTGGAGGCCGGCAACCTCAGAAGCCAACTGTTCCCCCAGCTCTGCCAGCAGCTCAGTGATCTGGTGGCCCT TGTGCGGGGGAAGCTGTCCCGCATGCAGCGGGCAGTGCTGTCAGCGCTAATCGTCATTGAGGTCCATGCCAAGGACGTGGTGAGCAAGCT AATCCAGGAGAACGTGGTCAGCGTGAATGACTTCCAGTGGATCTCACAGCTGAGGTACTACTGGACAAATAATGACCTGTATATCCGTGC TGTGAATGCTGAGTTCATCTATGGCTATGAGTACCTGGGCAACAGTGGGAGGCTGGTGATCACGCCCCTCACCGACAGGTGCTACCTGAC ACTGACCGGAGCTCTGCACCTCAAGTTTGGGGGTGCCCCAGCTGGCCCAGCTGGCACAGGCAAAACTGAGACCACCAAAGACCTGGGTAA GGCCTTGGCCATACAGACCGTTGTGTTCAACTGCTCTGACCAGCTCGACTTCATGGCCATGGGCAAGTTCTTCAAGGGCCTGGCCAGTGC TGGGGCCTGGGCCTGCTTCGACGAGTTCAATCGCATCGACATCGAGGTGCTGTCTGTGGTGGCGCAGCAGATCACCACCATCCAGAAGGC GCAGCAGCAGCGGGTGGAACGCTTCATGTTTGAGGGTGTGGAGATCCCACTGGTGCCATCCTGCGCAGTGTTTATCACCATGAACCCGGG CTACGCTGGCCGCACGGAGCTGCCTGACAATCTGAAGGCGCTCTTCCGACCCGTGGCCATGATGGTTCCAGATTACGCCATGATCACTGA GATCTCCCTCTATTCCTTTGGCTTTAATGAGGCCAGTGTGCTGGCTAAGAAGATCACAACCACCTTCAAGCTGTCTTCTGAGCAGCTCAG CTCCCAGGATCACTATGACTTCGGGATGAGAGCCGTGAAAACTGTGATCTCGGCTGCTGGGAACCTCAAGCGAGAAAACCCCAGCATGAA TGAGGAGCTGATCTGCCTCCGGGCCATCCGTGATGTGAACGTGCCCAAGTTCCTGCAGGAGGACCTCAAGCTCTTCTCTGGCATCGTGTC CGACCTGTTTCCCACCATCAAGGAGGAGGACACGGACTACGGCATCCTGGATGAGGCCATCCGCGAGGCCTGCAGGAACAGCAACCTCAA GGATGTGGAGGGCTTCCTGACAAAGTGCATCCAGCTCTACGAGACCACGGTGGTACGACACGGCCTCATGCTCGTCGGGCCCACAGGCTC CGGCAAGAGTACTTGTTACAGAGTCCTGGCAGCTGCCATGACGTCACTGAAAGGGCAGCCATCCATCAGTGGTGGCATGTACGAGGCTGT CAACTACTACGTGCTCAACCCCAAGTCCATCACGATGGGCCAGCTGTACGGGGAGTTTGACCTCCTCACCCATGAGTGGACAGACGGGAT ATTCTCCTCGTTCATCCGGGCGGGGGCCATCACCTCCGACACCAACAAGAAGTGGTACATGTTCGATGGGCCGGTGGATGCCATCTGGAT TGAGAACATGAACACGGTGCTGGATGACAACAAGAAGCTGTGCCTCAGCTCTGGGGAGATCATCAAGCTCACAGAGGCAATGACCATGAT GTTCGAGGTGCAAGACCTGGCGGTGGCTTCACCAGCTACAGTCTCCCGCTGTGGCATGGTGTACCTGGAGCCCAGCATCCTGGGGCTCAT GCCCTTCATCGAGTGCTGGCTGAGGAAGCTGCCTCCCTTGCTGAAGCCCTATGAGGAGCATTTCAAGGCCCTCTTTGTCAGCTTCCTGGA GGAATCCATCTCCTTCGTTCGGTCCTCAGTGAAGGAGGTGATCGCCTCAACCAACTGCAACCTGACCATGAGCCTCCTCAAGCTGCTGGA CTGCTTCTTCAAGCCCTTTCTGCCTAGAGAGGGCCTCAAGAAAATACCCTCTGAAAAGCTGAGTCGCATCGTAGAGTTGATCGAGCCCTG GTTCATCTTCTCCCTGATCTGGAGCGTGGGTGCCACTGGGGACAGCAGTGGCCGCACCAGTTTCAGCCACTGGCTAAGGCTCAAGATGGA GAACGAACAGCTGACTCTGCTTTTCCCAGAAGAGGGGCTGGTGTTCGATTACAGGCTGGAGGACGCGGGCATCAGTGGCACCAACGACAG TGAGGATGAAGAGGAGGAATACAAGCAGGTTGCCTGGGTGAAGTGGATGGACTCCTCAGCTCCATTCACCATGGTACCAGACACCAACTA CTGCAACATCATTGTGCCCACCATGGACACCGTGCAGATGTCCCATTTACTGGACATGCTGCTCACCAACAAGAAGCCCGTGCTGTGCAT TGGGCCAACAGGCACGGGGAAGACGCTCACCATCTCTGACAAGCTCCTCAAGAACCTGGCACTGGATTACATCAGCCACTTCCTCACCTT CTCAGCCCGCACTTCAGCCAACCAGACCCAGGACTTCATTGACAGCAAGCTGGACAAGAGGCGGAAGGGTGTGTTTGGACCACCTCTGGG GCGCAACTTTATCTTCTTCATCGATGACCTGAACATGCCGGCCCTGGAGACCTACGGTGCACAGCCACCCATCGAGCTGTTGCGCCAGTG GATGGACCACGGCGGCTGGTACGACCGCAAGATCATTGGTGCCTTCAAGAACCTAGTGGACATCAACTTTGTCTGTGCCATGGGCCCCCC GGGTGGAGGCAGGAACACCGTCACCCCGCGGCTGATGCGTCACTTCAACTACCTGTCTTTCGCTGAGATGGACGAGGTCAGCAAGAAACG CATCTTCTCCACCATCCTGGGCAACTGGTTGGATGGACTCCTTGGAGAAAAAAGCTACCGGGAGCGTGTGCCTGGGGCCCCCCACATTGC CCACTTCACGGAGCCCCTTGTGGAAGCCACCATCATGGTGTATGCAACCATCACCTCCCAGCTGCTGCCCACTCCAGCCAAGTCCCACTA CACCTTCAACCTGAGGGACCTCTCCAAGGTCTTCCAAGGCATGCTCATGGCTGACCCGGCCAAGGTCGAGGACCAAGTGCAGCTGCTGCG ACTGTGGTATCACGAGAACTGCCGCGTGTTCCGGGACCGACTGGTGAATGAGGAGGACCGCAGCTGGTTCGACCAGCTCCTCAAGCGCTG CATGGAGCAGTGGGAGGTGACCTTCAACAAGGTCTGCCCCTTCCAGCCCATTCTTTACGGGGACTTCATGTCACCAGGCTCCGATGTCAA GTCCTACGAGCTCATCACCAGTGAGAGTAAGATGATGCAGGTGATAGAGGAGTACATAGAGGACTACAACCAGATCAACACGGCCAAGCT GAAGCTGGTCCTCTTCATGGACGCCATGAGCCACATCTGTCGCATCAGCCGCACCCTACGCCAGGCGCTGGGCAATGCACTCCTGCTGGG CGTGGGTGGCAGCGGCCGCAGCTCCCTCACAAGGCTCGCCTCGCACATGGCCGAGTACGAGTGCTTCCAGATTGAACTATCCAAGAACTA CGGCATGTCCGAGTGGCGAGATGATGTGAAGAAGGTCCTGCTCAAGGCGGGCCTACAGAACCTACCCATCACCTTCCTCTTCTCAGACAC CCAGATCAAGAACGAATCCTTCCTGGAAGATATCAACAACGTCCTAAACTCTGGTGACATTCCCAATCTGTATACTGCGGACGAGCAGGA CCAGATCGTCAGCACCATGCGGCCCTATATCCAGGAGCAGGGCCTACAGCCCACCAAGGCCAACCTCATGGCTGCTTACACAGGGCGTGT GCGCAGCAACATCCACATGGTGCTGTGCATGAGCCCCATCGGAGAGGTCTTCCGAGCTCGTCTGAGGCAGTTTCCCTCCCTGGTCAACTG CTGTACCATCGACTGGTTTAACGAGTGGCCGGCAGAAGCCCTGAAGTCTGTGGCCACCGTGTTCCTCAATGAGATCCCAGAACTGGAATC CTCCCAGGAAGAAATCCAAGGACTGATCCAGGTCTGTGTGTACATCCACCAGTCGGTGTCCAAGAAGTGCATCGAGTACCTGGCAGAGCT GACCCGCCACAACTATGTGACCCCCAAGAGCTACTTGGAGCTGCTTCATATTTTCTCCATCCTCATCGGGCAGAAGAAACTGGAGCTGAA AACTGCCAAGAACCGCATGAAGAGCGGCCTCGACAAGCTGCTGCGCACTTCTGAGGATGTAGCCAAGATGCAGGAGGACCTGGAGAGTAT GCACCCCCTGCTGGAGGAGGCTGCCAAGGACACCATGCTCACCATGGAGCAGATCAAGGTGGATACGGCCATCGCCGAGGAGACCCGGAA TTCAGTGCAGACAGAGGAGATCAAAGCCAATGAGAAGGCCAAGAAGGCACAAGCTATTGCTGACGATGCCCAGAAGGACCTGGACGAGGC GTTGCCAGCCCTGGATGCGGCTCTGGCCAGCCTGCGCAACCTCAACAAGAACGATGTGACCGAGGTACGTGCCATGCAGCGGCCACCCCC GGGTGTGAAACTGGTCATAGAAGCTGTGTGCATTATGAAAGGCATCAAGCCCAAGAAGGTGCCTGGAGAAAAGCCAGGCACCAAGGTGGA TGACTACTGGGAGCCTGGCAAGGGGCTGCTGCAGGACCCGGGCCACTTCCTTGAGAGCCTCTTCAAGTTTGACAAGGACAACATTGGGGA TGTGGTGATCAAAGCCATCCAGCCGTACATCGATAATGAAGAGTTCCAGCCAGCCACCATTGCCAAGGTGTCCAAGGCTTGCACCTCCAT CTGCCAGTGGGTGCGCGCCATGCACAAGTACCACTTTGTGGCCAAGGCCGTGGAGCCCAAGCGGCAAGCCCTGCTGGAGGCCCAGGATGA CCTGGGGGTGACACAGAGGATCCTGGATGAGGCAAAACAGCGCCTTCGTGAGGTGGAGGACGGCATCGCCACAATGCAGGCTAAGTACCG GGAATGCATTACCAAGAAGGAGGAGCTGGAGCTGAAGTGTGAGCAGTGTGAGCAGCGGCTGGGCCGAGCTGGCAAGCTCATCAACGGGCT GTCGGATGAGAAGGTGCGCTGGCAGGAGACGGTGGAGAACCTGCAGTACATGCTCAACAACATCTCCGGCGATGTCCTGGTGGCCGCTGG CTTTGTGGCCTACCTGGGCCCCTTCACGGGCCAGTACCGCACGGTGCTCTACGACAGCTGGGTCAAGCAGCTCAGGAGCCACAATGTCCC ACACACCTCCGAGCCCACGCTAATCGGGACGCTGGGGAACCCTGTGAAGATCCGATCGTGGCAGATCGCTGGCCTCCCCAACGACACACT GTCAGTGGAGAACGGGGTCATCAACCAGTTTTCCCAGCGCTGGACCCACTTCATTGACCCTCAGAGCCAGGCCAACAAATGGATCAAGAA CATGGAGAAGGACAATGGGCTGGATGTGTTCAAGTTGAGTGACCGCGACTTCCTGCGCAGCATGGAGAACGCCATCCGCTTTGGCAAGCC ATGTCTCCTGGAGAACGTGGGCGAGGAGCTAGACCCAGCCCTGGAGCCAGTGCTGCTCAAGCAGACGTACAAGCAGCAGGGAAACACGGT GCTGAAGCTGGGGGACACGGTGATCCCCTACCATGAGGACTTCAGGATGTACATCACCACCAAGCTGCCCAACCCACACTACACGCCCGA GATCTCCACCAAACTCACCCTCATCAACTTCACCCTGTCGCCCAGTGGCCTAGAGGACCAGCTACTGGGCCAGGTAGTGGCAGAGGAGCG ACCCGACCTGGAGGAGGCCAAGAACCAGCTGATTATCAGTAATGCCAAGATGCGCCAGGAGCTGAAGGACATTGAGGACCAGATCCTGTA CCGGCTCAGCTCCTCCGAGGGCAACCCTGTAGATGACATGGAACTCATCAAGGTGCTGGAAGCCTCCAAGATGAAGGCTGCTGAGATCCA GGCCAAAGTCAGGATTGCAGAGCAGACGGAGAAGGACATCGACCTGACGCGCATGGAGTACATACCCGTGGCCATCCGCACCCAGATCCT CTTCTTCTGTGTGTCCGACCTGGCCAACGTGGACCCCATGTACCAGTACTCCCTTGAGTGGTTTCTCAACATCTTCCTCTCGGGCATCGC CAACTCAGAGAGAGCAGACAACCTGAAGAAGCGCATCTCCAACATCAACCGCTACCTGACCTACAGCCTCTACAGCAACGTCTGCCGCAG CCTCTTTGAGAAGCACAAGCTGATGTTTGCCTTCCTGCTGTGTGTTCGCATCATGATGAACGAGGGCAAAATCAACCAGAGTGAGTGGCG ATACCTCCTGTCTGGGGGCTCCATCTCGATCATGACTGAGAATCCGGCACCGGACTGGCTGTCAGACCGGGCTTGGCGAGACATCCTAGC ACTCTCGAACCTGCCAACCTTTTCCTCCTTCTCTTCCGACTTCGTGAAGCACCTCTCAGAATTCCGGGTCATCTTCGACAGCCTTGAGCC CCACCGGGAGCCTTTGCCTGGCATCTGGGACCAGTACCTAGACCAGTTCCAGAAGCTGCTAGTCCTCCGCTGCCTGCGTGGGGACAAGGT TACCAACGCCATGCAGGACTTTGTGGCCACCAACCTGGAGCCACGCTTCATTGAACCCCAGACAGCCAATCTGTCAGTGGTGTTCAAAGA CTCCAACTCCACCACACCCCTCATCTTTGTGCTGTCACCCGGCACAGACCCTGCTGCCGACCTCTACAAGTTTGCCGAAGAAATGAAGTT CTCCAAAAAGCTCTCTGCCATCTCCCTGGGCCAGGGGCAGGGCCCTCGGGCAGAAGCCATGATGCGCAGCTCCATAGAGAGGGGCAAATG GGTCTTCTTCCAGAACTGCCACCTGGCACCAAGCTGGATGCCAGCCCTAGAACGCCTCATCGAGCACATCAACCCCGACAAGGTACACAG GGACTTCCGCCTCTGGCTCACCAGCCTGCCCAGCAACAAGTTCCCAGTGTCCATCCTGCAGAACGGCTCCAAGATGACCATTGAGCCGCC ACGCGGTGTCAGGGCCAACCTGCTGAAGTCCTATAGTAGCCTTGGTGAAGACTTCCTCAACTCCTGCCACAAGGTGATGGAGTTCAAGTC TCTGCTGCTGTCTCTGTGCTTGTTCCATGGGAACGCCCTGGAGCGCCATAAGTTTGGGCCCCTGGGCTTCAACATCCCCTATGAGTTCAC GGATGGAGATCTGCGCATCTGCATCAGCCAGCTCAAGATGTTCCTGGACGAATATGATGACATCCCCTACAAGGTCCTCAAGTACACGGC AGGGGAGATCAATTACGGGGGCCGTGTCACTGATGACTGGGACCGGCGCTGCATCATGAACATCTTGGAGGACTTCTACAACCCTGACGT GCTCTCCCCTGAGCACAGCTACAGCGCCTCGGGCATCTACCACCAGATCCCGCCTACCTACGACCTCCACGGCTACCTCTCCTACATCAA GAGCCTCCCACTCAATGATATGCCTGAGATCTTTGGCCTGCATGACAATGCCAACATCACCTTTGCCCAGAACGAGACGTTCGCCCTCCT GGGCACCATCATCCAGCTGCAACCCAAATCATCTTCTGCAGGCAGCCAGGGCCGGGAGGAGATAGTGGAGGACGTCACCCAAAACATTCT GCTCAAGGTGCCTGAGCCTATCAACTTGCAATGGGTGATGGCCAAGTACCCAGTGCTGTATGAGGAATCAATGAACACAGTACTAGTACA AGAGGTCATTAGGTACAATCGGCTGCTGCAGGTGATCACACAGACACTGCAAGACCTACTCAAGGCACTCAAGGGGCTGGTAGTGATGTC CTCTCAGCTGGAGCTGATGGCTGCCAGCCTGTACAACAATACTGTGCCTGAGCTCTGGAGTGCCAAGGCCTACCCATCGCTCAAGCCTCT GTCATCATGGGTCATGGACCTGCTGCAACGCCTGGACTTTCTGCAGGCCTGGATCCAAGATGGCATCCCAGCTGTCTTCTGGATCAGTGG ATTCTTCTTCCCCCAGGCTTTCTTAACAGGCACTCTGCAGAATTTTGCCCGCAAATTTGTCATCTCCATTGACACCATCTCCTTTGATTT CAAGGTGATGTTTGAGGCACCATCAGAGTTAACACAAAGACCCCAAGTAGGGTGCTATATCCATGGATTATTCCTGGAAGGTGCCCGCTG GGATCCAGAGGCCTTCCAGCTGGCTGAGTCTCAGCCCAAGGAGCTGTACACAGAGATGGCCGTTATCTGGCTCTTGCCAACACCCAACCG CAAGGCCCAGGACCAGGACTTTTACCTGTGCCCCATCTACAAGACACTGACTCGTGCTGGAACACTATCAACCACAGGACACTCTACCAA CTATGTCATTGCTGTGGAGATCCCCACCCATCAGCCCCAGCGACACTGGATAAAGCGTGGTGTGGCCCTCATCTGTGCCCTGGACTACTA >12319_12319_1_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000288139_DNAH1_chr3_52391629_ENST00000420323_length(amino acids)=3140AA_BP=161 MMMMMMMKKMQHQRQQQADHANEANYARGTRLPLSGEGPTSQPNSSKQTVLSWQAAIDAARQAKAAQTMSTSAPPPVGSLSQRKRQQYAK SKKQGNSSNSRPARALFCLSLNNPIRRACISIVEWKPFDIFILLAIFANCVALAIYIPFPEDDSNSTNHNLVINVCSDLRMLDSLRDCNK ILDLVQKGLSEYLETKRSAFPRFYFLSDDELLEILSQTKDPTAVQPHLRKCFENIARLLFQEDLEITHMYSAEGEEVQLCFSIYPSSNVE DWLREVERSMKASVHDIIEKAIRAYPTMPRTQWVLNWPGQVTIAGCQTYWTMEVAEALEAGNLRSQLFPQLCQQLSDLVALVRGKLSRMQ RAVLSALIVIEVHAKDVVSKLIQENVVSVNDFQWISQLRYYWTNNDLYIRAVNAEFIYGYEYLGNSGRLVITPLTDRCYLTLTGALHLKF GGAPAGPAGTGKTETTKDLGKALAIQTVVFNCSDQLDFMAMGKFFKGLASAGAWACFDEFNRIDIEVLSVVAQQITTIQKAQQQRVERFM FEGVEIPLVPSCAVFITMNPGYAGRTELPDNLKALFRPVAMMVPDYAMITEISLYSFGFNEASVLAKKITTTFKLSSEQLSSQDHYDFGM RAVKTVISAAGNLKRENPSMNEELICLRAIRDVNVPKFLQEDLKLFSGIVSDLFPTIKEEDTDYGILDEAIREACRNSNLKDVEGFLTKC IQLYETTVVRHGLMLVGPTGSGKSTCYRVLAAAMTSLKGQPSISGGMYEAVNYYVLNPKSITMGQLYGEFDLLTHEWTDGIFSSFIRAGA ITSDTNKKWYMFDGPVDAIWIENMNTVLDDNKKLCLSSGEIIKLTEAMTMMFEVQDLAVASPATVSRCGMVYLEPSILGLMPFIECWLRK LPPLLKPYEEHFKALFVSFLEESISFVRSSVKEVIASTNCNLTMSLLKLLDCFFKPFLPREGLKKIPSEKLSRIVELIEPWFIFSLIWSV GATGDSSGRTSFSHWLRLKMENEQLTLLFPEEGLVFDYRLEDAGISGTNDSEDEEEEYKQVAWVKWMDSSAPFTMVPDTNYCNIIVPTMD TVQMSHLLDMLLTNKKPVLCIGPTGTGKTLTISDKLLKNLALDYISHFLTFSARTSANQTQDFIDSKLDKRRKGVFGPPLGRNFIFFIDD LNMPALETYGAQPPIELLRQWMDHGGWYDRKIIGAFKNLVDINFVCAMGPPGGGRNTVTPRLMRHFNYLSFAEMDEVSKKRIFSTILGNW LDGLLGEKSYRERVPGAPHIAHFTEPLVEATIMVYATITSQLLPTPAKSHYTFNLRDLSKVFQGMLMADPAKVEDQVQLLRLWYHENCRV FRDRLVNEEDRSWFDQLLKRCMEQWEVTFNKVCPFQPILYGDFMSPGSDVKSYELITSESKMMQVIEEYIEDYNQINTAKLKLVLFMDAM SHICRISRTLRQALGNALLLGVGGSGRSSLTRLASHMAEYECFQIELSKNYGMSEWRDDVKKVLLKAGLQNLPITFLFSDTQIKNESFLE DINNVLNSGDIPNLYTADEQDQIVSTMRPYIQEQGLQPTKANLMAAYTGRVRSNIHMVLCMSPIGEVFRARLRQFPSLVNCCTIDWFNEW PAEALKSVATVFLNEIPELESSQEEIQGLIQVCVYIHQSVSKKCIEYLAELTRHNYVTPKSYLELLHIFSILIGQKKLELKTAKNRMKSG LDKLLRTSEDVAKMQEDLESMHPLLEEAAKDTMLTMEQIKVDTAIAEETRNSVQTEEIKANEKAKKAQAIADDAQKDLDEALPALDAALA SLRNLNKNDVTEVRAMQRPPPGVKLVIEAVCIMKGIKPKKVPGEKPGTKVDDYWEPGKGLLQDPGHFLESLFKFDKDNIGDVVIKAIQPY IDNEEFQPATIAKVSKACTSICQWVRAMHKYHFVAKAVEPKRQALLEAQDDLGVTQRILDEAKQRLREVEDGIATMQAKYRECITKKEEL ELKCEQCEQRLGRAGKLINGLSDEKVRWQETVENLQYMLNNISGDVLVAAGFVAYLGPFTGQYRTVLYDSWVKQLRSHNVPHTSEPTLIG TLGNPVKIRSWQIAGLPNDTLSVENGVINQFSQRWTHFIDPQSQANKWIKNMEKDNGLDVFKLSDRDFLRSMENAIRFGKPCLLENVGEE LDPALEPVLLKQTYKQQGNTVLKLGDTVIPYHEDFRMYITTKLPNPHYTPEISTKLTLINFTLSPSGLEDQLLGQVVAEERPDLEEAKNQ LIISNAKMRQELKDIEDQILYRLSSSEGNPVDDMELIKVLEASKMKAAEIQAKVRIAEQTEKDIDLTRMEYIPVAIRTQILFFCVSDLAN VDPMYQYSLEWFLNIFLSGIANSERADNLKKRISNINRYLTYSLYSNVCRSLFEKHKLMFAFLLCVRIMMNEGKINQSEWRYLLSGGSIS IMTENPAPDWLSDRAWRDILALSNLPTFSSFSSDFVKHLSEFRVIFDSLEPHREPLPGIWDQYLDQFQKLLVLRCLRGDKVTNAMQDFVA TNLEPRFIEPQTANLSVVFKDSNSTTPLIFVLSPGTDPAADLYKFAEEMKFSKKLSAISLGQGQGPRAEAMMRSSIERGKWVFFQNCHLA PSWMPALERLIEHINPDKVHRDFRLWLTSLPSNKFPVSILQNGSKMTIEPPRGVRANLLKSYSSLGEDFLNSCHKVMEFKSLLLSLCLFH GNALERHKFGPLGFNIPYEFTDGDLRICISQLKMFLDEYDDIPYKVLKYTAGEINYGGRVTDDWDRRCIMNILEDFYNPDVLSPEHSYSA SGIYHQIPPTYDLHGYLSYIKSLPLNDMPEIFGLHDNANITFAQNETFALLGTIIQLQPKSSSAGSQGREEIVEDVTQNILLKVPEPINL QWVMAKYPVLYEESMNTVLVQEVIRYNRLLQVITQTLQDLLKALKGLVVMSSQLELMAASLYNNTVPELWSAKAYPSLKPLSSWVMDLLQ RLDFLQAWIQDGIPAVFWISGFFFPQAFLTGTLQNFARKFVISIDTISFDFKVMFEAPSELTQRPQVGCYIHGLFLEGARWDPEAFQLAE -------------------------------------------------------------- >12319_12319_2_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000288139_DNAH1_chr3_52391630_ENST00000420323_length(transcript)=9586nt_BP=601nt AGAATAAGGGCAGGGACCGCGGCTCCTACCTCTTGGTGATCCCCTTCCCCATTCCGCCCCCGCCTCAACGCCCAGCACAGTGCCCTGCAC ACAGTAGTCGCTCAATAAATGTTCGTGGATGATGATGATGATGATGATGAAAAAAATGCAGCATCAACGGCAGCAGCAAGCGGACCACGC GAACGAGGCAAACTATGCAAGAGGCACCAGACTTCCTCTTTCTGGTGAAGGACCAACTTCTCAGCCGAATAGCTCCAAGCAAACTGTCCT GTCTTGGCAAGCTGCAATCGATGCTGCTAGACAGGCCAAGGCTGCCCAAACTATGAGCACCTCTGCACCCCCACCTGTAGGATCTCTCTC CCAAAGAAAACGTCAGCAATACGCCAAGAGCAAAAAACAGGGTAACTCGTCCAACAGCCGACCTGCCCGCGCCCTTTTCTGTTTATCACT CAATAACCCCATCCGAAGAGCCTGCATTAGTATAGTGGAATGGAAACCATTTGACATATTTATATTATTGGCTATTTTTGCCAATTGTGT GGCCTTAGCTATTTACATCCCATTCCCTGAAGATGATTCTAATTCAACAAATCATAACTTGGTGATCAATGTGTGTTCCGACCTGAGAAT GCTGGACAGCCTGCGGGACTGCAACAAGATTCTGGACCTGGTGCAGAAGGGCCTCAGCGAGTATCTGGAGACCAAGAGGAGCGCCTTCCC CAGATTCTACTTCCTGTCAGATGATGAACTACTAGAGATCTTGTCGCAGACAAAGGACCCCACGGCCGTGCAGCCACACCTGCGCAAGTG CTTCGAGAACATCGCTCGGCTGCTATTCCAGGAGGACCTGGAGATCACGCACATGTACTCAGCCGAGGGGGAGGAGGTACAGTTGTGCTT CTCCATCTACCCCTCCAGCAACGTGGAGGACTGGCTGCGGGAGGTGGAGCGCAGCATGAAGGCCAGTGTGCACGACATCATTGAGAAGGC CATCAGGGCCTACCCCACGATGCCCAGGACCCAGTGGGTTCTGAACTGGCCTGGCCAGGTGACCATCGCTGGGTGCCAGACCTACTGGAC CATGGAGGTGGCAGAGGCTCTGGAGGCCGGCAACCTCAGAAGCCAACTGTTCCCCCAGCTCTGCCAGCAGCTCAGTGATCTGGTGGCCCT TGTGCGGGGGAAGCTGTCCCGCATGCAGCGGGCAGTGCTGTCAGCGCTAATCGTCATTGAGGTCCATGCCAAGGACGTGGTGAGCAAGCT AATCCAGGAGAACGTGGTCAGCGTGAATGACTTCCAGTGGATCTCACAGCTGAGGTACTACTGGACAAATAATGACCTGTATATCCGTGC TGTGAATGCTGAGTTCATCTATGGCTATGAGTACCTGGGCAACAGTGGGAGGCTGGTGATCACGCCCCTCACCGACAGGTGCTACCTGAC ACTGACCGGAGCTCTGCACCTCAAGTTTGGGGGTGCCCCAGCTGGCCCAGCTGGCACAGGCAAAACTGAGACCACCAAAGACCTGGGTAA GGCCTTGGCCATACAGACCGTTGTGTTCAACTGCTCTGACCAGCTCGACTTCATGGCCATGGGCAAGTTCTTCAAGGGCCTGGCCAGTGC TGGGGCCTGGGCCTGCTTCGACGAGTTCAATCGCATCGACATCGAGGTGCTGTCTGTGGTGGCGCAGCAGATCACCACCATCCAGAAGGC GCAGCAGCAGCGGGTGGAACGCTTCATGTTTGAGGGTGTGGAGATCCCACTGGTGCCATCCTGCGCAGTGTTTATCACCATGAACCCGGG CTACGCTGGCCGCACGGAGCTGCCTGACAATCTGAAGGCGCTCTTCCGACCCGTGGCCATGATGGTTCCAGATTACGCCATGATCACTGA GATCTCCCTCTATTCCTTTGGCTTTAATGAGGCCAGTGTGCTGGCTAAGAAGATCACAACCACCTTCAAGCTGTCTTCTGAGCAGCTCAG CTCCCAGGATCACTATGACTTCGGGATGAGAGCCGTGAAAACTGTGATCTCGGCTGCTGGGAACCTCAAGCGAGAAAACCCCAGCATGAA TGAGGAGCTGATCTGCCTCCGGGCCATCCGTGATGTGAACGTGCCCAAGTTCCTGCAGGAGGACCTCAAGCTCTTCTCTGGCATCGTGTC CGACCTGTTTCCCACCATCAAGGAGGAGGACACGGACTACGGCATCCTGGATGAGGCCATCCGCGAGGCCTGCAGGAACAGCAACCTCAA GGATGTGGAGGGCTTCCTGACAAAGTGCATCCAGCTCTACGAGACCACGGTGGTACGACACGGCCTCATGCTCGTCGGGCCCACAGGCTC CGGCAAGAGTACTTGTTACAGAGTCCTGGCAGCTGCCATGACGTCACTGAAAGGGCAGCCATCCATCAGTGGTGGCATGTACGAGGCTGT CAACTACTACGTGCTCAACCCCAAGTCCATCACGATGGGCCAGCTGTACGGGGAGTTTGACCTCCTCACCCATGAGTGGACAGACGGGAT ATTCTCCTCGTTCATCCGGGCGGGGGCCATCACCTCCGACACCAACAAGAAGTGGTACATGTTCGATGGGCCGGTGGATGCCATCTGGAT TGAGAACATGAACACGGTGCTGGATGACAACAAGAAGCTGTGCCTCAGCTCTGGGGAGATCATCAAGCTCACAGAGGCAATGACCATGAT GTTCGAGGTGCAAGACCTGGCGGTGGCTTCACCAGCTACAGTCTCCCGCTGTGGCATGGTGTACCTGGAGCCCAGCATCCTGGGGCTCAT GCCCTTCATCGAGTGCTGGCTGAGGAAGCTGCCTCCCTTGCTGAAGCCCTATGAGGAGCATTTCAAGGCCCTCTTTGTCAGCTTCCTGGA GGAATCCATCTCCTTCGTTCGGTCCTCAGTGAAGGAGGTGATCGCCTCAACCAACTGCAACCTGACCATGAGCCTCCTCAAGCTGCTGGA CTGCTTCTTCAAGCCCTTTCTGCCTAGAGAGGGCCTCAAGAAAATACCCTCTGAAAAGCTGAGTCGCATCGTAGAGTTGATCGAGCCCTG GTTCATCTTCTCCCTGATCTGGAGCGTGGGTGCCACTGGGGACAGCAGTGGCCGCACCAGTTTCAGCCACTGGCTAAGGCTCAAGATGGA GAACGAACAGCTGACTCTGCTTTTCCCAGAAGAGGGGCTGGTGTTCGATTACAGGCTGGAGGACGCGGGCATCAGTGGCACCAACGACAG TGAGGATGAAGAGGAGGAATACAAGCAGGTTGCCTGGGTGAAGTGGATGGACTCCTCAGCTCCATTCACCATGGTACCAGACACCAACTA CTGCAACATCATTGTGCCCACCATGGACACCGTGCAGATGTCCCATTTACTGGACATGCTGCTCACCAACAAGAAGCCCGTGCTGTGCAT TGGGCCAACAGGCACGGGGAAGACGCTCACCATCTCTGACAAGCTCCTCAAGAACCTGGCACTGGATTACATCAGCCACTTCCTCACCTT CTCAGCCCGCACTTCAGCCAACCAGACCCAGGACTTCATTGACAGCAAGCTGGACAAGAGGCGGAAGGGTGTGTTTGGACCACCTCTGGG GCGCAACTTTATCTTCTTCATCGATGACCTGAACATGCCGGCCCTGGAGACCTACGGTGCACAGCCACCCATCGAGCTGTTGCGCCAGTG GATGGACCACGGCGGCTGGTACGACCGCAAGATCATTGGTGCCTTCAAGAACCTAGTGGACATCAACTTTGTCTGTGCCATGGGCCCCCC GGGTGGAGGCAGGAACACCGTCACCCCGCGGCTGATGCGTCACTTCAACTACCTGTCTTTCGCTGAGATGGACGAGGTCAGCAAGAAACG CATCTTCTCCACCATCCTGGGCAACTGGTTGGATGGACTCCTTGGAGAAAAAAGCTACCGGGAGCGTGTGCCTGGGGCCCCCCACATTGC CCACTTCACGGAGCCCCTTGTGGAAGCCACCATCATGGTGTATGCAACCATCACCTCCCAGCTGCTGCCCACTCCAGCCAAGTCCCACTA CACCTTCAACCTGAGGGACCTCTCCAAGGTCTTCCAAGGCATGCTCATGGCTGACCCGGCCAAGGTCGAGGACCAAGTGCAGCTGCTGCG ACTGTGGTATCACGAGAACTGCCGCGTGTTCCGGGACCGACTGGTGAATGAGGAGGACCGCAGCTGGTTCGACCAGCTCCTCAAGCGCTG CATGGAGCAGTGGGAGGTGACCTTCAACAAGGTCTGCCCCTTCCAGCCCATTCTTTACGGGGACTTCATGTCACCAGGCTCCGATGTCAA GTCCTACGAGCTCATCACCAGTGAGAGTAAGATGATGCAGGTGATAGAGGAGTACATAGAGGACTACAACCAGATCAACACGGCCAAGCT GAAGCTGGTCCTCTTCATGGACGCCATGAGCCACATCTGTCGCATCAGCCGCACCCTACGCCAGGCGCTGGGCAATGCACTCCTGCTGGG CGTGGGTGGCAGCGGCCGCAGCTCCCTCACAAGGCTCGCCTCGCACATGGCCGAGTACGAGTGCTTCCAGATTGAACTATCCAAGAACTA CGGCATGTCCGAGTGGCGAGATGATGTGAAGAAGGTCCTGCTCAAGGCGGGCCTACAGAACCTACCCATCACCTTCCTCTTCTCAGACAC CCAGATCAAGAACGAATCCTTCCTGGAAGATATCAACAACGTCCTAAACTCTGGTGACATTCCCAATCTGTATACTGCGGACGAGCAGGA CCAGATCGTCAGCACCATGCGGCCCTATATCCAGGAGCAGGGCCTACAGCCCACCAAGGCCAACCTCATGGCTGCTTACACAGGGCGTGT GCGCAGCAACATCCACATGGTGCTGTGCATGAGCCCCATCGGAGAGGTCTTCCGAGCTCGTCTGAGGCAGTTTCCCTCCCTGGTCAACTG CTGTACCATCGACTGGTTTAACGAGTGGCCGGCAGAAGCCCTGAAGTCTGTGGCCACCGTGTTCCTCAATGAGATCCCAGAACTGGAATC CTCCCAGGAAGAAATCCAAGGACTGATCCAGGTCTGTGTGTACATCCACCAGTCGGTGTCCAAGAAGTGCATCGAGTACCTGGCAGAGCT GACCCGCCACAACTATGTGACCCCCAAGAGCTACTTGGAGCTGCTTCATATTTTCTCCATCCTCATCGGGCAGAAGAAACTGGAGCTGAA AACTGCCAAGAACCGCATGAAGAGCGGCCTCGACAAGCTGCTGCGCACTTCTGAGGATGTAGCCAAGATGCAGGAGGACCTGGAGAGTAT GCACCCCCTGCTGGAGGAGGCTGCCAAGGACACCATGCTCACCATGGAGCAGATCAAGGTGGATACGGCCATCGCCGAGGAGACCCGGAA TTCAGTGCAGACAGAGGAGATCAAAGCCAATGAGAAGGCCAAGAAGGCACAAGCTATTGCTGACGATGCCCAGAAGGACCTGGACGAGGC GTTGCCAGCCCTGGATGCGGCTCTGGCCAGCCTGCGCAACCTCAACAAGAACGATGTGACCGAGGTACGTGCCATGCAGCGGCCACCCCC GGGTGTGAAACTGGTCATAGAAGCTGTGTGCATTATGAAAGGCATCAAGCCCAAGAAGGTGCCTGGAGAAAAGCCAGGCACCAAGGTGGA TGACTACTGGGAGCCTGGCAAGGGGCTGCTGCAGGACCCGGGCCACTTCCTTGAGAGCCTCTTCAAGTTTGACAAGGACAACATTGGGGA TGTGGTGATCAAAGCCATCCAGCCGTACATCGATAATGAAGAGTTCCAGCCAGCCACCATTGCCAAGGTGTCCAAGGCTTGCACCTCCAT CTGCCAGTGGGTGCGCGCCATGCACAAGTACCACTTTGTGGCCAAGGCCGTGGAGCCCAAGCGGCAAGCCCTGCTGGAGGCCCAGGATGA CCTGGGGGTGACACAGAGGATCCTGGATGAGGCAAAACAGCGCCTTCGTGAGGTGGAGGACGGCATCGCCACAATGCAGGCTAAGTACCG GGAATGCATTACCAAGAAGGAGGAGCTGGAGCTGAAGTGTGAGCAGTGTGAGCAGCGGCTGGGCCGAGCTGGCAAGCTCATCAACGGGCT GTCGGATGAGAAGGTGCGCTGGCAGGAGACGGTGGAGAACCTGCAGTACATGCTCAACAACATCTCCGGCGATGTCCTGGTGGCCGCTGG CTTTGTGGCCTACCTGGGCCCCTTCACGGGCCAGTACCGCACGGTGCTCTACGACAGCTGGGTCAAGCAGCTCAGGAGCCACAATGTCCC ACACACCTCCGAGCCCACGCTAATCGGGACGCTGGGGAACCCTGTGAAGATCCGATCGTGGCAGATCGCTGGCCTCCCCAACGACACACT GTCAGTGGAGAACGGGGTCATCAACCAGTTTTCCCAGCGCTGGACCCACTTCATTGACCCTCAGAGCCAGGCCAACAAATGGATCAAGAA CATGGAGAAGGACAATGGGCTGGATGTGTTCAAGTTGAGTGACCGCGACTTCCTGCGCAGCATGGAGAACGCCATCCGCTTTGGCAAGCC ATGTCTCCTGGAGAACGTGGGCGAGGAGCTAGACCCAGCCCTGGAGCCAGTGCTGCTCAAGCAGACGTACAAGCAGCAGGGAAACACGGT GCTGAAGCTGGGGGACACGGTGATCCCCTACCATGAGGACTTCAGGATGTACATCACCACCAAGCTGCCCAACCCACACTACACGCCCGA GATCTCCACCAAACTCACCCTCATCAACTTCACCCTGTCGCCCAGTGGCCTAGAGGACCAGCTACTGGGCCAGGTAGTGGCAGAGGAGCG ACCCGACCTGGAGGAGGCCAAGAACCAGCTGATTATCAGTAATGCCAAGATGCGCCAGGAGCTGAAGGACATTGAGGACCAGATCCTGTA CCGGCTCAGCTCCTCCGAGGGCAACCCTGTAGATGACATGGAACTCATCAAGGTGCTGGAAGCCTCCAAGATGAAGGCTGCTGAGATCCA GGCCAAAGTCAGGATTGCAGAGCAGACGGAGAAGGACATCGACCTGACGCGCATGGAGTACATACCCGTGGCCATCCGCACCCAGATCCT CTTCTTCTGTGTGTCCGACCTGGCCAACGTGGACCCCATGTACCAGTACTCCCTTGAGTGGTTTCTCAACATCTTCCTCTCGGGCATCGC CAACTCAGAGAGAGCAGACAACCTGAAGAAGCGCATCTCCAACATCAACCGCTACCTGACCTACAGCCTCTACAGCAACGTCTGCCGCAG CCTCTTTGAGAAGCACAAGCTGATGTTTGCCTTCCTGCTGTGTGTTCGCATCATGATGAACGAGGGCAAAATCAACCAGAGTGAGTGGCG ATACCTCCTGTCTGGGGGCTCCATCTCGATCATGACTGAGAATCCGGCACCGGACTGGCTGTCAGACCGGGCTTGGCGAGACATCCTAGC ACTCTCGAACCTGCCAACCTTTTCCTCCTTCTCTTCCGACTTCGTGAAGCACCTCTCAGAATTCCGGGTCATCTTCGACAGCCTTGAGCC CCACCGGGAGCCTTTGCCTGGCATCTGGGACCAGTACCTAGACCAGTTCCAGAAGCTGCTAGTCCTCCGCTGCCTGCGTGGGGACAAGGT TACCAACGCCATGCAGGACTTTGTGGCCACCAACCTGGAGCCACGCTTCATTGAACCCCAGACAGCCAATCTGTCAGTGGTGTTCAAAGA CTCCAACTCCACCACACCCCTCATCTTTGTGCTGTCACCCGGCACAGACCCTGCTGCCGACCTCTACAAGTTTGCCGAAGAAATGAAGTT CTCCAAAAAGCTCTCTGCCATCTCCCTGGGCCAGGGGCAGGGCCCTCGGGCAGAAGCCATGATGCGCAGCTCCATAGAGAGGGGCAAATG GGTCTTCTTCCAGAACTGCCACCTGGCACCAAGCTGGATGCCAGCCCTAGAACGCCTCATCGAGCACATCAACCCCGACAAGGTACACAG GGACTTCCGCCTCTGGCTCACCAGCCTGCCCAGCAACAAGTTCCCAGTGTCCATCCTGCAGAACGGCTCCAAGATGACCATTGAGCCGCC ACGCGGTGTCAGGGCCAACCTGCTGAAGTCCTATAGTAGCCTTGGTGAAGACTTCCTCAACTCCTGCCACAAGGTGATGGAGTTCAAGTC TCTGCTGCTGTCTCTGTGCTTGTTCCATGGGAACGCCCTGGAGCGCCATAAGTTTGGGCCCCTGGGCTTCAACATCCCCTATGAGTTCAC GGATGGAGATCTGCGCATCTGCATCAGCCAGCTCAAGATGTTCCTGGACGAATATGATGACATCCCCTACAAGGTCCTCAAGTACACGGC AGGGGAGATCAATTACGGGGGCCGTGTCACTGATGACTGGGACCGGCGCTGCATCATGAACATCTTGGAGGACTTCTACAACCCTGACGT GCTCTCCCCTGAGCACAGCTACAGCGCCTCGGGCATCTACCACCAGATCCCGCCTACCTACGACCTCCACGGCTACCTCTCCTACATCAA GAGCCTCCCACTCAATGATATGCCTGAGATCTTTGGCCTGCATGACAATGCCAACATCACCTTTGCCCAGAACGAGACGTTCGCCCTCCT GGGCACCATCATCCAGCTGCAACCCAAATCATCTTCTGCAGGCAGCCAGGGCCGGGAGGAGATAGTGGAGGACGTCACCCAAAACATTCT GCTCAAGGTGCCTGAGCCTATCAACTTGCAATGGGTGATGGCCAAGTACCCAGTGCTGTATGAGGAATCAATGAACACAGTACTAGTACA AGAGGTCATTAGGTACAATCGGCTGCTGCAGGTGATCACACAGACACTGCAAGACCTACTCAAGGCACTCAAGGGGCTGGTAGTGATGTC CTCTCAGCTGGAGCTGATGGCTGCCAGCCTGTACAACAATACTGTGCCTGAGCTCTGGAGTGCCAAGGCCTACCCATCGCTCAAGCCTCT GTCATCATGGGTCATGGACCTGCTGCAACGCCTGGACTTTCTGCAGGCCTGGATCCAAGATGGCATCCCAGCTGTCTTCTGGATCAGTGG ATTCTTCTTCCCCCAGGCTTTCTTAACAGGCACTCTGCAGAATTTTGCCCGCAAATTTGTCATCTCCATTGACACCATCTCCTTTGATTT CAAGGTGATGTTTGAGGCACCATCAGAGTTAACACAAAGACCCCAAGTAGGGTGCTATATCCATGGATTATTCCTGGAAGGTGCCCGCTG GGATCCAGAGGCCTTCCAGCTGGCTGAGTCTCAGCCCAAGGAGCTGTACACAGAGATGGCCGTTATCTGGCTCTTGCCAACACCCAACCG CAAGGCCCAGGACCAGGACTTTTACCTGTGCCCCATCTACAAGACACTGACTCGTGCTGGAACACTATCAACCACAGGACACTCTACCAA CTATGTCATTGCTGTGGAGATCCCCACCCATCAGCCCCAGCGACACTGGATAAAGCGTGGTGTGGCCCTCATCTGTGCCCTGGACTACTA >12319_12319_2_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000288139_DNAH1_chr3_52391630_ENST00000420323_length(amino acids)=3140AA_BP=161 MMMMMMMKKMQHQRQQQADHANEANYARGTRLPLSGEGPTSQPNSSKQTVLSWQAAIDAARQAKAAQTMSTSAPPPVGSLSQRKRQQYAK SKKQGNSSNSRPARALFCLSLNNPIRRACISIVEWKPFDIFILLAIFANCVALAIYIPFPEDDSNSTNHNLVINVCSDLRMLDSLRDCNK ILDLVQKGLSEYLETKRSAFPRFYFLSDDELLEILSQTKDPTAVQPHLRKCFENIARLLFQEDLEITHMYSAEGEEVQLCFSIYPSSNVE DWLREVERSMKASVHDIIEKAIRAYPTMPRTQWVLNWPGQVTIAGCQTYWTMEVAEALEAGNLRSQLFPQLCQQLSDLVALVRGKLSRMQ RAVLSALIVIEVHAKDVVSKLIQENVVSVNDFQWISQLRYYWTNNDLYIRAVNAEFIYGYEYLGNSGRLVITPLTDRCYLTLTGALHLKF GGAPAGPAGTGKTETTKDLGKALAIQTVVFNCSDQLDFMAMGKFFKGLASAGAWACFDEFNRIDIEVLSVVAQQITTIQKAQQQRVERFM FEGVEIPLVPSCAVFITMNPGYAGRTELPDNLKALFRPVAMMVPDYAMITEISLYSFGFNEASVLAKKITTTFKLSSEQLSSQDHYDFGM RAVKTVISAAGNLKRENPSMNEELICLRAIRDVNVPKFLQEDLKLFSGIVSDLFPTIKEEDTDYGILDEAIREACRNSNLKDVEGFLTKC IQLYETTVVRHGLMLVGPTGSGKSTCYRVLAAAMTSLKGQPSISGGMYEAVNYYVLNPKSITMGQLYGEFDLLTHEWTDGIFSSFIRAGA ITSDTNKKWYMFDGPVDAIWIENMNTVLDDNKKLCLSSGEIIKLTEAMTMMFEVQDLAVASPATVSRCGMVYLEPSILGLMPFIECWLRK LPPLLKPYEEHFKALFVSFLEESISFVRSSVKEVIASTNCNLTMSLLKLLDCFFKPFLPREGLKKIPSEKLSRIVELIEPWFIFSLIWSV GATGDSSGRTSFSHWLRLKMENEQLTLLFPEEGLVFDYRLEDAGISGTNDSEDEEEEYKQVAWVKWMDSSAPFTMVPDTNYCNIIVPTMD TVQMSHLLDMLLTNKKPVLCIGPTGTGKTLTISDKLLKNLALDYISHFLTFSARTSANQTQDFIDSKLDKRRKGVFGPPLGRNFIFFIDD LNMPALETYGAQPPIELLRQWMDHGGWYDRKIIGAFKNLVDINFVCAMGPPGGGRNTVTPRLMRHFNYLSFAEMDEVSKKRIFSTILGNW LDGLLGEKSYRERVPGAPHIAHFTEPLVEATIMVYATITSQLLPTPAKSHYTFNLRDLSKVFQGMLMADPAKVEDQVQLLRLWYHENCRV FRDRLVNEEDRSWFDQLLKRCMEQWEVTFNKVCPFQPILYGDFMSPGSDVKSYELITSESKMMQVIEEYIEDYNQINTAKLKLVLFMDAM SHICRISRTLRQALGNALLLGVGGSGRSSLTRLASHMAEYECFQIELSKNYGMSEWRDDVKKVLLKAGLQNLPITFLFSDTQIKNESFLE DINNVLNSGDIPNLYTADEQDQIVSTMRPYIQEQGLQPTKANLMAAYTGRVRSNIHMVLCMSPIGEVFRARLRQFPSLVNCCTIDWFNEW PAEALKSVATVFLNEIPELESSQEEIQGLIQVCVYIHQSVSKKCIEYLAELTRHNYVTPKSYLELLHIFSILIGQKKLELKTAKNRMKSG LDKLLRTSEDVAKMQEDLESMHPLLEEAAKDTMLTMEQIKVDTAIAEETRNSVQTEEIKANEKAKKAQAIADDAQKDLDEALPALDAALA SLRNLNKNDVTEVRAMQRPPPGVKLVIEAVCIMKGIKPKKVPGEKPGTKVDDYWEPGKGLLQDPGHFLESLFKFDKDNIGDVVIKAIQPY IDNEEFQPATIAKVSKACTSICQWVRAMHKYHFVAKAVEPKRQALLEAQDDLGVTQRILDEAKQRLREVEDGIATMQAKYRECITKKEEL ELKCEQCEQRLGRAGKLINGLSDEKVRWQETVENLQYMLNNISGDVLVAAGFVAYLGPFTGQYRTVLYDSWVKQLRSHNVPHTSEPTLIG TLGNPVKIRSWQIAGLPNDTLSVENGVINQFSQRWTHFIDPQSQANKWIKNMEKDNGLDVFKLSDRDFLRSMENAIRFGKPCLLENVGEE LDPALEPVLLKQTYKQQGNTVLKLGDTVIPYHEDFRMYITTKLPNPHYTPEISTKLTLINFTLSPSGLEDQLLGQVVAEERPDLEEAKNQ LIISNAKMRQELKDIEDQILYRLSSSEGNPVDDMELIKVLEASKMKAAEIQAKVRIAEQTEKDIDLTRMEYIPVAIRTQILFFCVSDLAN VDPMYQYSLEWFLNIFLSGIANSERADNLKKRISNINRYLTYSLYSNVCRSLFEKHKLMFAFLLCVRIMMNEGKINQSEWRYLLSGGSIS IMTENPAPDWLSDRAWRDILALSNLPTFSSFSSDFVKHLSEFRVIFDSLEPHREPLPGIWDQYLDQFQKLLVLRCLRGDKVTNAMQDFVA TNLEPRFIEPQTANLSVVFKDSNSTTPLIFVLSPGTDPAADLYKFAEEMKFSKKLSAISLGQGQGPRAEAMMRSSIERGKWVFFQNCHLA PSWMPALERLIEHINPDKVHRDFRLWLTSLPSNKFPVSILQNGSKMTIEPPRGVRANLLKSYSSLGEDFLNSCHKVMEFKSLLLSLCLFH GNALERHKFGPLGFNIPYEFTDGDLRICISQLKMFLDEYDDIPYKVLKYTAGEINYGGRVTDDWDRRCIMNILEDFYNPDVLSPEHSYSA SGIYHQIPPTYDLHGYLSYIKSLPLNDMPEIFGLHDNANITFAQNETFALLGTIIQLQPKSSSAGSQGREEIVEDVTQNILLKVPEPINL QWVMAKYPVLYEESMNTVLVQEVIRYNRLLQVITQTLQDLLKALKGLVVMSSQLELMAASLYNNTVPELWSAKAYPSLKPLSSWVMDLLQ RLDFLQAWIQDGIPAVFWISGFFFPQAFLTGTLQNFARKFVISIDTISFDFKVMFEAPSELTQRPQVGCYIHGLFLEGARWDPEAFQLAE -------------------------------------------------------------- >12319_12319_3_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000350061_DNAH1_chr3_52391629_ENST00000420323_length(transcript)=9979nt_BP=994nt GGGCGAGCGCCTCCGTCCCCGGATGTGAGCTCCGGCTGCCCGCGGTCCCGAGCCAGCGGCGGCGCGGGCGGCGGCGGCGGGCACCGGGCA CCGCGGCGGGCGGGCAGACGGGCGGGCATGGGGGGAGCGCCGAGCGGCCCCGGCGGCCGGGCCGGCATCACCGCGGCGTCTCTCCGCTAG AGGAGGGGACAAGCCAGTTCTCCTTTGCAGCAAAAAATTACATGTATATATTATTAAGATAATATATACATTGGATTTTATTTTTTTAAA AAGTTTATTTTGCTCCATTTTTGAAAAAGAGAGAGCTTGGGTGGCGAGCGGTTTTTTTTTTAAATCAATTATCCTTATTTTCTGTTATTT GTCCCCGTCCCTCCCCACCCCCCTGCTGAAGCGAGAATAAGGGCAGGGACCGCGGCTCCTACCTCTTGGTGATCCCCTTCCCCATTCCGC CCCCGCCTCAACGCCCAGCACAGTGCCCTGCACACAGTAGTCGCTCAATAAATGTTCGTGGATGATGATGATGATGATGATGAAAAAAAT GCAGCATCAACGGCAGCAGCAAGCGGACCACGCGAACGAGGCAAACTATGCAAGAGGCACCAGACTTCCTCTTTCTGGTGAAGGACCAAC TTCTCAGCCGAATAGCTCCAAGCAAACTGTCCTGTCTTGGCAAGCTGCAATCGATGCTGCTAGACAGGCCAAGGCTGCCCAAACTATGAG CACCTCTGCACCCCCACCTGTAGGATCTCTCTCCCAAAGAAAACGTCAGCAATACGCCAAGAGCAAAAAACAGGGTAACTCGTCCAACAG CCGACCTGCCCGCGCCCTTTTCTGTTTATCACTCAATAACCCCATCCGAAGAGCCTGCATTAGTATAGTGGAATGGAAACCATTTGACAT ATTTATATTATTGGCTATTTTTGCCAATTGTGTGGCCTTAGCTATTTACATCCCATTCCCTGAAGATGATTCTAATTCAACAAATCATAA CTTGGTGATCAATGTGTGTTCCGACCTGAGAATGCTGGACAGCCTGCGGGACTGCAACAAGATTCTGGACCTGGTGCAGAAGGGCCTCAG CGAGTATCTGGAGACCAAGAGGAGCGCCTTCCCCAGATTCTACTTCCTGTCAGATGATGAACTACTAGAGATCTTGTCGCAGACAAAGGA CCCCACGGCCGTGCAGCCACACCTGCGCAAGTGCTTCGAGAACATCGCTCGGCTGCTATTCCAGGAGGACCTGGAGATCACGCACATGTA CTCAGCCGAGGGGGAGGAGGTACAGTTGTGCTTCTCCATCTACCCCTCCAGCAACGTGGAGGACTGGCTGCGGGAGGTGGAGCGCAGCAT GAAGGCCAGTGTGCACGACATCATTGAGAAGGCCATCAGGGCCTACCCCACGATGCCCAGGACCCAGTGGGTTCTGAACTGGCCTGGCCA GGTGACCATCGCTGGGTGCCAGACCTACTGGACCATGGAGGTGGCAGAGGCTCTGGAGGCCGGCAACCTCAGAAGCCAACTGTTCCCCCA GCTCTGCCAGCAGCTCAGTGATCTGGTGGCCCTTGTGCGGGGGAAGCTGTCCCGCATGCAGCGGGCAGTGCTGTCAGCGCTAATCGTCAT TGAGGTCCATGCCAAGGACGTGGTGAGCAAGCTAATCCAGGAGAACGTGGTCAGCGTGAATGACTTCCAGTGGATCTCACAGCTGAGGTA CTACTGGACAAATAATGACCTGTATATCCGTGCTGTGAATGCTGAGTTCATCTATGGCTATGAGTACCTGGGCAACAGTGGGAGGCTGGT GATCACGCCCCTCACCGACAGGTGCTACCTGACACTGACCGGAGCTCTGCACCTCAAGTTTGGGGGTGCCCCAGCTGGCCCAGCTGGCAC AGGCAAAACTGAGACCACCAAAGACCTGGGTAAGGCCTTGGCCATACAGACCGTTGTGTTCAACTGCTCTGACCAGCTCGACTTCATGGC CATGGGCAAGTTCTTCAAGGGCCTGGCCAGTGCTGGGGCCTGGGCCTGCTTCGACGAGTTCAATCGCATCGACATCGAGGTGCTGTCTGT GGTGGCGCAGCAGATCACCACCATCCAGAAGGCGCAGCAGCAGCGGGTGGAACGCTTCATGTTTGAGGGTGTGGAGATCCCACTGGTGCC ATCCTGCGCAGTGTTTATCACCATGAACCCGGGCTACGCTGGCCGCACGGAGCTGCCTGACAATCTGAAGGCGCTCTTCCGACCCGTGGC CATGATGGTTCCAGATTACGCCATGATCACTGAGATCTCCCTCTATTCCTTTGGCTTTAATGAGGCCAGTGTGCTGGCTAAGAAGATCAC AACCACCTTCAAGCTGTCTTCTGAGCAGCTCAGCTCCCAGGATCACTATGACTTCGGGATGAGAGCCGTGAAAACTGTGATCTCGGCTGC TGGGAACCTCAAGCGAGAAAACCCCAGCATGAATGAGGAGCTGATCTGCCTCCGGGCCATCCGTGATGTGAACGTGCCCAAGTTCCTGCA GGAGGACCTCAAGCTCTTCTCTGGCATCGTGTCCGACCTGTTTCCCACCATCAAGGAGGAGGACACGGACTACGGCATCCTGGATGAGGC CATCCGCGAGGCCTGCAGGAACAGCAACCTCAAGGATGTGGAGGGCTTCCTGACAAAGTGCATCCAGCTCTACGAGACCACGGTGGTACG ACACGGCCTCATGCTCGTCGGGCCCACAGGCTCCGGCAAGAGTACTTGTTACAGAGTCCTGGCAGCTGCCATGACGTCACTGAAAGGGCA GCCATCCATCAGTGGTGGCATGTACGAGGCTGTCAACTACTACGTGCTCAACCCCAAGTCCATCACGATGGGCCAGCTGTACGGGGAGTT TGACCTCCTCACCCATGAGTGGACAGACGGGATATTCTCCTCGTTCATCCGGGCGGGGGCCATCACCTCCGACACCAACAAGAAGTGGTA CATGTTCGATGGGCCGGTGGATGCCATCTGGATTGAGAACATGAACACGGTGCTGGATGACAACAAGAAGCTGTGCCTCAGCTCTGGGGA GATCATCAAGCTCACAGAGGCAATGACCATGATGTTCGAGGTGCAAGACCTGGCGGTGGCTTCACCAGCTACAGTCTCCCGCTGTGGCAT GGTGTACCTGGAGCCCAGCATCCTGGGGCTCATGCCCTTCATCGAGTGCTGGCTGAGGAAGCTGCCTCCCTTGCTGAAGCCCTATGAGGA GCATTTCAAGGCCCTCTTTGTCAGCTTCCTGGAGGAATCCATCTCCTTCGTTCGGTCCTCAGTGAAGGAGGTGATCGCCTCAACCAACTG CAACCTGACCATGAGCCTCCTCAAGCTGCTGGACTGCTTCTTCAAGCCCTTTCTGCCTAGAGAGGGCCTCAAGAAAATACCCTCTGAAAA GCTGAGTCGCATCGTAGAGTTGATCGAGCCCTGGTTCATCTTCTCCCTGATCTGGAGCGTGGGTGCCACTGGGGACAGCAGTGGCCGCAC CAGTTTCAGCCACTGGCTAAGGCTCAAGATGGAGAACGAACAGCTGACTCTGCTTTTCCCAGAAGAGGGGCTGGTGTTCGATTACAGGCT GGAGGACGCGGGCATCAGTGGCACCAACGACAGTGAGGATGAAGAGGAGGAATACAAGCAGGTTGCCTGGGTGAAGTGGATGGACTCCTC AGCTCCATTCACCATGGTACCAGACACCAACTACTGCAACATCATTGTGCCCACCATGGACACCGTGCAGATGTCCCATTTACTGGACAT GCTGCTCACCAACAAGAAGCCCGTGCTGTGCATTGGGCCAACAGGCACGGGGAAGACGCTCACCATCTCTGACAAGCTCCTCAAGAACCT GGCACTGGATTACATCAGCCACTTCCTCACCTTCTCAGCCCGCACTTCAGCCAACCAGACCCAGGACTTCATTGACAGCAAGCTGGACAA GAGGCGGAAGGGTGTGTTTGGACCACCTCTGGGGCGCAACTTTATCTTCTTCATCGATGACCTGAACATGCCGGCCCTGGAGACCTACGG TGCACAGCCACCCATCGAGCTGTTGCGCCAGTGGATGGACCACGGCGGCTGGTACGACCGCAAGATCATTGGTGCCTTCAAGAACCTAGT GGACATCAACTTTGTCTGTGCCATGGGCCCCCCGGGTGGAGGCAGGAACACCGTCACCCCGCGGCTGATGCGTCACTTCAACTACCTGTC TTTCGCTGAGATGGACGAGGTCAGCAAGAAACGCATCTTCTCCACCATCCTGGGCAACTGGTTGGATGGACTCCTTGGAGAAAAAAGCTA CCGGGAGCGTGTGCCTGGGGCCCCCCACATTGCCCACTTCACGGAGCCCCTTGTGGAAGCCACCATCATGGTGTATGCAACCATCACCTC CCAGCTGCTGCCCACTCCAGCCAAGTCCCACTACACCTTCAACCTGAGGGACCTCTCCAAGGTCTTCCAAGGCATGCTCATGGCTGACCC GGCCAAGGTCGAGGACCAAGTGCAGCTGCTGCGACTGTGGTATCACGAGAACTGCCGCGTGTTCCGGGACCGACTGGTGAATGAGGAGGA CCGCAGCTGGTTCGACCAGCTCCTCAAGCGCTGCATGGAGCAGTGGGAGGTGACCTTCAACAAGGTCTGCCCCTTCCAGCCCATTCTTTA CGGGGACTTCATGTCACCAGGCTCCGATGTCAAGTCCTACGAGCTCATCACCAGTGAGAGTAAGATGATGCAGGTGATAGAGGAGTACAT AGAGGACTACAACCAGATCAACACGGCCAAGCTGAAGCTGGTCCTCTTCATGGACGCCATGAGCCACATCTGTCGCATCAGCCGCACCCT ACGCCAGGCGCTGGGCAATGCACTCCTGCTGGGCGTGGGTGGCAGCGGCCGCAGCTCCCTCACAAGGCTCGCCTCGCACATGGCCGAGTA CGAGTGCTTCCAGATTGAACTATCCAAGAACTACGGCATGTCCGAGTGGCGAGATGATGTGAAGAAGGTCCTGCTCAAGGCGGGCCTACA GAACCTACCCATCACCTTCCTCTTCTCAGACACCCAGATCAAGAACGAATCCTTCCTGGAAGATATCAACAACGTCCTAAACTCTGGTGA CATTCCCAATCTGTATACTGCGGACGAGCAGGACCAGATCGTCAGCACCATGCGGCCCTATATCCAGGAGCAGGGCCTACAGCCCACCAA GGCCAACCTCATGGCTGCTTACACAGGGCGTGTGCGCAGCAACATCCACATGGTGCTGTGCATGAGCCCCATCGGAGAGGTCTTCCGAGC TCGTCTGAGGCAGTTTCCCTCCCTGGTCAACTGCTGTACCATCGACTGGTTTAACGAGTGGCCGGCAGAAGCCCTGAAGTCTGTGGCCAC CGTGTTCCTCAATGAGATCCCAGAACTGGAATCCTCCCAGGAAGAAATCCAAGGACTGATCCAGGTCTGTGTGTACATCCACCAGTCGGT GTCCAAGAAGTGCATCGAGTACCTGGCAGAGCTGACCCGCCACAACTATGTGACCCCCAAGAGCTACTTGGAGCTGCTTCATATTTTCTC CATCCTCATCGGGCAGAAGAAACTGGAGCTGAAAACTGCCAAGAACCGCATGAAGAGCGGCCTCGACAAGCTGCTGCGCACTTCTGAGGA TGTAGCCAAGATGCAGGAGGACCTGGAGAGTATGCACCCCCTGCTGGAGGAGGCTGCCAAGGACACCATGCTCACCATGGAGCAGATCAA GGTGGATACGGCCATCGCCGAGGAGACCCGGAATTCAGTGCAGACAGAGGAGATCAAAGCCAATGAGAAGGCCAAGAAGGCACAAGCTAT TGCTGACGATGCCCAGAAGGACCTGGACGAGGCGTTGCCAGCCCTGGATGCGGCTCTGGCCAGCCTGCGCAACCTCAACAAGAACGATGT GACCGAGGTACGTGCCATGCAGCGGCCACCCCCGGGTGTGAAACTGGTCATAGAAGCTGTGTGCATTATGAAAGGCATCAAGCCCAAGAA GGTGCCTGGAGAAAAGCCAGGCACCAAGGTGGATGACTACTGGGAGCCTGGCAAGGGGCTGCTGCAGGACCCGGGCCACTTCCTTGAGAG CCTCTTCAAGTTTGACAAGGACAACATTGGGGATGTGGTGATCAAAGCCATCCAGCCGTACATCGATAATGAAGAGTTCCAGCCAGCCAC CATTGCCAAGGTGTCCAAGGCTTGCACCTCCATCTGCCAGTGGGTGCGCGCCATGCACAAGTACCACTTTGTGGCCAAGGCCGTGGAGCC CAAGCGGCAAGCCCTGCTGGAGGCCCAGGATGACCTGGGGGTGACACAGAGGATCCTGGATGAGGCAAAACAGCGCCTTCGTGAGGTGGA GGACGGCATCGCCACAATGCAGGCTAAGTACCGGGAATGCATTACCAAGAAGGAGGAGCTGGAGCTGAAGTGTGAGCAGTGTGAGCAGCG GCTGGGCCGAGCTGGCAAGCTCATCAACGGGCTGTCGGATGAGAAGGTGCGCTGGCAGGAGACGGTGGAGAACCTGCAGTACATGCTCAA CAACATCTCCGGCGATGTCCTGGTGGCCGCTGGCTTTGTGGCCTACCTGGGCCCCTTCACGGGCCAGTACCGCACGGTGCTCTACGACAG CTGGGTCAAGCAGCTCAGGAGCCACAATGTCCCACACACCTCCGAGCCCACGCTAATCGGGACGCTGGGGAACCCTGTGAAGATCCGATC GTGGCAGATCGCTGGCCTCCCCAACGACACACTGTCAGTGGAGAACGGGGTCATCAACCAGTTTTCCCAGCGCTGGACCCACTTCATTGA CCCTCAGAGCCAGGCCAACAAATGGATCAAGAACATGGAGAAGGACAATGGGCTGGATGTGTTCAAGTTGAGTGACCGCGACTTCCTGCG CAGCATGGAGAACGCCATCCGCTTTGGCAAGCCATGTCTCCTGGAGAACGTGGGCGAGGAGCTAGACCCAGCCCTGGAGCCAGTGCTGCT CAAGCAGACGTACAAGCAGCAGGGAAACACGGTGCTGAAGCTGGGGGACACGGTGATCCCCTACCATGAGGACTTCAGGATGTACATCAC CACCAAGCTGCCCAACCCACACTACACGCCCGAGATCTCCACCAAACTCACCCTCATCAACTTCACCCTGTCGCCCAGTGGCCTAGAGGA CCAGCTACTGGGCCAGGTAGTGGCAGAGGAGCGACCCGACCTGGAGGAGGCCAAGAACCAGCTGATTATCAGTAATGCCAAGATGCGCCA GGAGCTGAAGGACATTGAGGACCAGATCCTGTACCGGCTCAGCTCCTCCGAGGGCAACCCTGTAGATGACATGGAACTCATCAAGGTGCT GGAAGCCTCCAAGATGAAGGCTGCTGAGATCCAGGCCAAAGTCAGGATTGCAGAGCAGACGGAGAAGGACATCGACCTGACGCGCATGGA GTACATACCCGTGGCCATCCGCACCCAGATCCTCTTCTTCTGTGTGTCCGACCTGGCCAACGTGGACCCCATGTACCAGTACTCCCTTGA GTGGTTTCTCAACATCTTCCTCTCGGGCATCGCCAACTCAGAGAGAGCAGACAACCTGAAGAAGCGCATCTCCAACATCAACCGCTACCT GACCTACAGCCTCTACAGCAACGTCTGCCGCAGCCTCTTTGAGAAGCACAAGCTGATGTTTGCCTTCCTGCTGTGTGTTCGCATCATGAT GAACGAGGGCAAAATCAACCAGAGTGAGTGGCGATACCTCCTGTCTGGGGGCTCCATCTCGATCATGACTGAGAATCCGGCACCGGACTG GCTGTCAGACCGGGCTTGGCGAGACATCCTAGCACTCTCGAACCTGCCAACCTTTTCCTCCTTCTCTTCCGACTTCGTGAAGCACCTCTC AGAATTCCGGGTCATCTTCGACAGCCTTGAGCCCCACCGGGAGCCTTTGCCTGGCATCTGGGACCAGTACCTAGACCAGTTCCAGAAGCT GCTAGTCCTCCGCTGCCTGCGTGGGGACAAGGTTACCAACGCCATGCAGGACTTTGTGGCCACCAACCTGGAGCCACGCTTCATTGAACC CCAGACAGCCAATCTGTCAGTGGTGTTCAAAGACTCCAACTCCACCACACCCCTCATCTTTGTGCTGTCACCCGGCACAGACCCTGCTGC CGACCTCTACAAGTTTGCCGAAGAAATGAAGTTCTCCAAAAAGCTCTCTGCCATCTCCCTGGGCCAGGGGCAGGGCCCTCGGGCAGAAGC CATGATGCGCAGCTCCATAGAGAGGGGCAAATGGGTCTTCTTCCAGAACTGCCACCTGGCACCAAGCTGGATGCCAGCCCTAGAACGCCT CATCGAGCACATCAACCCCGACAAGGTACACAGGGACTTCCGCCTCTGGCTCACCAGCCTGCCCAGCAACAAGTTCCCAGTGTCCATCCT GCAGAACGGCTCCAAGATGACCATTGAGCCGCCACGCGGTGTCAGGGCCAACCTGCTGAAGTCCTATAGTAGCCTTGGTGAAGACTTCCT CAACTCCTGCCACAAGGTGATGGAGTTCAAGTCTCTGCTGCTGTCTCTGTGCTTGTTCCATGGGAACGCCCTGGAGCGCCATAAGTTTGG GCCCCTGGGCTTCAACATCCCCTATGAGTTCACGGATGGAGATCTGCGCATCTGCATCAGCCAGCTCAAGATGTTCCTGGACGAATATGA TGACATCCCCTACAAGGTCCTCAAGTACACGGCAGGGGAGATCAATTACGGGGGCCGTGTCACTGATGACTGGGACCGGCGCTGCATCAT GAACATCTTGGAGGACTTCTACAACCCTGACGTGCTCTCCCCTGAGCACAGCTACAGCGCCTCGGGCATCTACCACCAGATCCCGCCTAC CTACGACCTCCACGGCTACCTCTCCTACATCAAGAGCCTCCCACTCAATGATATGCCTGAGATCTTTGGCCTGCATGACAATGCCAACAT CACCTTTGCCCAGAACGAGACGTTCGCCCTCCTGGGCACCATCATCCAGCTGCAACCCAAATCATCTTCTGCAGGCAGCCAGGGCCGGGA GGAGATAGTGGAGGACGTCACCCAAAACATTCTGCTCAAGGTGCCTGAGCCTATCAACTTGCAATGGGTGATGGCCAAGTACCCAGTGCT GTATGAGGAATCAATGAACACAGTACTAGTACAAGAGGTCATTAGGTACAATCGGCTGCTGCAGGTGATCACACAGACACTGCAAGACCT ACTCAAGGCACTCAAGGGGCTGGTAGTGATGTCCTCTCAGCTGGAGCTGATGGCTGCCAGCCTGTACAACAATACTGTGCCTGAGCTCTG GAGTGCCAAGGCCTACCCATCGCTCAAGCCTCTGTCATCATGGGTCATGGACCTGCTGCAACGCCTGGACTTTCTGCAGGCCTGGATCCA AGATGGCATCCCAGCTGTCTTCTGGATCAGTGGATTCTTCTTCCCCCAGGCTTTCTTAACAGGCACTCTGCAGAATTTTGCCCGCAAATT TGTCATCTCCATTGACACCATCTCCTTTGATTTCAAGGTGATGTTTGAGGCACCATCAGAGTTAACACAAAGACCCCAAGTAGGGTGCTA TATCCATGGATTATTCCTGGAAGGTGCCCGCTGGGATCCAGAGGCCTTCCAGCTGGCTGAGTCTCAGCCCAAGGAGCTGTACACAGAGAT GGCCGTTATCTGGCTCTTGCCAACACCCAACCGCAAGGCCCAGGACCAGGACTTTTACCTGTGCCCCATCTACAAGACACTGACTCGTGC TGGAACACTATCAACCACAGGACACTCTACCAACTATGTCATTGCTGTGGAGATCCCCACCCATCAGCCCCAGCGACACTGGATAAAGCG >12319_12319_3_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000350061_DNAH1_chr3_52391629_ENST00000420323_length(amino acids)=3140AA_BP=161 MMMMMMMKKMQHQRQQQADHANEANYARGTRLPLSGEGPTSQPNSSKQTVLSWQAAIDAARQAKAAQTMSTSAPPPVGSLSQRKRQQYAK SKKQGNSSNSRPARALFCLSLNNPIRRACISIVEWKPFDIFILLAIFANCVALAIYIPFPEDDSNSTNHNLVINVCSDLRMLDSLRDCNK ILDLVQKGLSEYLETKRSAFPRFYFLSDDELLEILSQTKDPTAVQPHLRKCFENIARLLFQEDLEITHMYSAEGEEVQLCFSIYPSSNVE DWLREVERSMKASVHDIIEKAIRAYPTMPRTQWVLNWPGQVTIAGCQTYWTMEVAEALEAGNLRSQLFPQLCQQLSDLVALVRGKLSRMQ RAVLSALIVIEVHAKDVVSKLIQENVVSVNDFQWISQLRYYWTNNDLYIRAVNAEFIYGYEYLGNSGRLVITPLTDRCYLTLTGALHLKF GGAPAGPAGTGKTETTKDLGKALAIQTVVFNCSDQLDFMAMGKFFKGLASAGAWACFDEFNRIDIEVLSVVAQQITTIQKAQQQRVERFM FEGVEIPLVPSCAVFITMNPGYAGRTELPDNLKALFRPVAMMVPDYAMITEISLYSFGFNEASVLAKKITTTFKLSSEQLSSQDHYDFGM RAVKTVISAAGNLKRENPSMNEELICLRAIRDVNVPKFLQEDLKLFSGIVSDLFPTIKEEDTDYGILDEAIREACRNSNLKDVEGFLTKC IQLYETTVVRHGLMLVGPTGSGKSTCYRVLAAAMTSLKGQPSISGGMYEAVNYYVLNPKSITMGQLYGEFDLLTHEWTDGIFSSFIRAGA ITSDTNKKWYMFDGPVDAIWIENMNTVLDDNKKLCLSSGEIIKLTEAMTMMFEVQDLAVASPATVSRCGMVYLEPSILGLMPFIECWLRK LPPLLKPYEEHFKALFVSFLEESISFVRSSVKEVIASTNCNLTMSLLKLLDCFFKPFLPREGLKKIPSEKLSRIVELIEPWFIFSLIWSV GATGDSSGRTSFSHWLRLKMENEQLTLLFPEEGLVFDYRLEDAGISGTNDSEDEEEEYKQVAWVKWMDSSAPFTMVPDTNYCNIIVPTMD TVQMSHLLDMLLTNKKPVLCIGPTGTGKTLTISDKLLKNLALDYISHFLTFSARTSANQTQDFIDSKLDKRRKGVFGPPLGRNFIFFIDD LNMPALETYGAQPPIELLRQWMDHGGWYDRKIIGAFKNLVDINFVCAMGPPGGGRNTVTPRLMRHFNYLSFAEMDEVSKKRIFSTILGNW LDGLLGEKSYRERVPGAPHIAHFTEPLVEATIMVYATITSQLLPTPAKSHYTFNLRDLSKVFQGMLMADPAKVEDQVQLLRLWYHENCRV FRDRLVNEEDRSWFDQLLKRCMEQWEVTFNKVCPFQPILYGDFMSPGSDVKSYELITSESKMMQVIEEYIEDYNQINTAKLKLVLFMDAM SHICRISRTLRQALGNALLLGVGGSGRSSLTRLASHMAEYECFQIELSKNYGMSEWRDDVKKVLLKAGLQNLPITFLFSDTQIKNESFLE DINNVLNSGDIPNLYTADEQDQIVSTMRPYIQEQGLQPTKANLMAAYTGRVRSNIHMVLCMSPIGEVFRARLRQFPSLVNCCTIDWFNEW PAEALKSVATVFLNEIPELESSQEEIQGLIQVCVYIHQSVSKKCIEYLAELTRHNYVTPKSYLELLHIFSILIGQKKLELKTAKNRMKSG LDKLLRTSEDVAKMQEDLESMHPLLEEAAKDTMLTMEQIKVDTAIAEETRNSVQTEEIKANEKAKKAQAIADDAQKDLDEALPALDAALA SLRNLNKNDVTEVRAMQRPPPGVKLVIEAVCIMKGIKPKKVPGEKPGTKVDDYWEPGKGLLQDPGHFLESLFKFDKDNIGDVVIKAIQPY IDNEEFQPATIAKVSKACTSICQWVRAMHKYHFVAKAVEPKRQALLEAQDDLGVTQRILDEAKQRLREVEDGIATMQAKYRECITKKEEL ELKCEQCEQRLGRAGKLINGLSDEKVRWQETVENLQYMLNNISGDVLVAAGFVAYLGPFTGQYRTVLYDSWVKQLRSHNVPHTSEPTLIG TLGNPVKIRSWQIAGLPNDTLSVENGVINQFSQRWTHFIDPQSQANKWIKNMEKDNGLDVFKLSDRDFLRSMENAIRFGKPCLLENVGEE LDPALEPVLLKQTYKQQGNTVLKLGDTVIPYHEDFRMYITTKLPNPHYTPEISTKLTLINFTLSPSGLEDQLLGQVVAEERPDLEEAKNQ LIISNAKMRQELKDIEDQILYRLSSSEGNPVDDMELIKVLEASKMKAAEIQAKVRIAEQTEKDIDLTRMEYIPVAIRTQILFFCVSDLAN VDPMYQYSLEWFLNIFLSGIANSERADNLKKRISNINRYLTYSLYSNVCRSLFEKHKLMFAFLLCVRIMMNEGKINQSEWRYLLSGGSIS IMTENPAPDWLSDRAWRDILALSNLPTFSSFSSDFVKHLSEFRVIFDSLEPHREPLPGIWDQYLDQFQKLLVLRCLRGDKVTNAMQDFVA TNLEPRFIEPQTANLSVVFKDSNSTTPLIFVLSPGTDPAADLYKFAEEMKFSKKLSAISLGQGQGPRAEAMMRSSIERGKWVFFQNCHLA PSWMPALERLIEHINPDKVHRDFRLWLTSLPSNKFPVSILQNGSKMTIEPPRGVRANLLKSYSSLGEDFLNSCHKVMEFKSLLLSLCLFH GNALERHKFGPLGFNIPYEFTDGDLRICISQLKMFLDEYDDIPYKVLKYTAGEINYGGRVTDDWDRRCIMNILEDFYNPDVLSPEHSYSA SGIYHQIPPTYDLHGYLSYIKSLPLNDMPEIFGLHDNANITFAQNETFALLGTIIQLQPKSSSAGSQGREEIVEDVTQNILLKVPEPINL QWVMAKYPVLYEESMNTVLVQEVIRYNRLLQVITQTLQDLLKALKGLVVMSSQLELMAASLYNNTVPELWSAKAYPSLKPLSSWVMDLLQ RLDFLQAWIQDGIPAVFWISGFFFPQAFLTGTLQNFARKFVISIDTISFDFKVMFEAPSELTQRPQVGCYIHGLFLEGARWDPEAFQLAE -------------------------------------------------------------- >12319_12319_4_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000350061_DNAH1_chr3_52391630_ENST00000420323_length(transcript)=9979nt_BP=994nt GGGCGAGCGCCTCCGTCCCCGGATGTGAGCTCCGGCTGCCCGCGGTCCCGAGCCAGCGGCGGCGCGGGCGGCGGCGGCGGGCACCGGGCA CCGCGGCGGGCGGGCAGACGGGCGGGCATGGGGGGAGCGCCGAGCGGCCCCGGCGGCCGGGCCGGCATCACCGCGGCGTCTCTCCGCTAG AGGAGGGGACAAGCCAGTTCTCCTTTGCAGCAAAAAATTACATGTATATATTATTAAGATAATATATACATTGGATTTTATTTTTTTAAA AAGTTTATTTTGCTCCATTTTTGAAAAAGAGAGAGCTTGGGTGGCGAGCGGTTTTTTTTTTAAATCAATTATCCTTATTTTCTGTTATTT GTCCCCGTCCCTCCCCACCCCCCTGCTGAAGCGAGAATAAGGGCAGGGACCGCGGCTCCTACCTCTTGGTGATCCCCTTCCCCATTCCGC CCCCGCCTCAACGCCCAGCACAGTGCCCTGCACACAGTAGTCGCTCAATAAATGTTCGTGGATGATGATGATGATGATGATGAAAAAAAT GCAGCATCAACGGCAGCAGCAAGCGGACCACGCGAACGAGGCAAACTATGCAAGAGGCACCAGACTTCCTCTTTCTGGTGAAGGACCAAC TTCTCAGCCGAATAGCTCCAAGCAAACTGTCCTGTCTTGGCAAGCTGCAATCGATGCTGCTAGACAGGCCAAGGCTGCCCAAACTATGAG CACCTCTGCACCCCCACCTGTAGGATCTCTCTCCCAAAGAAAACGTCAGCAATACGCCAAGAGCAAAAAACAGGGTAACTCGTCCAACAG CCGACCTGCCCGCGCCCTTTTCTGTTTATCACTCAATAACCCCATCCGAAGAGCCTGCATTAGTATAGTGGAATGGAAACCATTTGACAT ATTTATATTATTGGCTATTTTTGCCAATTGTGTGGCCTTAGCTATTTACATCCCATTCCCTGAAGATGATTCTAATTCAACAAATCATAA CTTGGTGATCAATGTGTGTTCCGACCTGAGAATGCTGGACAGCCTGCGGGACTGCAACAAGATTCTGGACCTGGTGCAGAAGGGCCTCAG CGAGTATCTGGAGACCAAGAGGAGCGCCTTCCCCAGATTCTACTTCCTGTCAGATGATGAACTACTAGAGATCTTGTCGCAGACAAAGGA CCCCACGGCCGTGCAGCCACACCTGCGCAAGTGCTTCGAGAACATCGCTCGGCTGCTATTCCAGGAGGACCTGGAGATCACGCACATGTA CTCAGCCGAGGGGGAGGAGGTACAGTTGTGCTTCTCCATCTACCCCTCCAGCAACGTGGAGGACTGGCTGCGGGAGGTGGAGCGCAGCAT GAAGGCCAGTGTGCACGACATCATTGAGAAGGCCATCAGGGCCTACCCCACGATGCCCAGGACCCAGTGGGTTCTGAACTGGCCTGGCCA GGTGACCATCGCTGGGTGCCAGACCTACTGGACCATGGAGGTGGCAGAGGCTCTGGAGGCCGGCAACCTCAGAAGCCAACTGTTCCCCCA GCTCTGCCAGCAGCTCAGTGATCTGGTGGCCCTTGTGCGGGGGAAGCTGTCCCGCATGCAGCGGGCAGTGCTGTCAGCGCTAATCGTCAT TGAGGTCCATGCCAAGGACGTGGTGAGCAAGCTAATCCAGGAGAACGTGGTCAGCGTGAATGACTTCCAGTGGATCTCACAGCTGAGGTA CTACTGGACAAATAATGACCTGTATATCCGTGCTGTGAATGCTGAGTTCATCTATGGCTATGAGTACCTGGGCAACAGTGGGAGGCTGGT GATCACGCCCCTCACCGACAGGTGCTACCTGACACTGACCGGAGCTCTGCACCTCAAGTTTGGGGGTGCCCCAGCTGGCCCAGCTGGCAC AGGCAAAACTGAGACCACCAAAGACCTGGGTAAGGCCTTGGCCATACAGACCGTTGTGTTCAACTGCTCTGACCAGCTCGACTTCATGGC CATGGGCAAGTTCTTCAAGGGCCTGGCCAGTGCTGGGGCCTGGGCCTGCTTCGACGAGTTCAATCGCATCGACATCGAGGTGCTGTCTGT GGTGGCGCAGCAGATCACCACCATCCAGAAGGCGCAGCAGCAGCGGGTGGAACGCTTCATGTTTGAGGGTGTGGAGATCCCACTGGTGCC ATCCTGCGCAGTGTTTATCACCATGAACCCGGGCTACGCTGGCCGCACGGAGCTGCCTGACAATCTGAAGGCGCTCTTCCGACCCGTGGC CATGATGGTTCCAGATTACGCCATGATCACTGAGATCTCCCTCTATTCCTTTGGCTTTAATGAGGCCAGTGTGCTGGCTAAGAAGATCAC AACCACCTTCAAGCTGTCTTCTGAGCAGCTCAGCTCCCAGGATCACTATGACTTCGGGATGAGAGCCGTGAAAACTGTGATCTCGGCTGC TGGGAACCTCAAGCGAGAAAACCCCAGCATGAATGAGGAGCTGATCTGCCTCCGGGCCATCCGTGATGTGAACGTGCCCAAGTTCCTGCA GGAGGACCTCAAGCTCTTCTCTGGCATCGTGTCCGACCTGTTTCCCACCATCAAGGAGGAGGACACGGACTACGGCATCCTGGATGAGGC CATCCGCGAGGCCTGCAGGAACAGCAACCTCAAGGATGTGGAGGGCTTCCTGACAAAGTGCATCCAGCTCTACGAGACCACGGTGGTACG ACACGGCCTCATGCTCGTCGGGCCCACAGGCTCCGGCAAGAGTACTTGTTACAGAGTCCTGGCAGCTGCCATGACGTCACTGAAAGGGCA GCCATCCATCAGTGGTGGCATGTACGAGGCTGTCAACTACTACGTGCTCAACCCCAAGTCCATCACGATGGGCCAGCTGTACGGGGAGTT TGACCTCCTCACCCATGAGTGGACAGACGGGATATTCTCCTCGTTCATCCGGGCGGGGGCCATCACCTCCGACACCAACAAGAAGTGGTA CATGTTCGATGGGCCGGTGGATGCCATCTGGATTGAGAACATGAACACGGTGCTGGATGACAACAAGAAGCTGTGCCTCAGCTCTGGGGA GATCATCAAGCTCACAGAGGCAATGACCATGATGTTCGAGGTGCAAGACCTGGCGGTGGCTTCACCAGCTACAGTCTCCCGCTGTGGCAT GGTGTACCTGGAGCCCAGCATCCTGGGGCTCATGCCCTTCATCGAGTGCTGGCTGAGGAAGCTGCCTCCCTTGCTGAAGCCCTATGAGGA GCATTTCAAGGCCCTCTTTGTCAGCTTCCTGGAGGAATCCATCTCCTTCGTTCGGTCCTCAGTGAAGGAGGTGATCGCCTCAACCAACTG CAACCTGACCATGAGCCTCCTCAAGCTGCTGGACTGCTTCTTCAAGCCCTTTCTGCCTAGAGAGGGCCTCAAGAAAATACCCTCTGAAAA GCTGAGTCGCATCGTAGAGTTGATCGAGCCCTGGTTCATCTTCTCCCTGATCTGGAGCGTGGGTGCCACTGGGGACAGCAGTGGCCGCAC CAGTTTCAGCCACTGGCTAAGGCTCAAGATGGAGAACGAACAGCTGACTCTGCTTTTCCCAGAAGAGGGGCTGGTGTTCGATTACAGGCT GGAGGACGCGGGCATCAGTGGCACCAACGACAGTGAGGATGAAGAGGAGGAATACAAGCAGGTTGCCTGGGTGAAGTGGATGGACTCCTC AGCTCCATTCACCATGGTACCAGACACCAACTACTGCAACATCATTGTGCCCACCATGGACACCGTGCAGATGTCCCATTTACTGGACAT GCTGCTCACCAACAAGAAGCCCGTGCTGTGCATTGGGCCAACAGGCACGGGGAAGACGCTCACCATCTCTGACAAGCTCCTCAAGAACCT GGCACTGGATTACATCAGCCACTTCCTCACCTTCTCAGCCCGCACTTCAGCCAACCAGACCCAGGACTTCATTGACAGCAAGCTGGACAA GAGGCGGAAGGGTGTGTTTGGACCACCTCTGGGGCGCAACTTTATCTTCTTCATCGATGACCTGAACATGCCGGCCCTGGAGACCTACGG TGCACAGCCACCCATCGAGCTGTTGCGCCAGTGGATGGACCACGGCGGCTGGTACGACCGCAAGATCATTGGTGCCTTCAAGAACCTAGT GGACATCAACTTTGTCTGTGCCATGGGCCCCCCGGGTGGAGGCAGGAACACCGTCACCCCGCGGCTGATGCGTCACTTCAACTACCTGTC TTTCGCTGAGATGGACGAGGTCAGCAAGAAACGCATCTTCTCCACCATCCTGGGCAACTGGTTGGATGGACTCCTTGGAGAAAAAAGCTA CCGGGAGCGTGTGCCTGGGGCCCCCCACATTGCCCACTTCACGGAGCCCCTTGTGGAAGCCACCATCATGGTGTATGCAACCATCACCTC CCAGCTGCTGCCCACTCCAGCCAAGTCCCACTACACCTTCAACCTGAGGGACCTCTCCAAGGTCTTCCAAGGCATGCTCATGGCTGACCC GGCCAAGGTCGAGGACCAAGTGCAGCTGCTGCGACTGTGGTATCACGAGAACTGCCGCGTGTTCCGGGACCGACTGGTGAATGAGGAGGA CCGCAGCTGGTTCGACCAGCTCCTCAAGCGCTGCATGGAGCAGTGGGAGGTGACCTTCAACAAGGTCTGCCCCTTCCAGCCCATTCTTTA CGGGGACTTCATGTCACCAGGCTCCGATGTCAAGTCCTACGAGCTCATCACCAGTGAGAGTAAGATGATGCAGGTGATAGAGGAGTACAT AGAGGACTACAACCAGATCAACACGGCCAAGCTGAAGCTGGTCCTCTTCATGGACGCCATGAGCCACATCTGTCGCATCAGCCGCACCCT ACGCCAGGCGCTGGGCAATGCACTCCTGCTGGGCGTGGGTGGCAGCGGCCGCAGCTCCCTCACAAGGCTCGCCTCGCACATGGCCGAGTA CGAGTGCTTCCAGATTGAACTATCCAAGAACTACGGCATGTCCGAGTGGCGAGATGATGTGAAGAAGGTCCTGCTCAAGGCGGGCCTACA GAACCTACCCATCACCTTCCTCTTCTCAGACACCCAGATCAAGAACGAATCCTTCCTGGAAGATATCAACAACGTCCTAAACTCTGGTGA CATTCCCAATCTGTATACTGCGGACGAGCAGGACCAGATCGTCAGCACCATGCGGCCCTATATCCAGGAGCAGGGCCTACAGCCCACCAA GGCCAACCTCATGGCTGCTTACACAGGGCGTGTGCGCAGCAACATCCACATGGTGCTGTGCATGAGCCCCATCGGAGAGGTCTTCCGAGC TCGTCTGAGGCAGTTTCCCTCCCTGGTCAACTGCTGTACCATCGACTGGTTTAACGAGTGGCCGGCAGAAGCCCTGAAGTCTGTGGCCAC CGTGTTCCTCAATGAGATCCCAGAACTGGAATCCTCCCAGGAAGAAATCCAAGGACTGATCCAGGTCTGTGTGTACATCCACCAGTCGGT GTCCAAGAAGTGCATCGAGTACCTGGCAGAGCTGACCCGCCACAACTATGTGACCCCCAAGAGCTACTTGGAGCTGCTTCATATTTTCTC CATCCTCATCGGGCAGAAGAAACTGGAGCTGAAAACTGCCAAGAACCGCATGAAGAGCGGCCTCGACAAGCTGCTGCGCACTTCTGAGGA TGTAGCCAAGATGCAGGAGGACCTGGAGAGTATGCACCCCCTGCTGGAGGAGGCTGCCAAGGACACCATGCTCACCATGGAGCAGATCAA GGTGGATACGGCCATCGCCGAGGAGACCCGGAATTCAGTGCAGACAGAGGAGATCAAAGCCAATGAGAAGGCCAAGAAGGCACAAGCTAT TGCTGACGATGCCCAGAAGGACCTGGACGAGGCGTTGCCAGCCCTGGATGCGGCTCTGGCCAGCCTGCGCAACCTCAACAAGAACGATGT GACCGAGGTACGTGCCATGCAGCGGCCACCCCCGGGTGTGAAACTGGTCATAGAAGCTGTGTGCATTATGAAAGGCATCAAGCCCAAGAA GGTGCCTGGAGAAAAGCCAGGCACCAAGGTGGATGACTACTGGGAGCCTGGCAAGGGGCTGCTGCAGGACCCGGGCCACTTCCTTGAGAG CCTCTTCAAGTTTGACAAGGACAACATTGGGGATGTGGTGATCAAAGCCATCCAGCCGTACATCGATAATGAAGAGTTCCAGCCAGCCAC CATTGCCAAGGTGTCCAAGGCTTGCACCTCCATCTGCCAGTGGGTGCGCGCCATGCACAAGTACCACTTTGTGGCCAAGGCCGTGGAGCC CAAGCGGCAAGCCCTGCTGGAGGCCCAGGATGACCTGGGGGTGACACAGAGGATCCTGGATGAGGCAAAACAGCGCCTTCGTGAGGTGGA GGACGGCATCGCCACAATGCAGGCTAAGTACCGGGAATGCATTACCAAGAAGGAGGAGCTGGAGCTGAAGTGTGAGCAGTGTGAGCAGCG GCTGGGCCGAGCTGGCAAGCTCATCAACGGGCTGTCGGATGAGAAGGTGCGCTGGCAGGAGACGGTGGAGAACCTGCAGTACATGCTCAA CAACATCTCCGGCGATGTCCTGGTGGCCGCTGGCTTTGTGGCCTACCTGGGCCCCTTCACGGGCCAGTACCGCACGGTGCTCTACGACAG CTGGGTCAAGCAGCTCAGGAGCCACAATGTCCCACACACCTCCGAGCCCACGCTAATCGGGACGCTGGGGAACCCTGTGAAGATCCGATC GTGGCAGATCGCTGGCCTCCCCAACGACACACTGTCAGTGGAGAACGGGGTCATCAACCAGTTTTCCCAGCGCTGGACCCACTTCATTGA CCCTCAGAGCCAGGCCAACAAATGGATCAAGAACATGGAGAAGGACAATGGGCTGGATGTGTTCAAGTTGAGTGACCGCGACTTCCTGCG CAGCATGGAGAACGCCATCCGCTTTGGCAAGCCATGTCTCCTGGAGAACGTGGGCGAGGAGCTAGACCCAGCCCTGGAGCCAGTGCTGCT CAAGCAGACGTACAAGCAGCAGGGAAACACGGTGCTGAAGCTGGGGGACACGGTGATCCCCTACCATGAGGACTTCAGGATGTACATCAC CACCAAGCTGCCCAACCCACACTACACGCCCGAGATCTCCACCAAACTCACCCTCATCAACTTCACCCTGTCGCCCAGTGGCCTAGAGGA CCAGCTACTGGGCCAGGTAGTGGCAGAGGAGCGACCCGACCTGGAGGAGGCCAAGAACCAGCTGATTATCAGTAATGCCAAGATGCGCCA GGAGCTGAAGGACATTGAGGACCAGATCCTGTACCGGCTCAGCTCCTCCGAGGGCAACCCTGTAGATGACATGGAACTCATCAAGGTGCT GGAAGCCTCCAAGATGAAGGCTGCTGAGATCCAGGCCAAAGTCAGGATTGCAGAGCAGACGGAGAAGGACATCGACCTGACGCGCATGGA GTACATACCCGTGGCCATCCGCACCCAGATCCTCTTCTTCTGTGTGTCCGACCTGGCCAACGTGGACCCCATGTACCAGTACTCCCTTGA GTGGTTTCTCAACATCTTCCTCTCGGGCATCGCCAACTCAGAGAGAGCAGACAACCTGAAGAAGCGCATCTCCAACATCAACCGCTACCT GACCTACAGCCTCTACAGCAACGTCTGCCGCAGCCTCTTTGAGAAGCACAAGCTGATGTTTGCCTTCCTGCTGTGTGTTCGCATCATGAT GAACGAGGGCAAAATCAACCAGAGTGAGTGGCGATACCTCCTGTCTGGGGGCTCCATCTCGATCATGACTGAGAATCCGGCACCGGACTG GCTGTCAGACCGGGCTTGGCGAGACATCCTAGCACTCTCGAACCTGCCAACCTTTTCCTCCTTCTCTTCCGACTTCGTGAAGCACCTCTC AGAATTCCGGGTCATCTTCGACAGCCTTGAGCCCCACCGGGAGCCTTTGCCTGGCATCTGGGACCAGTACCTAGACCAGTTCCAGAAGCT GCTAGTCCTCCGCTGCCTGCGTGGGGACAAGGTTACCAACGCCATGCAGGACTTTGTGGCCACCAACCTGGAGCCACGCTTCATTGAACC CCAGACAGCCAATCTGTCAGTGGTGTTCAAAGACTCCAACTCCACCACACCCCTCATCTTTGTGCTGTCACCCGGCACAGACCCTGCTGC CGACCTCTACAAGTTTGCCGAAGAAATGAAGTTCTCCAAAAAGCTCTCTGCCATCTCCCTGGGCCAGGGGCAGGGCCCTCGGGCAGAAGC CATGATGCGCAGCTCCATAGAGAGGGGCAAATGGGTCTTCTTCCAGAACTGCCACCTGGCACCAAGCTGGATGCCAGCCCTAGAACGCCT CATCGAGCACATCAACCCCGACAAGGTACACAGGGACTTCCGCCTCTGGCTCACCAGCCTGCCCAGCAACAAGTTCCCAGTGTCCATCCT GCAGAACGGCTCCAAGATGACCATTGAGCCGCCACGCGGTGTCAGGGCCAACCTGCTGAAGTCCTATAGTAGCCTTGGTGAAGACTTCCT CAACTCCTGCCACAAGGTGATGGAGTTCAAGTCTCTGCTGCTGTCTCTGTGCTTGTTCCATGGGAACGCCCTGGAGCGCCATAAGTTTGG GCCCCTGGGCTTCAACATCCCCTATGAGTTCACGGATGGAGATCTGCGCATCTGCATCAGCCAGCTCAAGATGTTCCTGGACGAATATGA TGACATCCCCTACAAGGTCCTCAAGTACACGGCAGGGGAGATCAATTACGGGGGCCGTGTCACTGATGACTGGGACCGGCGCTGCATCAT GAACATCTTGGAGGACTTCTACAACCCTGACGTGCTCTCCCCTGAGCACAGCTACAGCGCCTCGGGCATCTACCACCAGATCCCGCCTAC CTACGACCTCCACGGCTACCTCTCCTACATCAAGAGCCTCCCACTCAATGATATGCCTGAGATCTTTGGCCTGCATGACAATGCCAACAT CACCTTTGCCCAGAACGAGACGTTCGCCCTCCTGGGCACCATCATCCAGCTGCAACCCAAATCATCTTCTGCAGGCAGCCAGGGCCGGGA GGAGATAGTGGAGGACGTCACCCAAAACATTCTGCTCAAGGTGCCTGAGCCTATCAACTTGCAATGGGTGATGGCCAAGTACCCAGTGCT GTATGAGGAATCAATGAACACAGTACTAGTACAAGAGGTCATTAGGTACAATCGGCTGCTGCAGGTGATCACACAGACACTGCAAGACCT ACTCAAGGCACTCAAGGGGCTGGTAGTGATGTCCTCTCAGCTGGAGCTGATGGCTGCCAGCCTGTACAACAATACTGTGCCTGAGCTCTG GAGTGCCAAGGCCTACCCATCGCTCAAGCCTCTGTCATCATGGGTCATGGACCTGCTGCAACGCCTGGACTTTCTGCAGGCCTGGATCCA AGATGGCATCCCAGCTGTCTTCTGGATCAGTGGATTCTTCTTCCCCCAGGCTTTCTTAACAGGCACTCTGCAGAATTTTGCCCGCAAATT TGTCATCTCCATTGACACCATCTCCTTTGATTTCAAGGTGATGTTTGAGGCACCATCAGAGTTAACACAAAGACCCCAAGTAGGGTGCTA TATCCATGGATTATTCCTGGAAGGTGCCCGCTGGGATCCAGAGGCCTTCCAGCTGGCTGAGTCTCAGCCCAAGGAGCTGTACACAGAGAT GGCCGTTATCTGGCTCTTGCCAACACCCAACCGCAAGGCCCAGGACCAGGACTTTTACCTGTGCCCCATCTACAAGACACTGACTCGTGC TGGAACACTATCAACCACAGGACACTCTACCAACTATGTCATTGCTGTGGAGATCCCCACCCATCAGCCCCAGCGACACTGGATAAAGCG >12319_12319_4_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000350061_DNAH1_chr3_52391630_ENST00000420323_length(amino acids)=3140AA_BP=161 MMMMMMMKKMQHQRQQQADHANEANYARGTRLPLSGEGPTSQPNSSKQTVLSWQAAIDAARQAKAAQTMSTSAPPPVGSLSQRKRQQYAK SKKQGNSSNSRPARALFCLSLNNPIRRACISIVEWKPFDIFILLAIFANCVALAIYIPFPEDDSNSTNHNLVINVCSDLRMLDSLRDCNK ILDLVQKGLSEYLETKRSAFPRFYFLSDDELLEILSQTKDPTAVQPHLRKCFENIARLLFQEDLEITHMYSAEGEEVQLCFSIYPSSNVE DWLREVERSMKASVHDIIEKAIRAYPTMPRTQWVLNWPGQVTIAGCQTYWTMEVAEALEAGNLRSQLFPQLCQQLSDLVALVRGKLSRMQ RAVLSALIVIEVHAKDVVSKLIQENVVSVNDFQWISQLRYYWTNNDLYIRAVNAEFIYGYEYLGNSGRLVITPLTDRCYLTLTGALHLKF GGAPAGPAGTGKTETTKDLGKALAIQTVVFNCSDQLDFMAMGKFFKGLASAGAWACFDEFNRIDIEVLSVVAQQITTIQKAQQQRVERFM FEGVEIPLVPSCAVFITMNPGYAGRTELPDNLKALFRPVAMMVPDYAMITEISLYSFGFNEASVLAKKITTTFKLSSEQLSSQDHYDFGM RAVKTVISAAGNLKRENPSMNEELICLRAIRDVNVPKFLQEDLKLFSGIVSDLFPTIKEEDTDYGILDEAIREACRNSNLKDVEGFLTKC IQLYETTVVRHGLMLVGPTGSGKSTCYRVLAAAMTSLKGQPSISGGMYEAVNYYVLNPKSITMGQLYGEFDLLTHEWTDGIFSSFIRAGA ITSDTNKKWYMFDGPVDAIWIENMNTVLDDNKKLCLSSGEIIKLTEAMTMMFEVQDLAVASPATVSRCGMVYLEPSILGLMPFIECWLRK LPPLLKPYEEHFKALFVSFLEESISFVRSSVKEVIASTNCNLTMSLLKLLDCFFKPFLPREGLKKIPSEKLSRIVELIEPWFIFSLIWSV GATGDSSGRTSFSHWLRLKMENEQLTLLFPEEGLVFDYRLEDAGISGTNDSEDEEEEYKQVAWVKWMDSSAPFTMVPDTNYCNIIVPTMD TVQMSHLLDMLLTNKKPVLCIGPTGTGKTLTISDKLLKNLALDYISHFLTFSARTSANQTQDFIDSKLDKRRKGVFGPPLGRNFIFFIDD LNMPALETYGAQPPIELLRQWMDHGGWYDRKIIGAFKNLVDINFVCAMGPPGGGRNTVTPRLMRHFNYLSFAEMDEVSKKRIFSTILGNW LDGLLGEKSYRERVPGAPHIAHFTEPLVEATIMVYATITSQLLPTPAKSHYTFNLRDLSKVFQGMLMADPAKVEDQVQLLRLWYHENCRV FRDRLVNEEDRSWFDQLLKRCMEQWEVTFNKVCPFQPILYGDFMSPGSDVKSYELITSESKMMQVIEEYIEDYNQINTAKLKLVLFMDAM SHICRISRTLRQALGNALLLGVGGSGRSSLTRLASHMAEYECFQIELSKNYGMSEWRDDVKKVLLKAGLQNLPITFLFSDTQIKNESFLE DINNVLNSGDIPNLYTADEQDQIVSTMRPYIQEQGLQPTKANLMAAYTGRVRSNIHMVLCMSPIGEVFRARLRQFPSLVNCCTIDWFNEW PAEALKSVATVFLNEIPELESSQEEIQGLIQVCVYIHQSVSKKCIEYLAELTRHNYVTPKSYLELLHIFSILIGQKKLELKTAKNRMKSG LDKLLRTSEDVAKMQEDLESMHPLLEEAAKDTMLTMEQIKVDTAIAEETRNSVQTEEIKANEKAKKAQAIADDAQKDLDEALPALDAALA SLRNLNKNDVTEVRAMQRPPPGVKLVIEAVCIMKGIKPKKVPGEKPGTKVDDYWEPGKGLLQDPGHFLESLFKFDKDNIGDVVIKAIQPY IDNEEFQPATIAKVSKACTSICQWVRAMHKYHFVAKAVEPKRQALLEAQDDLGVTQRILDEAKQRLREVEDGIATMQAKYRECITKKEEL ELKCEQCEQRLGRAGKLINGLSDEKVRWQETVENLQYMLNNISGDVLVAAGFVAYLGPFTGQYRTVLYDSWVKQLRSHNVPHTSEPTLIG TLGNPVKIRSWQIAGLPNDTLSVENGVINQFSQRWTHFIDPQSQANKWIKNMEKDNGLDVFKLSDRDFLRSMENAIRFGKPCLLENVGEE LDPALEPVLLKQTYKQQGNTVLKLGDTVIPYHEDFRMYITTKLPNPHYTPEISTKLTLINFTLSPSGLEDQLLGQVVAEERPDLEEAKNQ LIISNAKMRQELKDIEDQILYRLSSSEGNPVDDMELIKVLEASKMKAAEIQAKVRIAEQTEKDIDLTRMEYIPVAIRTQILFFCVSDLAN VDPMYQYSLEWFLNIFLSGIANSERADNLKKRISNINRYLTYSLYSNVCRSLFEKHKLMFAFLLCVRIMMNEGKINQSEWRYLLSGGSIS IMTENPAPDWLSDRAWRDILALSNLPTFSSFSSDFVKHLSEFRVIFDSLEPHREPLPGIWDQYLDQFQKLLVLRCLRGDKVTNAMQDFVA TNLEPRFIEPQTANLSVVFKDSNSTTPLIFVLSPGTDPAADLYKFAEEMKFSKKLSAISLGQGQGPRAEAMMRSSIERGKWVFFQNCHLA PSWMPALERLIEHINPDKVHRDFRLWLTSLPSNKFPVSILQNGSKMTIEPPRGVRANLLKSYSSLGEDFLNSCHKVMEFKSLLLSLCLFH GNALERHKFGPLGFNIPYEFTDGDLRICISQLKMFLDEYDDIPYKVLKYTAGEINYGGRVTDDWDRRCIMNILEDFYNPDVLSPEHSYSA SGIYHQIPPTYDLHGYLSYIKSLPLNDMPEIFGLHDNANITFAQNETFALLGTIIQLQPKSSSAGSQGREEIVEDVTQNILLKVPEPINL QWVMAKYPVLYEESMNTVLVQEVIRYNRLLQVITQTLQDLLKALKGLVVMSSQLELMAASLYNNTVPELWSAKAYPSLKPLSSWVMDLLQ RLDFLQAWIQDGIPAVFWISGFFFPQAFLTGTLQNFARKFVISIDTISFDFKVMFEAPSELTQRPQVGCYIHGLFLEGARWDPEAFQLAE -------------------------------------------------------------- >12319_12319_5_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000422281_DNAH1_chr3_52391629_ENST00000420323_length(transcript)=9468nt_BP=483nt ATGATGATGATGATGATGATGAAAAAAATGCAGCATCAACGGCAGCAGCAAGCGGACCACGCGAACGAGGCAAACTATGCAAGAGGCACC AGACTTCCTCTTTCTGGTGAAGGACCAACTTCTCAGCCGAATAGCTCCAAGCAAACTGTCCTGTCTTGGCAAGCTGCAATCGATGCTGCT AGACAGGCCAAGGCTGCCCAAACTATGAGCACCTCTGCACCCCCACCTGTAGGATCTCTCTCCCAAAGAAAACGTCAGCAATACGCCAAG AGCAAAAAACAGGGTAACTCGTCCAACAGCCGACCTGCCCGCGCCCTTTTCTGTTTATCACTCAATAACCCCATCCGAAGAGCCTGCATT AGTATAGTGGAATGGAAACCATTTGACATATTTATATTATTGGCTATTTTTGCCAATTGTGTGGCCTTAGCTATTTACATCCCATTCCCT GAAGATGATTCTAATTCAACAAATCATAACTTGGTGATCAATGTGTGTTCCGACCTGAGAATGCTGGACAGCCTGCGGGACTGCAACAAG ATTCTGGACCTGGTGCAGAAGGGCCTCAGCGAGTATCTGGAGACCAAGAGGAGCGCCTTCCCCAGATTCTACTTCCTGTCAGATGATGAA CTACTAGAGATCTTGTCGCAGACAAAGGACCCCACGGCCGTGCAGCCACACCTGCGCAAGTGCTTCGAGAACATCGCTCGGCTGCTATTC CAGGAGGACCTGGAGATCACGCACATGTACTCAGCCGAGGGGGAGGAGGTACAGTTGTGCTTCTCCATCTACCCCTCCAGCAACGTGGAG GACTGGCTGCGGGAGGTGGAGCGCAGCATGAAGGCCAGTGTGCACGACATCATTGAGAAGGCCATCAGGGCCTACCCCACGATGCCCAGG ACCCAGTGGGTTCTGAACTGGCCTGGCCAGGTGACCATCGCTGGGTGCCAGACCTACTGGACCATGGAGGTGGCAGAGGCTCTGGAGGCC GGCAACCTCAGAAGCCAACTGTTCCCCCAGCTCTGCCAGCAGCTCAGTGATCTGGTGGCCCTTGTGCGGGGGAAGCTGTCCCGCATGCAG CGGGCAGTGCTGTCAGCGCTAATCGTCATTGAGGTCCATGCCAAGGACGTGGTGAGCAAGCTAATCCAGGAGAACGTGGTCAGCGTGAAT GACTTCCAGTGGATCTCACAGCTGAGGTACTACTGGACAAATAATGACCTGTATATCCGTGCTGTGAATGCTGAGTTCATCTATGGCTAT GAGTACCTGGGCAACAGTGGGAGGCTGGTGATCACGCCCCTCACCGACAGGTGCTACCTGACACTGACCGGAGCTCTGCACCTCAAGTTT GGGGGTGCCCCAGCTGGCCCAGCTGGCACAGGCAAAACTGAGACCACCAAAGACCTGGGTAAGGCCTTGGCCATACAGACCGTTGTGTTC AACTGCTCTGACCAGCTCGACTTCATGGCCATGGGCAAGTTCTTCAAGGGCCTGGCCAGTGCTGGGGCCTGGGCCTGCTTCGACGAGTTC AATCGCATCGACATCGAGGTGCTGTCTGTGGTGGCGCAGCAGATCACCACCATCCAGAAGGCGCAGCAGCAGCGGGTGGAACGCTTCATG TTTGAGGGTGTGGAGATCCCACTGGTGCCATCCTGCGCAGTGTTTATCACCATGAACCCGGGCTACGCTGGCCGCACGGAGCTGCCTGAC AATCTGAAGGCGCTCTTCCGACCCGTGGCCATGATGGTTCCAGATTACGCCATGATCACTGAGATCTCCCTCTATTCCTTTGGCTTTAAT GAGGCCAGTGTGCTGGCTAAGAAGATCACAACCACCTTCAAGCTGTCTTCTGAGCAGCTCAGCTCCCAGGATCACTATGACTTCGGGATG AGAGCCGTGAAAACTGTGATCTCGGCTGCTGGGAACCTCAAGCGAGAAAACCCCAGCATGAATGAGGAGCTGATCTGCCTCCGGGCCATC CGTGATGTGAACGTGCCCAAGTTCCTGCAGGAGGACCTCAAGCTCTTCTCTGGCATCGTGTCCGACCTGTTTCCCACCATCAAGGAGGAG GACACGGACTACGGCATCCTGGATGAGGCCATCCGCGAGGCCTGCAGGAACAGCAACCTCAAGGATGTGGAGGGCTTCCTGACAAAGTGC ATCCAGCTCTACGAGACCACGGTGGTACGACACGGCCTCATGCTCGTCGGGCCCACAGGCTCCGGCAAGAGTACTTGTTACAGAGTCCTG GCAGCTGCCATGACGTCACTGAAAGGGCAGCCATCCATCAGTGGTGGCATGTACGAGGCTGTCAACTACTACGTGCTCAACCCCAAGTCC ATCACGATGGGCCAGCTGTACGGGGAGTTTGACCTCCTCACCCATGAGTGGACAGACGGGATATTCTCCTCGTTCATCCGGGCGGGGGCC ATCACCTCCGACACCAACAAGAAGTGGTACATGTTCGATGGGCCGGTGGATGCCATCTGGATTGAGAACATGAACACGGTGCTGGATGAC AACAAGAAGCTGTGCCTCAGCTCTGGGGAGATCATCAAGCTCACAGAGGCAATGACCATGATGTTCGAGGTGCAAGACCTGGCGGTGGCT TCACCAGCTACAGTCTCCCGCTGTGGCATGGTGTACCTGGAGCCCAGCATCCTGGGGCTCATGCCCTTCATCGAGTGCTGGCTGAGGAAG CTGCCTCCCTTGCTGAAGCCCTATGAGGAGCATTTCAAGGCCCTCTTTGTCAGCTTCCTGGAGGAATCCATCTCCTTCGTTCGGTCCTCA GTGAAGGAGGTGATCGCCTCAACCAACTGCAACCTGACCATGAGCCTCCTCAAGCTGCTGGACTGCTTCTTCAAGCCCTTTCTGCCTAGA GAGGGCCTCAAGAAAATACCCTCTGAAAAGCTGAGTCGCATCGTAGAGTTGATCGAGCCCTGGTTCATCTTCTCCCTGATCTGGAGCGTG GGTGCCACTGGGGACAGCAGTGGCCGCACCAGTTTCAGCCACTGGCTAAGGCTCAAGATGGAGAACGAACAGCTGACTCTGCTTTTCCCA GAAGAGGGGCTGGTGTTCGATTACAGGCTGGAGGACGCGGGCATCAGTGGCACCAACGACAGTGAGGATGAAGAGGAGGAATACAAGCAG GTTGCCTGGGTGAAGTGGATGGACTCCTCAGCTCCATTCACCATGGTACCAGACACCAACTACTGCAACATCATTGTGCCCACCATGGAC ACCGTGCAGATGTCCCATTTACTGGACATGCTGCTCACCAACAAGAAGCCCGTGCTGTGCATTGGGCCAACAGGCACGGGGAAGACGCTC ACCATCTCTGACAAGCTCCTCAAGAACCTGGCACTGGATTACATCAGCCACTTCCTCACCTTCTCAGCCCGCACTTCAGCCAACCAGACC CAGGACTTCATTGACAGCAAGCTGGACAAGAGGCGGAAGGGTGTGTTTGGACCACCTCTGGGGCGCAACTTTATCTTCTTCATCGATGAC CTGAACATGCCGGCCCTGGAGACCTACGGTGCACAGCCACCCATCGAGCTGTTGCGCCAGTGGATGGACCACGGCGGCTGGTACGACCGC AAGATCATTGGTGCCTTCAAGAACCTAGTGGACATCAACTTTGTCTGTGCCATGGGCCCCCCGGGTGGAGGCAGGAACACCGTCACCCCG CGGCTGATGCGTCACTTCAACTACCTGTCTTTCGCTGAGATGGACGAGGTCAGCAAGAAACGCATCTTCTCCACCATCCTGGGCAACTGG TTGGATGGACTCCTTGGAGAAAAAAGCTACCGGGAGCGTGTGCCTGGGGCCCCCCACATTGCCCACTTCACGGAGCCCCTTGTGGAAGCC ACCATCATGGTGTATGCAACCATCACCTCCCAGCTGCTGCCCACTCCAGCCAAGTCCCACTACACCTTCAACCTGAGGGACCTCTCCAAG GTCTTCCAAGGCATGCTCATGGCTGACCCGGCCAAGGTCGAGGACCAAGTGCAGCTGCTGCGACTGTGGTATCACGAGAACTGCCGCGTG TTCCGGGACCGACTGGTGAATGAGGAGGACCGCAGCTGGTTCGACCAGCTCCTCAAGCGCTGCATGGAGCAGTGGGAGGTGACCTTCAAC AAGGTCTGCCCCTTCCAGCCCATTCTTTACGGGGACTTCATGTCACCAGGCTCCGATGTCAAGTCCTACGAGCTCATCACCAGTGAGAGT AAGATGATGCAGGTGATAGAGGAGTACATAGAGGACTACAACCAGATCAACACGGCCAAGCTGAAGCTGGTCCTCTTCATGGACGCCATG AGCCACATCTGTCGCATCAGCCGCACCCTACGCCAGGCGCTGGGCAATGCACTCCTGCTGGGCGTGGGTGGCAGCGGCCGCAGCTCCCTC ACAAGGCTCGCCTCGCACATGGCCGAGTACGAGTGCTTCCAGATTGAACTATCCAAGAACTACGGCATGTCCGAGTGGCGAGATGATGTG AAGAAGGTCCTGCTCAAGGCGGGCCTACAGAACCTACCCATCACCTTCCTCTTCTCAGACACCCAGATCAAGAACGAATCCTTCCTGGAA GATATCAACAACGTCCTAAACTCTGGTGACATTCCCAATCTGTATACTGCGGACGAGCAGGACCAGATCGTCAGCACCATGCGGCCCTAT ATCCAGGAGCAGGGCCTACAGCCCACCAAGGCCAACCTCATGGCTGCTTACACAGGGCGTGTGCGCAGCAACATCCACATGGTGCTGTGC ATGAGCCCCATCGGAGAGGTCTTCCGAGCTCGTCTGAGGCAGTTTCCCTCCCTGGTCAACTGCTGTACCATCGACTGGTTTAACGAGTGG CCGGCAGAAGCCCTGAAGTCTGTGGCCACCGTGTTCCTCAATGAGATCCCAGAACTGGAATCCTCCCAGGAAGAAATCCAAGGACTGATC CAGGTCTGTGTGTACATCCACCAGTCGGTGTCCAAGAAGTGCATCGAGTACCTGGCAGAGCTGACCCGCCACAACTATGTGACCCCCAAG AGCTACTTGGAGCTGCTTCATATTTTCTCCATCCTCATCGGGCAGAAGAAACTGGAGCTGAAAACTGCCAAGAACCGCATGAAGAGCGGC CTCGACAAGCTGCTGCGCACTTCTGAGGATGTAGCCAAGATGCAGGAGGACCTGGAGAGTATGCACCCCCTGCTGGAGGAGGCTGCCAAG GACACCATGCTCACCATGGAGCAGATCAAGGTGGATACGGCCATCGCCGAGGAGACCCGGAATTCAGTGCAGACAGAGGAGATCAAAGCC AATGAGAAGGCCAAGAAGGCACAAGCTATTGCTGACGATGCCCAGAAGGACCTGGACGAGGCGTTGCCAGCCCTGGATGCGGCTCTGGCC AGCCTGCGCAACCTCAACAAGAACGATGTGACCGAGGTACGTGCCATGCAGCGGCCACCCCCGGGTGTGAAACTGGTCATAGAAGCTGTG TGCATTATGAAAGGCATCAAGCCCAAGAAGGTGCCTGGAGAAAAGCCAGGCACCAAGGTGGATGACTACTGGGAGCCTGGCAAGGGGCTG CTGCAGGACCCGGGCCACTTCCTTGAGAGCCTCTTCAAGTTTGACAAGGACAACATTGGGGATGTGGTGATCAAAGCCATCCAGCCGTAC ATCGATAATGAAGAGTTCCAGCCAGCCACCATTGCCAAGGTGTCCAAGGCTTGCACCTCCATCTGCCAGTGGGTGCGCGCCATGCACAAG TACCACTTTGTGGCCAAGGCCGTGGAGCCCAAGCGGCAAGCCCTGCTGGAGGCCCAGGATGACCTGGGGGTGACACAGAGGATCCTGGAT GAGGCAAAACAGCGCCTTCGTGAGGTGGAGGACGGCATCGCCACAATGCAGGCTAAGTACCGGGAATGCATTACCAAGAAGGAGGAGCTG GAGCTGAAGTGTGAGCAGTGTGAGCAGCGGCTGGGCCGAGCTGGCAAGCTCATCAACGGGCTGTCGGATGAGAAGGTGCGCTGGCAGGAG ACGGTGGAGAACCTGCAGTACATGCTCAACAACATCTCCGGCGATGTCCTGGTGGCCGCTGGCTTTGTGGCCTACCTGGGCCCCTTCACG GGCCAGTACCGCACGGTGCTCTACGACAGCTGGGTCAAGCAGCTCAGGAGCCACAATGTCCCACACACCTCCGAGCCCACGCTAATCGGG ACGCTGGGGAACCCTGTGAAGATCCGATCGTGGCAGATCGCTGGCCTCCCCAACGACACACTGTCAGTGGAGAACGGGGTCATCAACCAG TTTTCCCAGCGCTGGACCCACTTCATTGACCCTCAGAGCCAGGCCAACAAATGGATCAAGAACATGGAGAAGGACAATGGGCTGGATGTG TTCAAGTTGAGTGACCGCGACTTCCTGCGCAGCATGGAGAACGCCATCCGCTTTGGCAAGCCATGTCTCCTGGAGAACGTGGGCGAGGAG CTAGACCCAGCCCTGGAGCCAGTGCTGCTCAAGCAGACGTACAAGCAGCAGGGAAACACGGTGCTGAAGCTGGGGGACACGGTGATCCCC TACCATGAGGACTTCAGGATGTACATCACCACCAAGCTGCCCAACCCACACTACACGCCCGAGATCTCCACCAAACTCACCCTCATCAAC TTCACCCTGTCGCCCAGTGGCCTAGAGGACCAGCTACTGGGCCAGGTAGTGGCAGAGGAGCGACCCGACCTGGAGGAGGCCAAGAACCAG CTGATTATCAGTAATGCCAAGATGCGCCAGGAGCTGAAGGACATTGAGGACCAGATCCTGTACCGGCTCAGCTCCTCCGAGGGCAACCCT GTAGATGACATGGAACTCATCAAGGTGCTGGAAGCCTCCAAGATGAAGGCTGCTGAGATCCAGGCCAAAGTCAGGATTGCAGAGCAGACG GAGAAGGACATCGACCTGACGCGCATGGAGTACATACCCGTGGCCATCCGCACCCAGATCCTCTTCTTCTGTGTGTCCGACCTGGCCAAC GTGGACCCCATGTACCAGTACTCCCTTGAGTGGTTTCTCAACATCTTCCTCTCGGGCATCGCCAACTCAGAGAGAGCAGACAACCTGAAG AAGCGCATCTCCAACATCAACCGCTACCTGACCTACAGCCTCTACAGCAACGTCTGCCGCAGCCTCTTTGAGAAGCACAAGCTGATGTTT GCCTTCCTGCTGTGTGTTCGCATCATGATGAACGAGGGCAAAATCAACCAGAGTGAGTGGCGATACCTCCTGTCTGGGGGCTCCATCTCG ATCATGACTGAGAATCCGGCACCGGACTGGCTGTCAGACCGGGCTTGGCGAGACATCCTAGCACTCTCGAACCTGCCAACCTTTTCCTCC TTCTCTTCCGACTTCGTGAAGCACCTCTCAGAATTCCGGGTCATCTTCGACAGCCTTGAGCCCCACCGGGAGCCTTTGCCTGGCATCTGG GACCAGTACCTAGACCAGTTCCAGAAGCTGCTAGTCCTCCGCTGCCTGCGTGGGGACAAGGTTACCAACGCCATGCAGGACTTTGTGGCC ACCAACCTGGAGCCACGCTTCATTGAACCCCAGACAGCCAATCTGTCAGTGGTGTTCAAAGACTCCAACTCCACCACACCCCTCATCTTT GTGCTGTCACCCGGCACAGACCCTGCTGCCGACCTCTACAAGTTTGCCGAAGAAATGAAGTTCTCCAAAAAGCTCTCTGCCATCTCCCTG GGCCAGGGGCAGGGCCCTCGGGCAGAAGCCATGATGCGCAGCTCCATAGAGAGGGGCAAATGGGTCTTCTTCCAGAACTGCCACCTGGCA CCAAGCTGGATGCCAGCCCTAGAACGCCTCATCGAGCACATCAACCCCGACAAGGTACACAGGGACTTCCGCCTCTGGCTCACCAGCCTG CCCAGCAACAAGTTCCCAGTGTCCATCCTGCAGAACGGCTCCAAGATGACCATTGAGCCGCCACGCGGTGTCAGGGCCAACCTGCTGAAG TCCTATAGTAGCCTTGGTGAAGACTTCCTCAACTCCTGCCACAAGGTGATGGAGTTCAAGTCTCTGCTGCTGTCTCTGTGCTTGTTCCAT GGGAACGCCCTGGAGCGCCATAAGTTTGGGCCCCTGGGCTTCAACATCCCCTATGAGTTCACGGATGGAGATCTGCGCATCTGCATCAGC CAGCTCAAGATGTTCCTGGACGAATATGATGACATCCCCTACAAGGTCCTCAAGTACACGGCAGGGGAGATCAATTACGGGGGCCGTGTC ACTGATGACTGGGACCGGCGCTGCATCATGAACATCTTGGAGGACTTCTACAACCCTGACGTGCTCTCCCCTGAGCACAGCTACAGCGCC TCGGGCATCTACCACCAGATCCCGCCTACCTACGACCTCCACGGCTACCTCTCCTACATCAAGAGCCTCCCACTCAATGATATGCCTGAG ATCTTTGGCCTGCATGACAATGCCAACATCACCTTTGCCCAGAACGAGACGTTCGCCCTCCTGGGCACCATCATCCAGCTGCAACCCAAA TCATCTTCTGCAGGCAGCCAGGGCCGGGAGGAGATAGTGGAGGACGTCACCCAAAACATTCTGCTCAAGGTGCCTGAGCCTATCAACTTG CAATGGGTGATGGCCAAGTACCCAGTGCTGTATGAGGAATCAATGAACACAGTACTAGTACAAGAGGTCATTAGGTACAATCGGCTGCTG CAGGTGATCACACAGACACTGCAAGACCTACTCAAGGCACTCAAGGGGCTGGTAGTGATGTCCTCTCAGCTGGAGCTGATGGCTGCCAGC CTGTACAACAATACTGTGCCTGAGCTCTGGAGTGCCAAGGCCTACCCATCGCTCAAGCCTCTGTCATCATGGGTCATGGACCTGCTGCAA CGCCTGGACTTTCTGCAGGCCTGGATCCAAGATGGCATCCCAGCTGTCTTCTGGATCAGTGGATTCTTCTTCCCCCAGGCTTTCTTAACA GGCACTCTGCAGAATTTTGCCCGCAAATTTGTCATCTCCATTGACACCATCTCCTTTGATTTCAAGGTGATGTTTGAGGCACCATCAGAG TTAACACAAAGACCCCAAGTAGGGTGCTATATCCATGGATTATTCCTGGAAGGTGCCCGCTGGGATCCAGAGGCCTTCCAGCTGGCTGAG TCTCAGCCCAAGGAGCTGTACACAGAGATGGCCGTTATCTGGCTCTTGCCAACACCCAACCGCAAGGCCCAGGACCAGGACTTTTACCTG TGCCCCATCTACAAGACACTGACTCGTGCTGGAACACTATCAACCACAGGACACTCTACCAACTATGTCATTGCTGTGGAGATCCCCACC CATCAGCCCCAGCGACACTGGATAAAGCGTGGTGTGGCCCTCATCTGTGCCCTGGACTACTAGACTCAGACAGAAGGGCTGGGGCCATTA >12319_12319_5_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000422281_DNAH1_chr3_52391629_ENST00000420323_length(amino acids)=3140AA_BP=161 MMMMMMMKKMQHQRQQQADHANEANYARGTRLPLSGEGPTSQPNSSKQTVLSWQAAIDAARQAKAAQTMSTSAPPPVGSLSQRKRQQYAK SKKQGNSSNSRPARALFCLSLNNPIRRACISIVEWKPFDIFILLAIFANCVALAIYIPFPEDDSNSTNHNLVINVCSDLRMLDSLRDCNK ILDLVQKGLSEYLETKRSAFPRFYFLSDDELLEILSQTKDPTAVQPHLRKCFENIARLLFQEDLEITHMYSAEGEEVQLCFSIYPSSNVE DWLREVERSMKASVHDIIEKAIRAYPTMPRTQWVLNWPGQVTIAGCQTYWTMEVAEALEAGNLRSQLFPQLCQQLSDLVALVRGKLSRMQ RAVLSALIVIEVHAKDVVSKLIQENVVSVNDFQWISQLRYYWTNNDLYIRAVNAEFIYGYEYLGNSGRLVITPLTDRCYLTLTGALHLKF GGAPAGPAGTGKTETTKDLGKALAIQTVVFNCSDQLDFMAMGKFFKGLASAGAWACFDEFNRIDIEVLSVVAQQITTIQKAQQQRVERFM FEGVEIPLVPSCAVFITMNPGYAGRTELPDNLKALFRPVAMMVPDYAMITEISLYSFGFNEASVLAKKITTTFKLSSEQLSSQDHYDFGM RAVKTVISAAGNLKRENPSMNEELICLRAIRDVNVPKFLQEDLKLFSGIVSDLFPTIKEEDTDYGILDEAIREACRNSNLKDVEGFLTKC IQLYETTVVRHGLMLVGPTGSGKSTCYRVLAAAMTSLKGQPSISGGMYEAVNYYVLNPKSITMGQLYGEFDLLTHEWTDGIFSSFIRAGA ITSDTNKKWYMFDGPVDAIWIENMNTVLDDNKKLCLSSGEIIKLTEAMTMMFEVQDLAVASPATVSRCGMVYLEPSILGLMPFIECWLRK LPPLLKPYEEHFKALFVSFLEESISFVRSSVKEVIASTNCNLTMSLLKLLDCFFKPFLPREGLKKIPSEKLSRIVELIEPWFIFSLIWSV GATGDSSGRTSFSHWLRLKMENEQLTLLFPEEGLVFDYRLEDAGISGTNDSEDEEEEYKQVAWVKWMDSSAPFTMVPDTNYCNIIVPTMD TVQMSHLLDMLLTNKKPVLCIGPTGTGKTLTISDKLLKNLALDYISHFLTFSARTSANQTQDFIDSKLDKRRKGVFGPPLGRNFIFFIDD LNMPALETYGAQPPIELLRQWMDHGGWYDRKIIGAFKNLVDINFVCAMGPPGGGRNTVTPRLMRHFNYLSFAEMDEVSKKRIFSTILGNW LDGLLGEKSYRERVPGAPHIAHFTEPLVEATIMVYATITSQLLPTPAKSHYTFNLRDLSKVFQGMLMADPAKVEDQVQLLRLWYHENCRV FRDRLVNEEDRSWFDQLLKRCMEQWEVTFNKVCPFQPILYGDFMSPGSDVKSYELITSESKMMQVIEEYIEDYNQINTAKLKLVLFMDAM SHICRISRTLRQALGNALLLGVGGSGRSSLTRLASHMAEYECFQIELSKNYGMSEWRDDVKKVLLKAGLQNLPITFLFSDTQIKNESFLE DINNVLNSGDIPNLYTADEQDQIVSTMRPYIQEQGLQPTKANLMAAYTGRVRSNIHMVLCMSPIGEVFRARLRQFPSLVNCCTIDWFNEW PAEALKSVATVFLNEIPELESSQEEIQGLIQVCVYIHQSVSKKCIEYLAELTRHNYVTPKSYLELLHIFSILIGQKKLELKTAKNRMKSG LDKLLRTSEDVAKMQEDLESMHPLLEEAAKDTMLTMEQIKVDTAIAEETRNSVQTEEIKANEKAKKAQAIADDAQKDLDEALPALDAALA SLRNLNKNDVTEVRAMQRPPPGVKLVIEAVCIMKGIKPKKVPGEKPGTKVDDYWEPGKGLLQDPGHFLESLFKFDKDNIGDVVIKAIQPY IDNEEFQPATIAKVSKACTSICQWVRAMHKYHFVAKAVEPKRQALLEAQDDLGVTQRILDEAKQRLREVEDGIATMQAKYRECITKKEEL ELKCEQCEQRLGRAGKLINGLSDEKVRWQETVENLQYMLNNISGDVLVAAGFVAYLGPFTGQYRTVLYDSWVKQLRSHNVPHTSEPTLIG TLGNPVKIRSWQIAGLPNDTLSVENGVINQFSQRWTHFIDPQSQANKWIKNMEKDNGLDVFKLSDRDFLRSMENAIRFGKPCLLENVGEE LDPALEPVLLKQTYKQQGNTVLKLGDTVIPYHEDFRMYITTKLPNPHYTPEISTKLTLINFTLSPSGLEDQLLGQVVAEERPDLEEAKNQ LIISNAKMRQELKDIEDQILYRLSSSEGNPVDDMELIKVLEASKMKAAEIQAKVRIAEQTEKDIDLTRMEYIPVAIRTQILFFCVSDLAN VDPMYQYSLEWFLNIFLSGIANSERADNLKKRISNINRYLTYSLYSNVCRSLFEKHKLMFAFLLCVRIMMNEGKINQSEWRYLLSGGSIS IMTENPAPDWLSDRAWRDILALSNLPTFSSFSSDFVKHLSEFRVIFDSLEPHREPLPGIWDQYLDQFQKLLVLRCLRGDKVTNAMQDFVA TNLEPRFIEPQTANLSVVFKDSNSTTPLIFVLSPGTDPAADLYKFAEEMKFSKKLSAISLGQGQGPRAEAMMRSSIERGKWVFFQNCHLA PSWMPALERLIEHINPDKVHRDFRLWLTSLPSNKFPVSILQNGSKMTIEPPRGVRANLLKSYSSLGEDFLNSCHKVMEFKSLLLSLCLFH GNALERHKFGPLGFNIPYEFTDGDLRICISQLKMFLDEYDDIPYKVLKYTAGEINYGGRVTDDWDRRCIMNILEDFYNPDVLSPEHSYSA SGIYHQIPPTYDLHGYLSYIKSLPLNDMPEIFGLHDNANITFAQNETFALLGTIIQLQPKSSSAGSQGREEIVEDVTQNILLKVPEPINL QWVMAKYPVLYEESMNTVLVQEVIRYNRLLQVITQTLQDLLKALKGLVVMSSQLELMAASLYNNTVPELWSAKAYPSLKPLSSWVMDLLQ RLDFLQAWIQDGIPAVFWISGFFFPQAFLTGTLQNFARKFVISIDTISFDFKVMFEAPSELTQRPQVGCYIHGLFLEGARWDPEAFQLAE -------------------------------------------------------------- >12319_12319_6_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000422281_DNAH1_chr3_52391630_ENST00000420323_length(transcript)=9468nt_BP=483nt ATGATGATGATGATGATGATGAAAAAAATGCAGCATCAACGGCAGCAGCAAGCGGACCACGCGAACGAGGCAAACTATGCAAGAGGCACC AGACTTCCTCTTTCTGGTGAAGGACCAACTTCTCAGCCGAATAGCTCCAAGCAAACTGTCCTGTCTTGGCAAGCTGCAATCGATGCTGCT AGACAGGCCAAGGCTGCCCAAACTATGAGCACCTCTGCACCCCCACCTGTAGGATCTCTCTCCCAAAGAAAACGTCAGCAATACGCCAAG AGCAAAAAACAGGGTAACTCGTCCAACAGCCGACCTGCCCGCGCCCTTTTCTGTTTATCACTCAATAACCCCATCCGAAGAGCCTGCATT AGTATAGTGGAATGGAAACCATTTGACATATTTATATTATTGGCTATTTTTGCCAATTGTGTGGCCTTAGCTATTTACATCCCATTCCCT GAAGATGATTCTAATTCAACAAATCATAACTTGGTGATCAATGTGTGTTCCGACCTGAGAATGCTGGACAGCCTGCGGGACTGCAACAAG ATTCTGGACCTGGTGCAGAAGGGCCTCAGCGAGTATCTGGAGACCAAGAGGAGCGCCTTCCCCAGATTCTACTTCCTGTCAGATGATGAA CTACTAGAGATCTTGTCGCAGACAAAGGACCCCACGGCCGTGCAGCCACACCTGCGCAAGTGCTTCGAGAACATCGCTCGGCTGCTATTC CAGGAGGACCTGGAGATCACGCACATGTACTCAGCCGAGGGGGAGGAGGTACAGTTGTGCTTCTCCATCTACCCCTCCAGCAACGTGGAG GACTGGCTGCGGGAGGTGGAGCGCAGCATGAAGGCCAGTGTGCACGACATCATTGAGAAGGCCATCAGGGCCTACCCCACGATGCCCAGG ACCCAGTGGGTTCTGAACTGGCCTGGCCAGGTGACCATCGCTGGGTGCCAGACCTACTGGACCATGGAGGTGGCAGAGGCTCTGGAGGCC GGCAACCTCAGAAGCCAACTGTTCCCCCAGCTCTGCCAGCAGCTCAGTGATCTGGTGGCCCTTGTGCGGGGGAAGCTGTCCCGCATGCAG CGGGCAGTGCTGTCAGCGCTAATCGTCATTGAGGTCCATGCCAAGGACGTGGTGAGCAAGCTAATCCAGGAGAACGTGGTCAGCGTGAAT GACTTCCAGTGGATCTCACAGCTGAGGTACTACTGGACAAATAATGACCTGTATATCCGTGCTGTGAATGCTGAGTTCATCTATGGCTAT GAGTACCTGGGCAACAGTGGGAGGCTGGTGATCACGCCCCTCACCGACAGGTGCTACCTGACACTGACCGGAGCTCTGCACCTCAAGTTT GGGGGTGCCCCAGCTGGCCCAGCTGGCACAGGCAAAACTGAGACCACCAAAGACCTGGGTAAGGCCTTGGCCATACAGACCGTTGTGTTC AACTGCTCTGACCAGCTCGACTTCATGGCCATGGGCAAGTTCTTCAAGGGCCTGGCCAGTGCTGGGGCCTGGGCCTGCTTCGACGAGTTC AATCGCATCGACATCGAGGTGCTGTCTGTGGTGGCGCAGCAGATCACCACCATCCAGAAGGCGCAGCAGCAGCGGGTGGAACGCTTCATG TTTGAGGGTGTGGAGATCCCACTGGTGCCATCCTGCGCAGTGTTTATCACCATGAACCCGGGCTACGCTGGCCGCACGGAGCTGCCTGAC AATCTGAAGGCGCTCTTCCGACCCGTGGCCATGATGGTTCCAGATTACGCCATGATCACTGAGATCTCCCTCTATTCCTTTGGCTTTAAT GAGGCCAGTGTGCTGGCTAAGAAGATCACAACCACCTTCAAGCTGTCTTCTGAGCAGCTCAGCTCCCAGGATCACTATGACTTCGGGATG AGAGCCGTGAAAACTGTGATCTCGGCTGCTGGGAACCTCAAGCGAGAAAACCCCAGCATGAATGAGGAGCTGATCTGCCTCCGGGCCATC CGTGATGTGAACGTGCCCAAGTTCCTGCAGGAGGACCTCAAGCTCTTCTCTGGCATCGTGTCCGACCTGTTTCCCACCATCAAGGAGGAG GACACGGACTACGGCATCCTGGATGAGGCCATCCGCGAGGCCTGCAGGAACAGCAACCTCAAGGATGTGGAGGGCTTCCTGACAAAGTGC ATCCAGCTCTACGAGACCACGGTGGTACGACACGGCCTCATGCTCGTCGGGCCCACAGGCTCCGGCAAGAGTACTTGTTACAGAGTCCTG GCAGCTGCCATGACGTCACTGAAAGGGCAGCCATCCATCAGTGGTGGCATGTACGAGGCTGTCAACTACTACGTGCTCAACCCCAAGTCC ATCACGATGGGCCAGCTGTACGGGGAGTTTGACCTCCTCACCCATGAGTGGACAGACGGGATATTCTCCTCGTTCATCCGGGCGGGGGCC ATCACCTCCGACACCAACAAGAAGTGGTACATGTTCGATGGGCCGGTGGATGCCATCTGGATTGAGAACATGAACACGGTGCTGGATGAC AACAAGAAGCTGTGCCTCAGCTCTGGGGAGATCATCAAGCTCACAGAGGCAATGACCATGATGTTCGAGGTGCAAGACCTGGCGGTGGCT TCACCAGCTACAGTCTCCCGCTGTGGCATGGTGTACCTGGAGCCCAGCATCCTGGGGCTCATGCCCTTCATCGAGTGCTGGCTGAGGAAG CTGCCTCCCTTGCTGAAGCCCTATGAGGAGCATTTCAAGGCCCTCTTTGTCAGCTTCCTGGAGGAATCCATCTCCTTCGTTCGGTCCTCA GTGAAGGAGGTGATCGCCTCAACCAACTGCAACCTGACCATGAGCCTCCTCAAGCTGCTGGACTGCTTCTTCAAGCCCTTTCTGCCTAGA GAGGGCCTCAAGAAAATACCCTCTGAAAAGCTGAGTCGCATCGTAGAGTTGATCGAGCCCTGGTTCATCTTCTCCCTGATCTGGAGCGTG GGTGCCACTGGGGACAGCAGTGGCCGCACCAGTTTCAGCCACTGGCTAAGGCTCAAGATGGAGAACGAACAGCTGACTCTGCTTTTCCCA GAAGAGGGGCTGGTGTTCGATTACAGGCTGGAGGACGCGGGCATCAGTGGCACCAACGACAGTGAGGATGAAGAGGAGGAATACAAGCAG GTTGCCTGGGTGAAGTGGATGGACTCCTCAGCTCCATTCACCATGGTACCAGACACCAACTACTGCAACATCATTGTGCCCACCATGGAC ACCGTGCAGATGTCCCATTTACTGGACATGCTGCTCACCAACAAGAAGCCCGTGCTGTGCATTGGGCCAACAGGCACGGGGAAGACGCTC ACCATCTCTGACAAGCTCCTCAAGAACCTGGCACTGGATTACATCAGCCACTTCCTCACCTTCTCAGCCCGCACTTCAGCCAACCAGACC CAGGACTTCATTGACAGCAAGCTGGACAAGAGGCGGAAGGGTGTGTTTGGACCACCTCTGGGGCGCAACTTTATCTTCTTCATCGATGAC CTGAACATGCCGGCCCTGGAGACCTACGGTGCACAGCCACCCATCGAGCTGTTGCGCCAGTGGATGGACCACGGCGGCTGGTACGACCGC AAGATCATTGGTGCCTTCAAGAACCTAGTGGACATCAACTTTGTCTGTGCCATGGGCCCCCCGGGTGGAGGCAGGAACACCGTCACCCCG CGGCTGATGCGTCACTTCAACTACCTGTCTTTCGCTGAGATGGACGAGGTCAGCAAGAAACGCATCTTCTCCACCATCCTGGGCAACTGG TTGGATGGACTCCTTGGAGAAAAAAGCTACCGGGAGCGTGTGCCTGGGGCCCCCCACATTGCCCACTTCACGGAGCCCCTTGTGGAAGCC ACCATCATGGTGTATGCAACCATCACCTCCCAGCTGCTGCCCACTCCAGCCAAGTCCCACTACACCTTCAACCTGAGGGACCTCTCCAAG GTCTTCCAAGGCATGCTCATGGCTGACCCGGCCAAGGTCGAGGACCAAGTGCAGCTGCTGCGACTGTGGTATCACGAGAACTGCCGCGTG TTCCGGGACCGACTGGTGAATGAGGAGGACCGCAGCTGGTTCGACCAGCTCCTCAAGCGCTGCATGGAGCAGTGGGAGGTGACCTTCAAC AAGGTCTGCCCCTTCCAGCCCATTCTTTACGGGGACTTCATGTCACCAGGCTCCGATGTCAAGTCCTACGAGCTCATCACCAGTGAGAGT AAGATGATGCAGGTGATAGAGGAGTACATAGAGGACTACAACCAGATCAACACGGCCAAGCTGAAGCTGGTCCTCTTCATGGACGCCATG AGCCACATCTGTCGCATCAGCCGCACCCTACGCCAGGCGCTGGGCAATGCACTCCTGCTGGGCGTGGGTGGCAGCGGCCGCAGCTCCCTC ACAAGGCTCGCCTCGCACATGGCCGAGTACGAGTGCTTCCAGATTGAACTATCCAAGAACTACGGCATGTCCGAGTGGCGAGATGATGTG AAGAAGGTCCTGCTCAAGGCGGGCCTACAGAACCTACCCATCACCTTCCTCTTCTCAGACACCCAGATCAAGAACGAATCCTTCCTGGAA GATATCAACAACGTCCTAAACTCTGGTGACATTCCCAATCTGTATACTGCGGACGAGCAGGACCAGATCGTCAGCACCATGCGGCCCTAT ATCCAGGAGCAGGGCCTACAGCCCACCAAGGCCAACCTCATGGCTGCTTACACAGGGCGTGTGCGCAGCAACATCCACATGGTGCTGTGC ATGAGCCCCATCGGAGAGGTCTTCCGAGCTCGTCTGAGGCAGTTTCCCTCCCTGGTCAACTGCTGTACCATCGACTGGTTTAACGAGTGG CCGGCAGAAGCCCTGAAGTCTGTGGCCACCGTGTTCCTCAATGAGATCCCAGAACTGGAATCCTCCCAGGAAGAAATCCAAGGACTGATC CAGGTCTGTGTGTACATCCACCAGTCGGTGTCCAAGAAGTGCATCGAGTACCTGGCAGAGCTGACCCGCCACAACTATGTGACCCCCAAG AGCTACTTGGAGCTGCTTCATATTTTCTCCATCCTCATCGGGCAGAAGAAACTGGAGCTGAAAACTGCCAAGAACCGCATGAAGAGCGGC CTCGACAAGCTGCTGCGCACTTCTGAGGATGTAGCCAAGATGCAGGAGGACCTGGAGAGTATGCACCCCCTGCTGGAGGAGGCTGCCAAG GACACCATGCTCACCATGGAGCAGATCAAGGTGGATACGGCCATCGCCGAGGAGACCCGGAATTCAGTGCAGACAGAGGAGATCAAAGCC AATGAGAAGGCCAAGAAGGCACAAGCTATTGCTGACGATGCCCAGAAGGACCTGGACGAGGCGTTGCCAGCCCTGGATGCGGCTCTGGCC AGCCTGCGCAACCTCAACAAGAACGATGTGACCGAGGTACGTGCCATGCAGCGGCCACCCCCGGGTGTGAAACTGGTCATAGAAGCTGTG TGCATTATGAAAGGCATCAAGCCCAAGAAGGTGCCTGGAGAAAAGCCAGGCACCAAGGTGGATGACTACTGGGAGCCTGGCAAGGGGCTG CTGCAGGACCCGGGCCACTTCCTTGAGAGCCTCTTCAAGTTTGACAAGGACAACATTGGGGATGTGGTGATCAAAGCCATCCAGCCGTAC ATCGATAATGAAGAGTTCCAGCCAGCCACCATTGCCAAGGTGTCCAAGGCTTGCACCTCCATCTGCCAGTGGGTGCGCGCCATGCACAAG TACCACTTTGTGGCCAAGGCCGTGGAGCCCAAGCGGCAAGCCCTGCTGGAGGCCCAGGATGACCTGGGGGTGACACAGAGGATCCTGGAT GAGGCAAAACAGCGCCTTCGTGAGGTGGAGGACGGCATCGCCACAATGCAGGCTAAGTACCGGGAATGCATTACCAAGAAGGAGGAGCTG GAGCTGAAGTGTGAGCAGTGTGAGCAGCGGCTGGGCCGAGCTGGCAAGCTCATCAACGGGCTGTCGGATGAGAAGGTGCGCTGGCAGGAG ACGGTGGAGAACCTGCAGTACATGCTCAACAACATCTCCGGCGATGTCCTGGTGGCCGCTGGCTTTGTGGCCTACCTGGGCCCCTTCACG GGCCAGTACCGCACGGTGCTCTACGACAGCTGGGTCAAGCAGCTCAGGAGCCACAATGTCCCACACACCTCCGAGCCCACGCTAATCGGG ACGCTGGGGAACCCTGTGAAGATCCGATCGTGGCAGATCGCTGGCCTCCCCAACGACACACTGTCAGTGGAGAACGGGGTCATCAACCAG TTTTCCCAGCGCTGGACCCACTTCATTGACCCTCAGAGCCAGGCCAACAAATGGATCAAGAACATGGAGAAGGACAATGGGCTGGATGTG TTCAAGTTGAGTGACCGCGACTTCCTGCGCAGCATGGAGAACGCCATCCGCTTTGGCAAGCCATGTCTCCTGGAGAACGTGGGCGAGGAG CTAGACCCAGCCCTGGAGCCAGTGCTGCTCAAGCAGACGTACAAGCAGCAGGGAAACACGGTGCTGAAGCTGGGGGACACGGTGATCCCC TACCATGAGGACTTCAGGATGTACATCACCACCAAGCTGCCCAACCCACACTACACGCCCGAGATCTCCACCAAACTCACCCTCATCAAC TTCACCCTGTCGCCCAGTGGCCTAGAGGACCAGCTACTGGGCCAGGTAGTGGCAGAGGAGCGACCCGACCTGGAGGAGGCCAAGAACCAG CTGATTATCAGTAATGCCAAGATGCGCCAGGAGCTGAAGGACATTGAGGACCAGATCCTGTACCGGCTCAGCTCCTCCGAGGGCAACCCT GTAGATGACATGGAACTCATCAAGGTGCTGGAAGCCTCCAAGATGAAGGCTGCTGAGATCCAGGCCAAAGTCAGGATTGCAGAGCAGACG GAGAAGGACATCGACCTGACGCGCATGGAGTACATACCCGTGGCCATCCGCACCCAGATCCTCTTCTTCTGTGTGTCCGACCTGGCCAAC GTGGACCCCATGTACCAGTACTCCCTTGAGTGGTTTCTCAACATCTTCCTCTCGGGCATCGCCAACTCAGAGAGAGCAGACAACCTGAAG AAGCGCATCTCCAACATCAACCGCTACCTGACCTACAGCCTCTACAGCAACGTCTGCCGCAGCCTCTTTGAGAAGCACAAGCTGATGTTT GCCTTCCTGCTGTGTGTTCGCATCATGATGAACGAGGGCAAAATCAACCAGAGTGAGTGGCGATACCTCCTGTCTGGGGGCTCCATCTCG ATCATGACTGAGAATCCGGCACCGGACTGGCTGTCAGACCGGGCTTGGCGAGACATCCTAGCACTCTCGAACCTGCCAACCTTTTCCTCC TTCTCTTCCGACTTCGTGAAGCACCTCTCAGAATTCCGGGTCATCTTCGACAGCCTTGAGCCCCACCGGGAGCCTTTGCCTGGCATCTGG GACCAGTACCTAGACCAGTTCCAGAAGCTGCTAGTCCTCCGCTGCCTGCGTGGGGACAAGGTTACCAACGCCATGCAGGACTTTGTGGCC ACCAACCTGGAGCCACGCTTCATTGAACCCCAGACAGCCAATCTGTCAGTGGTGTTCAAAGACTCCAACTCCACCACACCCCTCATCTTT GTGCTGTCACCCGGCACAGACCCTGCTGCCGACCTCTACAAGTTTGCCGAAGAAATGAAGTTCTCCAAAAAGCTCTCTGCCATCTCCCTG GGCCAGGGGCAGGGCCCTCGGGCAGAAGCCATGATGCGCAGCTCCATAGAGAGGGGCAAATGGGTCTTCTTCCAGAACTGCCACCTGGCA CCAAGCTGGATGCCAGCCCTAGAACGCCTCATCGAGCACATCAACCCCGACAAGGTACACAGGGACTTCCGCCTCTGGCTCACCAGCCTG CCCAGCAACAAGTTCCCAGTGTCCATCCTGCAGAACGGCTCCAAGATGACCATTGAGCCGCCACGCGGTGTCAGGGCCAACCTGCTGAAG TCCTATAGTAGCCTTGGTGAAGACTTCCTCAACTCCTGCCACAAGGTGATGGAGTTCAAGTCTCTGCTGCTGTCTCTGTGCTTGTTCCAT GGGAACGCCCTGGAGCGCCATAAGTTTGGGCCCCTGGGCTTCAACATCCCCTATGAGTTCACGGATGGAGATCTGCGCATCTGCATCAGC CAGCTCAAGATGTTCCTGGACGAATATGATGACATCCCCTACAAGGTCCTCAAGTACACGGCAGGGGAGATCAATTACGGGGGCCGTGTC ACTGATGACTGGGACCGGCGCTGCATCATGAACATCTTGGAGGACTTCTACAACCCTGACGTGCTCTCCCCTGAGCACAGCTACAGCGCC TCGGGCATCTACCACCAGATCCCGCCTACCTACGACCTCCACGGCTACCTCTCCTACATCAAGAGCCTCCCACTCAATGATATGCCTGAG ATCTTTGGCCTGCATGACAATGCCAACATCACCTTTGCCCAGAACGAGACGTTCGCCCTCCTGGGCACCATCATCCAGCTGCAACCCAAA TCATCTTCTGCAGGCAGCCAGGGCCGGGAGGAGATAGTGGAGGACGTCACCCAAAACATTCTGCTCAAGGTGCCTGAGCCTATCAACTTG CAATGGGTGATGGCCAAGTACCCAGTGCTGTATGAGGAATCAATGAACACAGTACTAGTACAAGAGGTCATTAGGTACAATCGGCTGCTG CAGGTGATCACACAGACACTGCAAGACCTACTCAAGGCACTCAAGGGGCTGGTAGTGATGTCCTCTCAGCTGGAGCTGATGGCTGCCAGC CTGTACAACAATACTGTGCCTGAGCTCTGGAGTGCCAAGGCCTACCCATCGCTCAAGCCTCTGTCATCATGGGTCATGGACCTGCTGCAA CGCCTGGACTTTCTGCAGGCCTGGATCCAAGATGGCATCCCAGCTGTCTTCTGGATCAGTGGATTCTTCTTCCCCCAGGCTTTCTTAACA GGCACTCTGCAGAATTTTGCCCGCAAATTTGTCATCTCCATTGACACCATCTCCTTTGATTTCAAGGTGATGTTTGAGGCACCATCAGAG TTAACACAAAGACCCCAAGTAGGGTGCTATATCCATGGATTATTCCTGGAAGGTGCCCGCTGGGATCCAGAGGCCTTCCAGCTGGCTGAG TCTCAGCCCAAGGAGCTGTACACAGAGATGGCCGTTATCTGGCTCTTGCCAACACCCAACCGCAAGGCCCAGGACCAGGACTTTTACCTG TGCCCCATCTACAAGACACTGACTCGTGCTGGAACACTATCAACCACAGGACACTCTACCAACTATGTCATTGCTGTGGAGATCCCCACC CATCAGCCCCAGCGACACTGGATAAAGCGTGGTGTGGCCCTCATCTGTGCCCTGGACTACTAGACTCAGACAGAAGGGCTGGGGCCATTA >12319_12319_6_CACNA1D-DNAH1_CACNA1D_chr3_53535747_ENST00000422281_DNAH1_chr3_52391630_ENST00000420323_length(amino acids)=3140AA_BP=161 MMMMMMMKKMQHQRQQQADHANEANYARGTRLPLSGEGPTSQPNSSKQTVLSWQAAIDAARQAKAAQTMSTSAPPPVGSLSQRKRQQYAK SKKQGNSSNSRPARALFCLSLNNPIRRACISIVEWKPFDIFILLAIFANCVALAIYIPFPEDDSNSTNHNLVINVCSDLRMLDSLRDCNK ILDLVQKGLSEYLETKRSAFPRFYFLSDDELLEILSQTKDPTAVQPHLRKCFENIARLLFQEDLEITHMYSAEGEEVQLCFSIYPSSNVE DWLREVERSMKASVHDIIEKAIRAYPTMPRTQWVLNWPGQVTIAGCQTYWTMEVAEALEAGNLRSQLFPQLCQQLSDLVALVRGKLSRMQ RAVLSALIVIEVHAKDVVSKLIQENVVSVNDFQWISQLRYYWTNNDLYIRAVNAEFIYGYEYLGNSGRLVITPLTDRCYLTLTGALHLKF GGAPAGPAGTGKTETTKDLGKALAIQTVVFNCSDQLDFMAMGKFFKGLASAGAWACFDEFNRIDIEVLSVVAQQITTIQKAQQQRVERFM FEGVEIPLVPSCAVFITMNPGYAGRTELPDNLKALFRPVAMMVPDYAMITEISLYSFGFNEASVLAKKITTTFKLSSEQLSSQDHYDFGM RAVKTVISAAGNLKRENPSMNEELICLRAIRDVNVPKFLQEDLKLFSGIVSDLFPTIKEEDTDYGILDEAIREACRNSNLKDVEGFLTKC IQLYETTVVRHGLMLVGPTGSGKSTCYRVLAAAMTSLKGQPSISGGMYEAVNYYVLNPKSITMGQLYGEFDLLTHEWTDGIFSSFIRAGA ITSDTNKKWYMFDGPVDAIWIENMNTVLDDNKKLCLSSGEIIKLTEAMTMMFEVQDLAVASPATVSRCGMVYLEPSILGLMPFIECWLRK LPPLLKPYEEHFKALFVSFLEESISFVRSSVKEVIASTNCNLTMSLLKLLDCFFKPFLPREGLKKIPSEKLSRIVELIEPWFIFSLIWSV GATGDSSGRTSFSHWLRLKMENEQLTLLFPEEGLVFDYRLEDAGISGTNDSEDEEEEYKQVAWVKWMDSSAPFTMVPDTNYCNIIVPTMD TVQMSHLLDMLLTNKKPVLCIGPTGTGKTLTISDKLLKNLALDYISHFLTFSARTSANQTQDFIDSKLDKRRKGVFGPPLGRNFIFFIDD LNMPALETYGAQPPIELLRQWMDHGGWYDRKIIGAFKNLVDINFVCAMGPPGGGRNTVTPRLMRHFNYLSFAEMDEVSKKRIFSTILGNW LDGLLGEKSYRERVPGAPHIAHFTEPLVEATIMVYATITSQLLPTPAKSHYTFNLRDLSKVFQGMLMADPAKVEDQVQLLRLWYHENCRV FRDRLVNEEDRSWFDQLLKRCMEQWEVTFNKVCPFQPILYGDFMSPGSDVKSYELITSESKMMQVIEEYIEDYNQINTAKLKLVLFMDAM SHICRISRTLRQALGNALLLGVGGSGRSSLTRLASHMAEYECFQIELSKNYGMSEWRDDVKKVLLKAGLQNLPITFLFSDTQIKNESFLE DINNVLNSGDIPNLYTADEQDQIVSTMRPYIQEQGLQPTKANLMAAYTGRVRSNIHMVLCMSPIGEVFRARLRQFPSLVNCCTIDWFNEW PAEALKSVATVFLNEIPELESSQEEIQGLIQVCVYIHQSVSKKCIEYLAELTRHNYVTPKSYLELLHIFSILIGQKKLELKTAKNRMKSG LDKLLRTSEDVAKMQEDLESMHPLLEEAAKDTMLTMEQIKVDTAIAEETRNSVQTEEIKANEKAKKAQAIADDAQKDLDEALPALDAALA SLRNLNKNDVTEVRAMQRPPPGVKLVIEAVCIMKGIKPKKVPGEKPGTKVDDYWEPGKGLLQDPGHFLESLFKFDKDNIGDVVIKAIQPY IDNEEFQPATIAKVSKACTSICQWVRAMHKYHFVAKAVEPKRQALLEAQDDLGVTQRILDEAKQRLREVEDGIATMQAKYRECITKKEEL ELKCEQCEQRLGRAGKLINGLSDEKVRWQETVENLQYMLNNISGDVLVAAGFVAYLGPFTGQYRTVLYDSWVKQLRSHNVPHTSEPTLIG TLGNPVKIRSWQIAGLPNDTLSVENGVINQFSQRWTHFIDPQSQANKWIKNMEKDNGLDVFKLSDRDFLRSMENAIRFGKPCLLENVGEE LDPALEPVLLKQTYKQQGNTVLKLGDTVIPYHEDFRMYITTKLPNPHYTPEISTKLTLINFTLSPSGLEDQLLGQVVAEERPDLEEAKNQ LIISNAKMRQELKDIEDQILYRLSSSEGNPVDDMELIKVLEASKMKAAEIQAKVRIAEQTEKDIDLTRMEYIPVAIRTQILFFCVSDLAN VDPMYQYSLEWFLNIFLSGIANSERADNLKKRISNINRYLTYSLYSNVCRSLFEKHKLMFAFLLCVRIMMNEGKINQSEWRYLLSGGSIS IMTENPAPDWLSDRAWRDILALSNLPTFSSFSSDFVKHLSEFRVIFDSLEPHREPLPGIWDQYLDQFQKLLVLRCLRGDKVTNAMQDFVA TNLEPRFIEPQTANLSVVFKDSNSTTPLIFVLSPGTDPAADLYKFAEEMKFSKKLSAISLGQGQGPRAEAMMRSSIERGKWVFFQNCHLA PSWMPALERLIEHINPDKVHRDFRLWLTSLPSNKFPVSILQNGSKMTIEPPRGVRANLLKSYSSLGEDFLNSCHKVMEFKSLLLSLCLFH GNALERHKFGPLGFNIPYEFTDGDLRICISQLKMFLDEYDDIPYKVLKYTAGEINYGGRVTDDWDRRCIMNILEDFYNPDVLSPEHSYSA SGIYHQIPPTYDLHGYLSYIKSLPLNDMPEIFGLHDNANITFAQNETFALLGTIIQLQPKSSSAGSQGREEIVEDVTQNILLKVPEPINL QWVMAKYPVLYEESMNTVLVQEVIRYNRLLQVITQTLQDLLKALKGLVVMSSQLELMAASLYNNTVPELWSAKAYPSLKPLSSWVMDLLQ RLDFLQAWIQDGIPAVFWISGFFFPQAFLTGTLQNFARKFVISIDTISFDFKVMFEAPSELTQRPQVGCYIHGLFLEGARWDPEAFQLAE -------------------------------------------------------------- |
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Fusion Gene PPI Analysis for CACNA1D-DNAH1 |
| Go to ChiPPI (Chimeric Protein-Protein interactions) to see the chimeric PPI interaction in |
| Protein-protein interactors with each fusion partner protein in wild-type (BIOGRID-3.4.160) |
| Hgene | Hgene's interactors | Tgene | Tgene's interactors |
| - Retained PPIs in in-frame fusion. |
| Partner | Gene | Hbp | Tbp | ENST | Strand | BPexon | TotalExon | Protein feature loci | *BPloci | TotalLen | Still interaction with |
| - Lost PPIs in in-frame fusion. |
| Partner | Gene | Hbp | Tbp | ENST | Strand | BPexon | TotalExon | Protein feature loci | *BPloci | TotalLen | Interaction lost with |
| - Retained PPIs, but lost function due to frame-shift fusion. |
| Partner | Gene | Hbp | Tbp | ENST | Strand | BPexon | TotalExon | Protein feature loci | *BPloci | TotalLen | Interaction lost with |
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Related Drugs for CACNA1D-DNAH1 |
| Drugs targeting genes involved in this fusion gene. (DrugBank Version 5.1.8 2021-05-08) |
| Partner | Gene | UniProtAcc | DrugBank ID | Drug name | Drug activity | Drug type | Drug status |
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Related Diseases for CACNA1D-DNAH1 |
| Diseases associated with fusion partners. (DisGeNet 4.0) |
| Partner | Gene | Disease ID | Disease name | # pubmeds | Source |
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