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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:GNL2-DNAH3 (FusionGDB2 ID:33783)

Fusion Gene Summary for GNL2-DNAH3

Fusion gene summary

Fusion gene information	Fusion gene name: GNL2-DNAH3
	Fusion gene ID: 33783
		Hgene	Tgene
	Gene symbol	GNL2	DNAH3
	Gene ID	29889	55567
	Gene name	G protein nucleolar 2	dynein axonemal heavy chain 3
	Synonyms	HUMAUANTIG\|NGP1\|Ngp-1\|Nog2\|Nug2	DNAHC3-B\|DNAHC3B\|HDHC8\|HEL-36\|HSADHC3
	Cytomap	1p34.3	16p12.3
	Type of gene	protein-coding	protein-coding
	Description	nucleolar GTP-binding protein 2autoantigen NGP-1guanine nucleotide binding protein-like 2 (nucleolar)novel nucleolar guanosine 5'-triphosphate binding protein autoantigennucleolar G-protein gene 1nucleolar GTPasenucleostemin-2	dynein heavy chain 3, axonemalaxonemal beta dynein heavy chain 3axonemal dynein, heavy chainciliary dynein heavy chain 3dynein, axonemal, heavy polypeptide 3epididymis luminal protein 36
	Modification date	20200313	20200313
	UniProtAcc	Q13823	Q8TD57
	Ensembl transtripts involved in fusion gene	ENST00000373062, ENST00000462812,	ENST00000261383, ENST00000415178, ENST00000575491,
Fusion gene scores	* DoF score	4 X 4 X 3=48	6 X 5 X 4=120
	# samples	4	5
	** MAII score	log2(4/48*10)=-0.263034405833794 possibly effective Gene in Pan-Cancer Fusion Genes (peGinPCFGs). DoF>8 and MAII<0	log2(5/120*10)=-1.26303440583379 possibly effective Gene in Pan-Cancer Fusion Genes (peGinPCFGs). DoF>8 and MAII<0
Context	PubMed: GNL2 [Title/Abstract] AND DNAH3 [Title/Abstract] AND fusion [Title/Abstract]
Most frequent breakpoint	GNL2(38061360)-DNAH3(21128660), # samples:3
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

Fusion gene breakpoints across GNL2 (5'-gene)
* Click on the image to open the UCSC genome browser with custom track showing this image in a new window.

Fusion gene breakpoints across DNAH3 (3'-gene)
* Click on the image to open the UCSC genome browser with custom track showing this image in a new window.

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	BRCA	TCGA-AR-A0TS-01A	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-
ChimerDB4	BRCA	TCGA-AR-A0TS-01A	GNL2	chr1	38061360	-	DNAH3	chr16	21128660	-

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Fusion Gene ORF analysis for GNL2-DNAH3

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	ENST00000373062	ENST00000261383	GNL2	chr1	38061360	-	DNAH3	chr16	21128660	-
5CDS-intron	ENST00000373062	ENST00000415178	GNL2	chr1	38061360	-	DNAH3	chr16	21128660	-
5CDS-intron	ENST00000373062	ENST00000575491	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-
5CDS-intron	ENST00000373062	ENST00000575491	GNL2	chr1	38061360	-	DNAH3	chr16	21128660	-
In-frame	ENST00000373062	ENST00000261383	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-
In-frame	ENST00000373062	ENST00000415178	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-
intron-3CDS	ENST00000462812	ENST00000261383	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-
intron-3CDS	ENST00000462812	ENST00000415178	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-
intron-intron	ENST00000462812	ENST00000261383	GNL2	chr1	38061360	-	DNAH3	chr16	21128660	-
intron-intron	ENST00000462812	ENST00000415178	GNL2	chr1	38061360	-	DNAH3	chr16	21128660	-
intron-intron	ENST00000462812	ENST00000575491	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-
intron-intron	ENST00000462812	ENST00000575491	GNL2	chr1	38061360	-	DNAH3	chr16	21128660	-

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)
ENST00000373062	GNL2	chr1	38061360	-	ENST00000261383	DNAH3	chr16	21123125	-	10637	163	205	10593	3462
ENST00000373062	GNL2	chr1	38061360	-	ENST00000415178	DNAH3	chr16	21123125	-	10464	163	3819	10463	2214

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
ENST00000373062	ENST00000261383	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-	0.001084987	0.9989151
ENST00000373062	ENST00000415178	GNL2	chr1	38061360	-	DNAH3	chr16	21123125	-	0.009177659	0.9908223

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Fusion Genomic Features for GNL2-DNAH3

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)

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.

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 GNL2-DNAH3

Four levels of functional features of fusion genes
Go to FGviewer search page for the most frequent breakpoint (https://ccsmweb.uth.edu/FGviewer/chr1:38061360/chr16:21128660)
- 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.

Main function of each fusion partner protein. (from UniProt)

Hgene	Tgene
GNL2 Q13823	DNAH3 Q8TD57
FUNCTION: GTPase that associates with pre-60S ribosomal subunits in the nucleolus and is required for their nuclear export and maturation (By similarity). May promote cell proliferation possibly by increasing p53/TP53 protein levels, and consequently those of its downstream product CDKN1A/p21, and decreasing RPL23A protein levels (PubMed:26203195). {ECO:0000250, ECO:0000269\|PubMed:26203195}.	FUNCTION: Force generating protein of respiratory cilia. 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. Involved in sperm motility; implicated in sperm flagellar assembly (By similarity). {ECO:0000250}.

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
download page

* 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

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

785_852

640

4117.0

Coiled coil

Ontology_term=ECO:0000255

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

785_852

640

3012.6666666666665

Coiled coil

Ontology_term=ECO:0000255

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

1429_1436

640

4117.0

Nucleotide binding

ATP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

1710_1717

640

4117.0

Nucleotide binding

ATP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

2074_2081

640

4117.0

Nucleotide binding

ATP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

2434_2441

640

4117.0

Nucleotide binding

ATP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

1429_1436

640

3012.6666666666665

Nucleotide binding

ATP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

1710_1717

640

3012.6666666666665

Nucleotide binding

ATP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

2074_2081

640

3012.6666666666665

Nucleotide binding

ATP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

2434_2441

640

3012.6666666666665

Nucleotide binding

ATP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

1391_1612

640

4117.0

Region

AAA 1

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

1672_1903

640

4117.0

Region

AAA 2

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

2036_2284

640

4117.0

Region

AAA 3

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

2395_2646

640

4117.0

Region

AAA 4

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

2661_2960

640

4117.0

Region

Stalk

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

3045_3275

640

4117.0

Region

AAA 5

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

3488_3712

640

4117.0

Region

AAA 6

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

1391_1612

640

3012.6666666666665

Region

AAA 1

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

1672_1903

640

3012.6666666666665

Region

AAA 2

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

2036_2284

640

3012.6666666666665

Region

AAA 3

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

2395_2646

640

3012.6666666666665

Region

AAA 4

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

2661_2960

640

3012.6666666666665

Region

Stalk

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

3045_3275

640

3012.6666666666665

Region

AAA 5

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

3488_3712

640

3012.6666666666665

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

GNL2

chr1:38061360

chr16:21123125

ENST00000373062

565_571

732.0

Compositional bias

Note=Poly-Glu

Hgene

GNL2

chr1:38061360

chr16:21123125

ENST00000373062

207_368

732.0

Domain

CP-type G

Hgene

GNL2

chr1:38061360

chr16:21123125

ENST00000373062

317_324

732.0

Nucleotide binding

GTP

Hgene

GNL2

chr1:38061360

chr16:21123125

ENST00000373062

361_365

732.0

Nucleotide binding

GTP

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000261383

1_1390

640

4117.0

Region

Stem

Tgene

DNAH3

chr1:38061360

chr16:21123125

ENST00000415178

1_1390

640

3012.6666666666665

Region

Stem

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Fusion Gene Sequence for GNL2-DNAH3

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.

>33783_33783_1_GNL2-DNAH3_GNL2_chr1_38061360_ENST00000373062_DNAH3_chr16_21123125_ENST00000261383_length(transcript)=10637nt_BP=163nt
GTGGTTCAGGCGGGTGTCTTCGGCCGGGCTTGGGAACATAAAAGTTTGTTTCACCACGTAAGCCGGACCTCGCACTCCGGTCCCGGTCTC
GTCGCCAAGATGGTGAAGCCCAAGTACAAAGGACGGAGCACCATCAACCCGTCCAAGGCCAGCACAAACCCAGAAGATCAATGCCATAAA
GAAACGGAGAAATGAAATTGCATCCATGAACATCACCGTGCCTTTAGCCATGTTCTGCCTTGATGCTACGGCCCTAAATCATGATCTCTG
TGAGCGAGCTCAAAATCTTAAAGACCATCTGATTCAATTCCAAGTGGATGTAAACCGAGACACCAATACCAGCATTTGTAATCAGTACAG
CCACATCGCAGACAAAGTCAGTGAGGTTCCTGCCAACACTAAGGAGCTGGTATCCCTCATTGAATTCCTAAAGAAATCCAGTGCTGTCAC
TGTGTTCAAACTCAGGAGGCAACTTAGAGATGCAAGTGAACGGCTGGAGTTCCTGATGGACTATGCAGACTTGCCGTACCAGATTGAAGA
TATCTTTGACAACAGCCGGAACTTGCTCCTTCACAAGAGGGATCAGGCAGAAATGGATCTGATTAAAAGATGCTCAGAATTTGAGTTGAG
ACTTGAGGGCTACCACAGAGAACTGGAAAGTTTTAGGAAGCGCGAAGTGATGACTACAGAAGAAATGAAGCACAATGTTGAAAAGCTTAA
TGAGCTTTCAAAGAACCTAAATCGGGCGTTTGCAGAGTTTGAGTTGATCAATAAGGAGGAAGAGCTATTGGAAAAGGAGAAGAGTACTTA
CCCTCTTCTGCAGGCCATGCTGAAGAACAAAGTACCTTATGAGCAGCTGTGGTCGACAGCCTATGAGTTCAGCATCAAGTCAGAGGAATG
GATGAATGGACCCCTCTTCTTACTGAATGCTGAGCAAATTGCGGAGGAGATAGGGAATATGTGGAGGACAACGTATAAACTGATCAAGAC
CTTGTCTGATGTGCCTGCACCCAGGCGCTTAGCAGAGAATGTGAAGATCAAGATCGATAAGTTCAAGCAGTACATTCCCATCCTCAGTAT
TTCCTGCAACCCAGGAATGAAAGACCGACACTGGCAGCAGATCAGTGAGATTGTTGGCTATGAGATAAAGCCCACCGAAACGACCTGCCT
CTCAAATATGCTCGAATTTGGATTCGGCAAATTCGTTGAAAAATTGGAGCCCATTGGTGCAGCTGCCAGCAAGGAATACTCTCTGGAGAA
AAACTTGGATAGAATGAAGTTGGATTGGGTTAACGTGACGTTCAGCTTCGTGAAATACAGGGACACTGATACAAACATCTTGTGTGCAAT
TGATGACATTCAAATGCTACTTGATGATCACGTGATAAAGACCCAGACCATGTGTGGCTCCCCATTCATCAAACCAATAGAAGCAGAATG
CCGGAAATGGGAAGAAAAGCTAATTCGCATACAAGACAATTTGGATGCCTGGTTGAAATGCCAAGCCACCTGGCTGTACCTGGAACCAAT
CTTCAGTTCAGAGGACATCATAGCCCAGATGCCAGAAGAGGGGAGGAAATTTGGCATTGTTGATAGTTACTGGAAATCACTTATGTCCCA
AGCGGTGAAAGATAACAGGATTCTGGTGGCAGCCGACCAGCCACGGATGGCAGAGAAGCTTCAAGAAGCCAACTTTCTCTTGGAGGACAT
CCAGAAAGGGCTGAATGATTACTTGGAGAAGAAGAGACTATTCTTCCCCAGATTCTTCTTCCTATCAAACGATGAGCTGCTGGAAATCTT
GTCCGAGACAAAGGACCCTCTCCGAGTGCAGCCGCACTTGAAGAAGTGCTTTGAAGGAATTGCCAAGCTTGAGTTTACAGACAATCTGGA
AATTGTGGGCATGATCAGCTCGGAAAAAGAAACTGTTCCATTCATACAGAAAATCTACCCAGCTAATGCCAAGGGCATGGTGGAAAAGTG
GCTCCAGCAGGTGGAGCAGATGATGCTGGCCAGTATGCGAGAAGTCATTGGACTTGGGATTGAAGCATATGTCAAGGTCCCTCGAAATCA
CTGGGTCTTACAGTGGCCTGGACAGGTGGTTATCTGTGTCTCCTCCATCTTTTGGACCCAGGAGGTGTCCCAAGCCCTGGCGGAAAATAC
CTTACTGGATTTTCTGAAAAAGAGCAATGATCAGATTGCGCAGATTGTCCAGCTGGTGCGAGGGAAGCTGAGCAGTGGAGCTCGACTCAC
TCTCGGGGCCCTCACGGTCATCGATGTCCACGCCCGCGACGTGGTGGCCAAGTTATCTGAGGACAGGGTCTCCGATCTGAATGATTTCCA
ATGGATCTCACAGCTGCGCTACTACTGGGTGGCCAAGGATGTGCAGGTGCAGATTATCACCACAGAAGCCTTGTATGGCTATGAGTACCT
GGGAAACTCCCCCCGGCTGGTGATCACACCCCTCACCGACCGCTGCTACAGGACACTGATGGGAGCTTTGAAGCTGAACCTTGGGGGTGC
TCCAGAGGGTCCAGCTGGGACTGGCAAGACAGAAACCACCAAAGATTTGGCCAAAGCCTTGGCTAAGCAGTGTGTGGTCTTCAACTGCTC
CGATGGTTTGGATTACAAAGCTATGGGGAAGTTCTTCAAGGGGCTGGCACAGGCTGGAGCATGGGCGTGCTTTGATGAGTTCAACAGGAT
CGAGGTAGAAGTGCTGTCTGTGGTCGCTCAGCAGATCCTCAGCATCCAACAAGCCATCATTCGGAAGCTAAAGACATTCATCTTTGAAGG
GACTGAGCTCTCTCTGAACCCAACCTGCGCTGTGTTCATCACCATGAACCCCGGGTATGCTGGCAGGGCTGAACTGCCCGACAATCTCAA
GGCCTTGTTCCGGACAGTGGCCATGATGGTCCCAGATTACGCCCTCATTGGAGAAATCTCCCTCTACTCCATGGGGTTTCTGGACTCCAG
AAGTCTCGCCCAGAAGATCGTTGCGACCTACCGCCTGTGCTCGGAACAACTGTCCTCTCAGCATCACTATGACTACGGTATGCGCGCTGT
CAAGTCTGTGCTTACTGCCGCAGGAAACCTGAAGCTCAAGTATCCAGAGGAGAATGAAAGTGTCCTGCTGCTCCGGGCATTGCTTGATGT
CAATCTGGCCAAGTTCTTAGCGCAAGATGTCCCTCTGTTTCAGGGAATTATATCTGATTTATTTCCTGGAGTTGTTCTTCCAAAGCCAGA
CTATGAAGTTTTTCTGAAAGTGCTGAATGATAACATCAAAAAGATGAAACTCCAGCCAGTACCTTGGTTTATAGGGAAAATTATCCAGAT
CTACGAAATGATGCTGGTGAGACATGGCTATATGATTGTAGGAGACCCCATGGGCGGCAAGACCTCTGCTTATAAAGTGTTGGCTGCAGC
TCTCGGCGATTTACACGCAGCCAATCAGATGGAGGAGTTTGCTGTGGAGTACAAGATCATCAACCCCAAGGCTATCACGATGGGGCAGCT
GTATGGGTGCTTTGACCAAGTGAGCCACGAGTGGATGGATGGTGTCCTTGCCAATGCTTTCCGGGAGCAAGCGTCTTCACTCTCTGATGA
TCGCAAGTGGATTATATTTGATGGGCCAGTGGATGCTATTTGGATTGAAAATATGAACACTGTTCTGGATGACAATAAAAAGCTGTGTCT
CATGAGTGGGGAAATTATCCAGATGAACTCCAAGATGAGCCTGATCTTCGAGCCCGCCGACCTCGAGCAAGCCTCTCCAGCCACTGTGAG
CAGGTGTGGGATGATCTACATGGAGCCCCATCAACTAGGCTGGAAGCCCCTGAAGGATTCCTACATGGACACCCTGCCCTCCAGTCTCAC
CAAGGAGCACAAAGAATTGGTCAATGACATGTTCATGTGGCTTGTCCAGCCCTGCCTGGAATTTGGTCGCCTTCATTGTAAATTTGTTGT
CCAGACATCTCCCATCCACCTTGCCTTCTCAATGATGAGACTGTACTCTTCTCTGCTTGATGAAATCAGGGCAGTAGAAGAGGAGGAAAT
GGAATTAGGTGAAGGCCTGTCAAGTCAACAGATCTTTCTCTGGCTCCAAGGACTGTTTCTCTTTTCCTTGGTGTGGACCGTGGCTGGCAC
CATCAACGCAGACAGCAGAAAGAAATTTGATGTGTTTTTCCGCAACCTGATCATGGGCATGGATGATAACCACCCAAGGCCCAAAAGCGT
CAAACTCACCAAAAACAACATCTTTCCAGAAAGAGGAAGCATCTATGATTTTTATTTTATCAAACAAGCTAGTGGACATTGGGAAACGTG
GACACAGTATATCACCAAAGAGGAGGAAAAAGTTCCAGCTGGTGCAAAGGTCTCAGAACTCATCATCCCCACAATGGAGACAGCCCGGCA
GTCCTTCTTCTTGAAAACCTACTTAGACCATGAGATTCCAATGCTGTTCGTGGGTCCCACAGGCACTGGCAAATCAGCCATCACCAACAA
CTTCCTTCTCCACCTTCCCAAAAATACGTACCTACCCAACTGCATCAATTTCTCTGCCAGAACCTCAGCCAATCAGACCCAGGATATCAT
CATGTCCAAGCTGGATCGACGACGGAAGGGCCTTTTCGGGCCTCCCATAGGGAAGAAAGCAGTGGTGTTTGTGGATGACCTCAACATGCC
AGCCAAAGAGGTGTATGGGGCCCAGCCACCCATCGAGCTCCTGAGGCAGTGGATTGACCATGGTTACTGGTTTGACAAAAAAGACACAAC
CAGGCTGGACATCGTGGACATGCTGCTCGTGACAGCCATGGGGCCCCCCGGGGGAGGAAGGAATGACATTACTGGACGATTCACTCGCCA
TCTGAATATCATTTCCATCAATGCCTTTGAGGATGACATTTTAACCAAGATTTTCAGTTCGATTGTTGACTGGCACTTCGGGAAAGGGTT
TGATGTGATGTTTTTAAGGTACGGAAAGATGCTGGTCCAAGCTACTAAGACAATTTATAGAGATGCAGTGGAGAACTTCTTGCCAACTCC
CTCGAAGTCACATTACGTCTTTAACCTGCGGGACTTCTCACGAGTGATTCAAGGGGTCCTGCTGTGCCCTCACACACACCTGCAGGATGT
AGAAAAATGTATCCGGCTTTGGATCCATGAGGTTTATCGGGTCTTCTATGATCGTCTGATTGACAAGGAGGACAGACAGGTCTTTTTCAA
CATGGTGAAGGAAACCACCTCCAATTGCTTCAAGCAGACCATAGAGAAGGTGCTTATCCACTTGTCACCCACTGGAAAGATAGTCGATGA
TAACATTCGAAGCCTCTTCTTTGGAGATTATTTCAAGCCAGAAAGTGACCAAAAAATCTACGATGAGATCACTGACCTGAAACAGCTGAC
TGTGGTCATGGAGCACTATCTGGAAGAATTCAACAACATCAGCAAGGCCCCCATGTCCCTGGTCATGTTCAGGTTTGCCATTGAGCACAT
CTCTAGGATCTGCCGTGTCCTGAAGCAGGACAAAGGCCACCTGCTCCTGGTGGGCATAGGGGGCAGCGGGCGGCAAAGTGCCGCCAAACT
GTCCACATTCATGAACGCATACGAGCTATACCAGATTGAGATCACCAAGAACTACGCAGGCAATGACTGGCGAGAAGATCTTAAGAAGAT
CATACTGCAGGTCGGTGTGGCCACCAAGAGCACCGTGTTCCTCTTCGCCGACAACCAGATCAAGGATGAATCATTCGTGGAGGACATCAA
CATGCTTCTGAACACAGGTGACGTGCCTAACATCTTCCCTGCTGACGAGAAGGCTGACATCGTGGAGAAGATGCAGACTGCAGCCAGGAC
CCAAGGAGAGAAGGTTGAAGTCACTCCTCTTTCTATGTATAACTTCTTTATTGAGAGGGTAATTAACAAAATCTCCTTTTCATTAGCCAT
GAGTCCAATAGGGGATGCCTTCAGGAACCGCCTGCGGATGTTCCCTTCGCTGATCAATTGCTGTACGATTGATTGGTTCCAGTCCTGGCC
CACAGATGCCCTAGAGTTGGTGGCTAACAAATTTCTAGAGGATGTGGAGCTTGATGACAACATTCGGGTAGAGGTCGTGTCCATGTGCAA
ATATTTCCAAGAGAGCGTCAAGAAGCTGTCACTCGATTATTACAACAAACTTCGAAGACACAACTATGTTACCCCCACCTCCTACCTTGA
ATTGATTCTAACCTTCAAGACGCTCCTGAATAGCAAGAGGCAAGAGGTGGCTATGATGAGGAACCGCTACCTGACAGGCTTGCAGAAACT
CGACTTTGCAGCTTCTCAGGTAGCGGTTATGCAAAGAGAACTGACAGCTCTTCAACCTCAACTCATCCTCACCTCCGAGGAAACTGCCAA
GATGATGGTGAAAATTGAAGCGGAGACGAGAGAAGCTGATGGAAAGAAACTTCTGGTGCAGGCAGATGAAAAAGAAGCCAATGTTGCTGC
TGCCATTGCCCAAGGAATCAAGAACGAATGTGAGGGGGACCTAGCTGAGGCAATGCCTGCACTCGAGGCTGCACTAGCTGCTCTGGACAC
CCTGAACCCGGCCGACATCTCGCTGGTGAAGTCGATGCAGAACCCACCAGGCCCTGTCAAACTGGTCATGGAGAGCATCTGCATCATGAA
AGGGATGAAGCCAGAGAGGAAGCCAGACCCCAGTGGCTCCGGTAAGATGATAGAAGATTACTGGGGGGTATCCAAAAAGATTCTTGGGGA
TCTGAAATTCTTGGAGAGTCTTAAGACATATGACAAAGACAACATCCCCCCACTGACCATGAAGCGGATCCGGGAAAGGTTTATCAATCA
CCCGGAATTCCAGCCAGCTGTCATTAAAAATGTATCGTCGGCCTGCGAGGGTCTGTGCAAGTGGGTGAGGGCCATGGAGGTGTACGATCG
CGTGGCCAAGGTGGTGGCTCCCAAACGGGAGCGACTGAGGGAGGCAGAGGGGAAGCTGGCTGCACAGATGCAGAAGCTGAACCAGAAAAG
AGCAGAGCTGAAGCTGGTGGTAGATCGGCTCCAGGCCCTGAATGACGACTTTGAAGAGATGAACACCAAGAAAAAGGACTTGGAGGAAAA
CATTGAAATCTGCTCCCAAAAGCTGGTCAGGGCAGAGAAACTGATCAGTGGTCTTGGGGGAGAGAAGGACAGATGGACCGAAGCTGCCCG
ACAGCTGGGGATCCGCTATACTAATCTGACTGGTGACGTGTTGCTGTCCTCAGGAACTGTGGCTTACCTGGGCGCTTTTACAGTGGATTA
TCGGGTCCAGTGCCAAAATCAGTGGTTGGCTGAATGTAAGGACAAGGTCATCCCTGGCTTCAGTGACTTCAGTCTCAGCCACACGTTAGG
GGATCCCATAAAAATCCGTGCCTGGCAGATTGCTGGGCTTCCCGTTGACTCCTTCTCCATCGACAATGGCATCATTGTATCCAATTCCAG
ACGCTGGGCCTTAATGATTGACCCTCACGGGCAGGCCAATAAATGGATTAAGAACATGGAGAAGGCGAATAAACTGGCTGTCATCAAGTT
CTCTGATAGCAACTACATGAGGATGCTGGAAAACGCGCTGCAGTTAGGCACCCCTGTCTTGATTGAAAACATTGGAGAAGAGCTGGATGC
TTCTATCGAACCTATCTTGCTCAAGGCAACATTCAAACAGCAAGGAGTTGAGTACATGAGGCTGGGTGAAAACATCATTGAATATTCCAG
GGATTTTAAGTTATACATCACAACCCGTTTGAGGAATCCACATTACCTCCCAGAAGTTGCCGTGAAGGTCTGTCTCCTCAACTTCATGAT
CACCCCCTTGGGTCTCCAAGATCAACTCCTTGGCATCGTGGCTGCGAAGGAGAAGCCAGAGCTGGAAGAGAAAAAGAACCAGTTGATTGT
GGAAAGTGCCAAGAACAAGAAGCATCTCAAGGAAATTGAAGATAAGATCTTGGAGGTTCTCTCCATGTCCAAGGGTAACATCCTGGAGGA
TGAAACCGCCATCAAAGTTCTGTCCTCCTCCAAAGTGCTATCTGAAGAGATCTCAGAGAAACAGAAAGTTGCTTCCATGACAGAAACGCA
GATTGACGAGACTCGGATGGGCTACAAGCCAGTGGCTGTGCATTCTGCCACCATCTTCTTTTGTATCTCGGACCTGGCCAACATCGAGCC
GATGTACCAGTACTCCCTGACTTGGTTCATAAATCTCTACATGCATTCCTTGACCCACAGCACGAAGAGCGAGGAACTGAATCTGCGCAT
CAAGTACATCATTGACCATTTCACCCTGAGCATCTACAACAACGTGTGCCGTTCTCTGTTTGAGAAGGACAAGCTACTCTTCTCTCTCCT
CCTGACCATCGGCATCATGAAACAGAAGAAGGAAATTACGGAGGAGGTGTGGTACTTCCTTCTCACTGGAGGCATCGCACTGGATAACCC
CTACCCCAATCCAGCTCCCCAATGGCTGTCTGAGAAGGCATGGGCAGAGATTGTCCGTGCATCTGCCTTACCCAAACTGCATGGCCTGAT
GGAGCATTTGGAACAGAACCTGGGTGAATGGAAGCTGATCTATGACTCGGCCTGGCCCCATGAGGAGCAACTCCCTGGGTCTTGGAAGTT
CTCTCAAGGATTGGAGAAGATGGTGATCCTTCGATGTTTGCGGCCTGACAAAATGGTGCCAGCGGTCCGGGAGTTCATTGCTGAACATAT
GGGAAAGCTGTATATCGAAGCCCCTACGTTCGATCTCCAGGGATCCTACAATGATTCCAGCTGCTGTGCGCCTTTGATTTTTGTGTTGTC
TCCAAGTGCAGACCCAATGGCAGGCCTGCTGAAGTTTGCTGATGATCTTGGTATGGGAGGTACCAGAACACAGACCATCTCCCTTGGCCA
AGGCCAAGGCCCTATTGCTGCCAAAATGATCAACAATGCCATCAAAGACGGGACCTGGGTGGTCTTACAGAACTGCCACCTGGCCGCAAG
CTGGATGCCTACCCTGGAGAAGATTTGTGAGGAGGTGATTGTTCCTGAGAGCACCAATGCCAGATTCAGACTCTGGCTAACCAGCTATCC
ATCAGAGAAGTTTCCAGTCAGCATTCTCCAGAATGGAATCAAAATGACCAATGAGCCCCCCAAAGGGCTCCGGGCCAACCTGTTGCGCTC
CTACCTCAATGACCCCATCTCAGATCCTGTGTTCTTCCAAAGCTGTGCAAAGGCGGTGATGTGGCAAAAGATGTTATTTGGCCTTTGTTT
CTTCCACGCCGTTGTTCAAGAGAGAAGAAACTTCGGCCCCCTAGGGTGGAATATTCCCTATGAATTCAACGAATCTGACCTGAGGATTAG
TATGTGGCAGATCCAGATGTTTCTCAATGACTACAAGGAGGTGCCCTTTGATGCTCTGACCTACCTGACAGGGGAATGTAATTACGGAGG
CAGAGTGACTGATGACAAAGACCGGCGTCTCCTGCTGTCACTTCTGTCCATGTTCTACTGTAAGGAAATTGAGGAGGACTATTACTCCCT
CGCTCCTGGAGACACTTACTACATCCCTCCTCATGGCTCCTACCAGTCCTATATCGACTATCTCAGGAATCTCCCCATCACAGCCCACCC
AGAAGTGTTCGGCCTCCATGAGAACGCAGACATCACCAAAGACAACCAGGAAACCAACCAGCTGTTTGAGGGGGTCCTGCTGACCCTCCC
TAGACAGTCAGGAGGAAGTGGCAAGTCCCCTCAGGAAGTGGTTGAGGAGTTGGCACAAGACATTCTCTCCAAGCTTCCCAGAGACTTTGA
CCTGGAAGAGGTCATGAAGTTGTACCCCGTGGTCTATGAAGAATCCATGAATACCGTCCTAAGGCAGGAGCTCATCAGATTCAACAGGCT
GACCAAAGTGGTTCGGAGGAGCCTCATCAATCTTGGCCGAGCCATCAAAGGACAGGTCCTGATGTCCTCGGAGCTAGAGGAAGTCTTTAA
CAGCATGCTTGTGGGTAAAGTGCCAGCCATGTGGGCAGCCAAGTCTTACCCATCACTGAAGCCTCTGGGGGGCTACGTGGCTGACCTGCT
GGCCCGCCTGACCTTCTTCCAGGAATGGATTGACAAGGGGCCCCCTGTGGTATTTTGGATCTCTGGATTCTACTTCACACAGTCTTTTTT
GACTGGCGTCTCTCAAAATTATGCCCGGAAATATACCATCCCCATTGACCACATTGGATTTGAGTTTGAGGTAACCCCACAAGAAACAGT
GATGGAGAATAACCCCGAAGATGGGGCCTACATCAAAGGGCTCTTCTTAGAAGGTGCCCGTTGGGACAGGAAAACGATGCAGATTGGGGA
ATCTCTCCCCAAAATCCTCTATGACCCACTGCCCATCATTTGGCTGAAACCTGGGGAGAGCGCAATGTTTCTGCATCAGGACATCTATGT
GTGTCCAGTCTACAAAACAAGTGCCCGCAGAGGAACCCTCTCCACCACAGGCCACTCTACCAACTATGTCCTCTCCATTGAGCTTCCAAC
AGACATGCCCCAGAAGCACTGGATAAACCGAGGGGTGGCCTCACTGTGCCAGCTGGATAACTGATGGCATTTGTCTCAAGACAGAAAATA

>33783_33783_1_GNL2-DNAH3_GNL2_chr1_38061360_ENST00000373062_DNAH3_chr16_21123125_ENST00000261383_length(amino acids)=3462AA_BP=
MNITVPLAMFCLDATALNHDLCERAQNLKDHLIQFQVDVNRDTNTSICNQYSHIADKVSEVPANTKELVSLIEFLKKSSAVTVFKLRRQL
RDASERLEFLMDYADLPYQIEDIFDNSRNLLLHKRDQAEMDLIKRCSEFELRLEGYHRELESFRKREVMTTEEMKHNVEKLNELSKNLNR
AFAEFELINKEEELLEKEKSTYPLLQAMLKNKVPYEQLWSTAYEFSIKSEEWMNGPLFLLNAEQIAEEIGNMWRTTYKLIKTLSDVPAPR
RLAENVKIKIDKFKQYIPILSISCNPGMKDRHWQQISEIVGYEIKPTETTCLSNMLEFGFGKFVEKLEPIGAAASKEYSLEKNLDRMKLD
WVNVTFSFVKYRDTDTNILCAIDDIQMLLDDHVIKTQTMCGSPFIKPIEAECRKWEEKLIRIQDNLDAWLKCQATWLYLEPIFSSEDIIA
QMPEEGRKFGIVDSYWKSLMSQAVKDNRILVAADQPRMAEKLQEANFLLEDIQKGLNDYLEKKRLFFPRFFFLSNDELLEILSETKDPLR
VQPHLKKCFEGIAKLEFTDNLEIVGMISSEKETVPFIQKIYPANAKGMVEKWLQQVEQMMLASMREVIGLGIEAYVKVPRNHWVLQWPGQ
VVICVSSIFWTQEVSQALAENTLLDFLKKSNDQIAQIVQLVRGKLSSGARLTLGALTVIDVHARDVVAKLSEDRVSDLNDFQWISQLRYY
WVAKDVQVQIITTEALYGYEYLGNSPRLVITPLTDRCYRTLMGALKLNLGGAPEGPAGTGKTETTKDLAKALAKQCVVFNCSDGLDYKAM
GKFFKGLAQAGAWACFDEFNRIEVEVLSVVAQQILSIQQAIIRKLKTFIFEGTELSLNPTCAVFITMNPGYAGRAELPDNLKALFRTVAM
MVPDYALIGEISLYSMGFLDSRSLAQKIVATYRLCSEQLSSQHHYDYGMRAVKSVLTAAGNLKLKYPEENESVLLLRALLDVNLAKFLAQ
DVPLFQGIISDLFPGVVLPKPDYEVFLKVLNDNIKKMKLQPVPWFIGKIIQIYEMMLVRHGYMIVGDPMGGKTSAYKVLAAALGDLHAAN
QMEEFAVEYKIINPKAITMGQLYGCFDQVSHEWMDGVLANAFREQASSLSDDRKWIIFDGPVDAIWIENMNTVLDDNKKLCLMSGEIIQM
NSKMSLIFEPADLEQASPATVSRCGMIYMEPHQLGWKPLKDSYMDTLPSSLTKEHKELVNDMFMWLVQPCLEFGRLHCKFVVQTSPIHLA
FSMMRLYSSLLDEIRAVEEEEMELGEGLSSQQIFLWLQGLFLFSLVWTVAGTINADSRKKFDVFFRNLIMGMDDNHPRPKSVKLTKNNIF
PERGSIYDFYFIKQASGHWETWTQYITKEEEKVPAGAKVSELIIPTMETARQSFFLKTYLDHEIPMLFVGPTGTGKSAITNNFLLHLPKN
TYLPNCINFSARTSANQTQDIIMSKLDRRRKGLFGPPIGKKAVVFVDDLNMPAKEVYGAQPPIELLRQWIDHGYWFDKKDTTRLDIVDML
LVTAMGPPGGGRNDITGRFTRHLNIISINAFEDDILTKIFSSIVDWHFGKGFDVMFLRYGKMLVQATKTIYRDAVENFLPTPSKSHYVFN
LRDFSRVIQGVLLCPHTHLQDVEKCIRLWIHEVYRVFYDRLIDKEDRQVFFNMVKETTSNCFKQTIEKVLIHLSPTGKIVDDNIRSLFFG
DYFKPESDQKIYDEITDLKQLTVVMEHYLEEFNNISKAPMSLVMFRFAIEHISRICRVLKQDKGHLLLVGIGGSGRQSAAKLSTFMNAYE
LYQIEITKNYAGNDWREDLKKIILQVGVATKSTVFLFADNQIKDESFVEDINMLLNTGDVPNIFPADEKADIVEKMQTAARTQGEKVEVT
PLSMYNFFIERVINKISFSLAMSPIGDAFRNRLRMFPSLINCCTIDWFQSWPTDALELVANKFLEDVELDDNIRVEVVSMCKYFQESVKK
LSLDYYNKLRRHNYVTPTSYLELILTFKTLLNSKRQEVAMMRNRYLTGLQKLDFAASQVAVMQRELTALQPQLILTSEETAKMMVKIEAE
TREADGKKLLVQADEKEANVAAAIAQGIKNECEGDLAEAMPALEAALAALDTLNPADISLVKSMQNPPGPVKLVMESICIMKGMKPERKP
DPSGSGKMIEDYWGVSKKILGDLKFLESLKTYDKDNIPPLTMKRIRERFINHPEFQPAVIKNVSSACEGLCKWVRAMEVYDRVAKVVAPK
RERLREAEGKLAAQMQKLNQKRAELKLVVDRLQALNDDFEEMNTKKKDLEENIEICSQKLVRAEKLISGLGGEKDRWTEAARQLGIRYTN
LTGDVLLSSGTVAYLGAFTVDYRVQCQNQWLAECKDKVIPGFSDFSLSHTLGDPIKIRAWQIAGLPVDSFSIDNGIIVSNSRRWALMIDP
HGQANKWIKNMEKANKLAVIKFSDSNYMRMLENALQLGTPVLIENIGEELDASIEPILLKATFKQQGVEYMRLGENIIEYSRDFKLYITT
RLRNPHYLPEVAVKVCLLNFMITPLGLQDQLLGIVAAKEKPELEEKKNQLIVESAKNKKHLKEIEDKILEVLSMSKGNILEDETAIKVLS
SSKVLSEEISEKQKVASMTETQIDETRMGYKPVAVHSATIFFCISDLANIEPMYQYSLTWFINLYMHSLTHSTKSEELNLRIKYIIDHFT
LSIYNNVCRSLFEKDKLLFSLLLTIGIMKQKKEITEEVWYFLLTGGIALDNPYPNPAPQWLSEKAWAEIVRASALPKLHGLMEHLEQNLG
EWKLIYDSAWPHEEQLPGSWKFSQGLEKMVILRCLRPDKMVPAVREFIAEHMGKLYIEAPTFDLQGSYNDSSCCAPLIFVLSPSADPMAG
LLKFADDLGMGGTRTQTISLGQGQGPIAAKMINNAIKDGTWVVLQNCHLAASWMPTLEKICEEVIVPESTNARFRLWLTSYPSEKFPVSI
LQNGIKMTNEPPKGLRANLLRSYLNDPISDPVFFQSCAKAVMWQKMLFGLCFFHAVVQERRNFGPLGWNIPYEFNESDLRISMWQIQMFL
NDYKEVPFDALTYLTGECNYGGRVTDDKDRRLLLSLLSMFYCKEIEEDYYSLAPGDTYYIPPHGSYQSYIDYLRNLPITAHPEVFGLHEN
ADITKDNQETNQLFEGVLLTLPRQSGGSGKSPQEVVEELAQDILSKLPRDFDLEEVMKLYPVVYEESMNTVLRQELIRFNRLTKVVRRSL
INLGRAIKGQVLMSSELEEVFNSMLVGKVPAMWAAKSYPSLKPLGGYVADLLARLTFFQEWIDKGPPVVFWISGFYFTQSFLTGVSQNYA
RKYTIPIDHIGFEFEVTPQETVMENNPEDGAYIKGLFLEGARWDRKTMQIGESLPKILYDPLPIIWLKPGESAMFLHQDIYVCPVYKTSA

--------------------------------------------------------------
>33783_33783_2_GNL2-DNAH3_GNL2_chr1_38061360_ENST00000373062_DNAH3_chr16_21123125_ENST00000415178_length(transcript)=10464nt_BP=163nt
GTGGTTCAGGCGGGTGTCTTCGGCCGGGCTTGGGAACATAAAAGTTTGTTTCACCACGTAAGCCGGACCTCGCACTCCGGTCCCGGTCTC
GTCGCCAAGATGGTGAAGCCCAAGTACAAAGGACGGAGCACCATCAACCCGTCCAAGGCCAGCACAAACCCAGAAGATCAATGCCATAAA
GAAACGGAGAAATGAAATTGCATCCATGAACATCACCGTGCCTTTAGCCATGTTCTGCCTTGATGCTACGGCCCTAAATCATGATCTCTG
TGAGCGAGCTCAAAATCTTAAAGACCATCTGATTCAATTCCAAGTGGATGTAAACCGAGACACCAATACCAGCATTTGTAATCAGTACAG
CCACATCGCAGACAAAGTCAGTGAGGTTCCTGCCAACACTAAGGAGCTGGTATCCCTCATTGAATTCCTAAAGAAATCCAGTGCTGTCAC
TGTGTTCAAACTCAGGAGGCAACTTAGAGATGCAAGTGAACGGCTGGAGTTCCTGATGGACTATGCAGACTTGCCGTACCAGATTGAAGA
TATCTTTGACAACAGCCGGAACTTGCTCCTTCACAAGAGGGATCAGGCAGAAATGGATCTGATTAAAAGATGCTCAGAATTTGAGTTGAG
ACTTGAGGGCTACCACAGAGAACTGGAAAGTTTTAGGAAGCGCGAAGTGATGACTACAGAAGAAATGAAGCACAATGTTGAAAAGCTTAA
TGAGCTTTCAAAGAACCTAAATCGGGCGTTTGCAGAGTTTGAGTTGATCAATAAGGAGGAAGAGCTATTGGAAAAGGAGAAGAGTACTTA
CCCTCTTCTGCAGGCCATGCTGAAGAACAAAGTACCTTATGAGCAGCTGTGGTCGACAGCCTATGAGTTCAGCATCAAGTCAGAGGAATG
GATGAATGGACCCCTCTTCTTACTGAATGCTGAGCAAATTGCGGAGGAGATAGGGAATATGTGGAGGACAACGTATAAACTGATCAAGAC
CTTGTCTGATGTGCCTGCACCCAGGCGCTTAGCAGAGAATGTGAAGATCAAGATCGATAAGTTCAAGCAGTACATTCCCATCCTCAGTAT
TTCCTGCAACCCAGGAATGAAAGACCGACACTGGCAGCAGATCAGTGAGATTGTTGGCTATGAGATAAAGCCCACCGAAACGACCTGCCT
CTCAAATATGCTCGAATTTGGATTCGGCAAATTCGTTGAAAAATTGGAGCCCATTGGTGCAGCTGCCAGCAAGGAATACTCTCTGGAGAA
AAACTTGGATAGAATGAAGTTGGATTGGGTTAACGTGACGTTCAGCTTCGTGAAATACAGGGACACTGATACAAACATCTTGTGTGCAAT
TGATGACATTCAAATGCTACTTGATGATCACGTGATAAAGACCCAGACCATGTGTGGCTCCCCATTCATCAAACCAATAGAAGCAGAATG
CCGGAAATGGGAAGAAAAGCTAATTCGCATACAAGACAATTTGGATGCCTGGTTGAAATGCCAAGCCACCTGGCTGTACCTGGAACCAAT
CTTCAGTTCAGAGGACATCATAGCCCAGATGCCAGAAGAGGGGAGGAAATTTGGCATTGTTGATAGTTACTGGAAATCACTTATGTCCCA
AGCGGTGAAAGATAACAGGATTCTGGTGGCAGCCGACCAGCCACGGATGGCAGAGAAGCTTCAAGAAGCCAACTTTCTCTTGGAGGACAT
CCAGAAAGGGCTGAATGATTACTTGGAGAAGAAGAGACTATTCTTCCCCAGATTCTTCTTCCTATCAAACGATGAGCTGCTGGAAATCTT
GTCCGAGACAAAGGACCCTCTCCGAGTGCAGCCGCACTTGAAGAAGTGCTTTGAAGGAATTGCCAAGCTTGAGTTTACAGACAATCTGGA
AATTGTGGGCATGATCAGCTCGGAAAAAGAAACTGTTCCATTCATACAGAAAATCTACCCAGCTAATGCCAAGGGCATGGTGGAAAAGTG
GCTCCAGCAGGTGGAGCAGATGATGCTGGCCAGTATGCGAGAAGTCATTGGACTTGGGATTGAAGCATATGTCAAGGTCCCTCGAAATCA
CTGGGTCTTACAGTGGCCTGGACAGGTGGTTATCTGTGTCTCCTCCATCTTTTGGACCCAGGAGGTGTCCCAAGCCCTGGCGGAAAATAC
CTTACTGGATTTTCTGAAAAAGAGCAATGATCAGATTGCGCAGATTGTCCAGCTGGTGCGAGGGAAGCTGAGCAGTGGAGCTCGACTCAC
TCTCGGGGCCCTCACGGTCATCGATGTCCACGCCCGCGACGTGGTGGCCAAGTTATCTGAGGACAGGGTCTCCGATCTGAATGATTTCCA
ATGGATCTCACAGCTGCGCTACTACTGGGTGGCCAAGGATGTGCAGGTGCAGATTATCACCACAGAAGCCTTGTATGGCTATGAGTACCT
GGGAAACTCCCCCCGGCTGGTGATCACACCCCTCACCGACCGCTGCTACAGGACACTGATGGGAGCTTTGAAGCTGAACCTTGGGGGTGC
TCCAGAGGGTCCAGCTGGGACTGGCAAGACAGAAACCACCAAAGATTTGGCCAAAGCCTTGGCTAAGCAGTGTGTGGTCTTCAACTGCTC
CGATGGTTTGGATTACAAAGCTATGGGGAAGTTCTTCAAGGGGCTGGCACAGGCTGGAGCATGGGCGTGCTTTGATGAGTTCAACAGGAT
CGAGGTAGAAGTGCTGTCTGTGGTCGCTCAGCAGATCCTCAGCATCCAACAAGCCATCATTCGGAAGCTAAAGACATTCATCTTTGAAGG
GACTGAGCTCTCTCTGAACCCAACCTGCGCTGTGTTCATCACCATGAACCCCGGGTATGCTGGCAGGGCTGAACTGCCCGACAATCTCAA
GGCCTTGTTCCGGACAGTGGCCATGATGGTCCCAGATTACGCCCTCATTGGAGAAATCTCCCTCTACTCCATGGGGTTTCTGGACTCCAG
AAGTCTCGCCCAGAAGATCGTTGCGACCTACCGCCTGTGCTCGGAACAACTGTCCTCTCAGCATCACTATGACTACGGTATGCGCGCTGT
CAAGTCTGTGCTTACTGCCGCAGGAAACCTGAAGCTCAAGTATCCAGAGGAGAATGAAAGTGTCCTGCTGCTCCGGGCATTGCTTGATGT
CAATCTGGCCAAGTTCTTAGCGCAAGATGTCCCTCTGTTTCAGGGAATTATATCTGATTTATTTCCTGGAGTTGTTCTTCCAAAGCCAGA
CTATGAAGTTTTTCTGAAAGTGCTGAATGATAACATCAAAAAGATGAAACTCCAGCCAGTACCTTGGTTTATAGGGAAAATTATCCAGAT
CTACGAAATGATGCTGGTGAGACATGGCTATATGATTGTAGGAGACCCCATGGGCGGCAAGACCTCTGCTTATAAAGTGTTGGCTGCAGC
TCTCGGCGATTTACACGCAGCCAATCAGATGGAGGAGTTTGCTGTGGAGTACAAGATCATCAACCCCAAGGCTATCACGATGGGGCAGCT
GTATGGGTGCTTTGACCAAGTGAGCCACGAGTGGATGGATGGTGTCCTTGCCAATGCTTTCCGGGAGCAAGCGTCTTCACTCTCTGATGA
TCGCAAGTGGATTATATTTGATGGGCCAGTGGATGCTATTTGGATTGAAAATATGAACACTGTTCTGGATGACAATAAAAAGCTGTGTCT
CATGAGTGGGGAAATTATCCAGATGAACTCCAAGATGAGCCTGATCTTCGAGCCCGCCGACCTCGAGCAAGCCTCTCCAGCCACTGTGAG
CAGGTGTGGGATGATCTACATGGAGCCCCATCAACTAGGCTGGAAGCCCCTGAAGGATTCCTACATGGACACCCTGCCCTCCAGTCTCAC
CAAGGAGCACAAAGAATTGATGAAATCAGGGCAGTAGAAGAGGAGGAAATGGAATTAGGTGAAGGCCTGTCAAGTCAACAGATCTTTCTC
TGGCTCCAAGGACTGTTTCTCTTTTCCTTGGTGTGGACCGTGGCTGGCACCATCAACGCAGACAGCAGAAAGAAATTTGATGTGTTTTTC
CGCAACCTGATCATGGGCATGGATGATAACCACCCAAGGCCCAAAAGCGTCAAACTCACCAAAAACAACATCTTTCCAGAAAGAGGAAGC
ATCTATGATTTTTATTTTATCAAACAAGCTAGTGGACATTGGGAAACGTGGACACAGTATATCACCAAAGAGGAGGAAAAAGTTCCAGCT
GGTGCAAAGGTCTCAGAACTCATCATCCCCACAATGGAGACAGCCCGGCAGTCCTTCTTCTTGAAAACCTACTTAGACCATGAGATTCCA
ATGCTGTTCGTGGGTCCCACAGGCACTGGCAAATCAGCCATCACCAACAACTTCCTTCTCCACCTTCCCAAAAATACGTACCTACCCAAC
TGCATCAATTTCTCTGCCAGAACCTCAGCCAATCAGACCCAGGATATCATCATGTCCAAGCTGGATCGACGACGGAAGGGCCTTTTCGGG
CCTCCCATAGGGAAGAAAGCAGTGGTGTTTGTGGATGACCTCAACATGCCAGCCAAAGAGGTGTATGGGGCCCAGCCACCCATCGAGCTC
CTGAGGCAGTGGATTGACCATGGTTACTGGTTTGACAAAAAAGACACAACCAGGCTGGACATCGTGGACATGCTGCTCGTGACAGCCATG
GGGCCCCCCGGGGGAGGAAGGAATGACATTACTGGACGATTCACTCGCCATCTGAATATCATTTCCATCAATGCCTTTGAGGATGACATT
TTAACCAAGATTTTCAGTTCGATTGTTGACTGGCACTTCGGGAAAGGGTTTGATGTGATGTTTTTAAGGTACGGAAAGATGCTGGTCCAA
GCTACTAAGACAATTTATAGAGATGCAGTGGAGAACTTCTTGCCAACTCCCTCGAAGTCACATTACGTCTTTAACCTGCGGGACTTCTCA
CGAGTGATTCAAGGGGTCCTGCTGTGCCCTCACACACACCTGCAGGATGTAGAAAAATGTATCCGGCTTTGGATCCATGAGGTTTATCGG
GTCTTCTATGATCGTCTGATTGACAAGGAGGACAGACAGGTCTTTTTCAACATGGTGAAGGAAACCACCTCCAATTGCTTCAAGCAGACC
ATAGAGAAGGTGCTTATCCACTTGTCACCCACTGGAAAGATAGTCGATGATAACATTCGAAGCCTCTTCTTTGGAGATTATTTCAAGCCA
GAAAGTGACCAAAAAATCTACGATGAGATCACTGACCTGAAACAGCTGACTGTGGTCATGGAGCACTATCTGGAAGAATTCAACAACATC
AGCAAGGCCCCCATGTCCCTGGTCATGTTCAGGTTTGCCATTGAGCACATCTCTAGGATCTGCCGTGTCCTGAAGCAGGACAAAGGCCAC
CTGCTCCTGGTGGGCATAGGGGGCAGCGGGCGGCAAAGTGCCGCCAAACTGTCCACATTCATGAACGCATACGAGCTATACCAGATTGAG
ATCACCAAGAACTACGCAGGCAATGACTGGCGAGAAGATCTTAAGAAGATCATACTGCAGGTCGGTGTGGCCACCAAGAGCACCGTGTTC
CTCTTCGCCGACAACCAGATCAAGGATGAATCATTCGTGGAGGACATCAACATGCTTCTGAACACAGGTGACGTGCCTAACATCTTCCCT
GCTGACGAGAAGGCTGACATCGTGGAGAAGATGCAGACTGCAGCCAGGACCCAAGGAGAGAAGGTTGAAGTCACTCCTCTTTCTATGTAT
AACTTCTTTATTGAGAGGGTAATTAACAAAATCTCCTTTTCATTAGCCATGAGTCCAATAGGGGATGCCTTCAGGAACCGCCTGCGGATG
TTCCCTTCGCTGATCAATTGCTGTACGATTGATTGGTTCCAGTCCTGGCCCACAGATGCCCTAGAGTTGGTGGCTAACAAATTTCTAGAG
GATGTGGAGCTTGATGACAACATTCGGGTAGAGGTCGTGTCCATGTGCAAATATTTCCAAGAGAGCGTCAAGAAGCTGTCACTCGATTAT
TACAACAAACTTCGAAGACACAACTATGTTACCCCCACCTCCTACCTTGAATTGATTCTAACCTTCAAGACGCTCCTGAATAGCAAGAGG
CAAGAGGTGGCTATGATGAGGAACCGCTACCTGACAGGCTTGCAGAAACTCGACTTTGCAGCTTCTCAGGTAGCGGTTATGCAAAGAGAA
CTGACAGCTCTTCAACCTCAACTCATCCTCACCTCCGAGGAAACTGCCAAGATGATGGTGAAAATTGAAGCGGAGACGAGAGAAGCTGAT
GGAAAGAAACTTCTGGTGCAGGCAGATGAAAAAGAAGCCAATGTTGCTGCTGCCATTGCCCAAGGAATCAAGAACGAATGTGAGGGGGAC
CTAGCTGAGGCAATGCCTGCACTCGAGGCTGCACTAGCTGCTCTGGACACCCTGAACCCGGCCGACATCTCGCTGGTGAAGTCGATGCAG
AACCCACCAGGCCCTGTCAAACTGGTCATGGAGAGCATCTGCATCATGAAAGGGATGAAGCCAGAGAGGAAGCCAGACCCCAGTGGCTCC
GGTAAGATGATAGAAGATTACTGGGGGGTATCCAAAAAGATTCTTGGGGATCTGAAATTCTTGGAGAGTCTTAAGACATATGACAAAGAC
AACATCCCCCCACTGACCATGAAGCGGATCCGGGAAAGGTTTATCAATCACCCGGAATTCCAGCCAGCTGTCATTAAAAATGTATCGTCG
GCCTGCGAGGGTCTGTGCAAGTGGGTGAGGGCCATGGAGGTGTACGATCGCGTGGCCAAGGTGGTGGCTCCCAAACGGGAGCGACTGAGG
GAGGCAGAGGGGAAGCTGGCTGCACAGATGCAGAAGCTGAACCAGAAAAGAGCAGAGCTGAAGCTGGTGGTAGATCGGCTCCAGGCCCTG
AATGACGACTTTGAAGAGATGAACACCAAGAAAAAGGACTTGGAGGAAAACATTGAAATCTGCTCCCAAAAGCTGGTCAGGGCAGAGAAA
CTGATCAGTGGTCTTGGGGGAGAGAAGGACAGATGGACCGAAGCTGCCCGACAGCTGGGGATCCGCTATACTAATCTGACTGGTGACGTG
TTGCTGTCCTCAGGAACTGTGGCTTACCTGGGCGCTTTTACAGTGGATTATCGGGTCCAGTGCCAAAATCAGTGGTTGGCTGAATGTAAG
GACAAGGTCATCCCTGGCTTCAGTGACTTCAGTCTCAGCCACACGTTAGGGGATCCCATAAAAATCCGTGCCTGGCAGATTGCTGGGCTT
CCCGTTGACTCCTTCTCCATCGACAATGGCATCATTGTATCCAATTCCAGACGCTGGGCCTTAATGATTGACCCTCACGGGCAGGCCAAT
AAATGGATTAAGAACATGGAGAAGGCGAATAAACTGGCTGTCATCAAGTTCTCTGATAGCAACTACATGAGGATGCTGGAAAACGCGCTG
CAGTTAGGCACCCCTGTCTTGATTGAAAACATTGGAGAAGAGCTGGATGCTTCTATCGAACCTATCTTGCTCAAGGCAACATTCAAACAG
CAAGGAGTTGAGTACATGAGGCTGGGTGAAAACATCATTGAATATTCCAGGGATTTTAAGTTATACATCACAACCCGTTTGAGGAATCCA
CATTACCTCCCAGAAGTTGCCGTGAAGGTCTGTCTCCTCAACTTCATGATCACCCCCTTGGGTCTCCAAGATCAACTCCTTGGCATCGTG
GCTGCGAAGGAGAAGCCAGAGCTGGAAGAGAAAAAGAACCAGTTGATTGTGGAAAGTGCCAAGAACAAGAAGCATCTCAAGGAAATTGAA
GATAAGATCTTGGAGGTTCTCTCCATGTCCAAGGGTAACATCCTGGAGGATGAAACCGCCATCAAAGTTCTGTCCTCCTCCAAAGTGCTA
TCTGAAGAGATCTCAGAGAAACAGAAAGTTGCTTCCATGACAGAAACGCAGATTGACGAGACTCGGATGGGCTACAAGCCAGTGGCTGTG
CATTCTGCCACCATCTTCTTTTGTATCTCGGACCTGGCCAACATCGAGCCGATGTACCAGTACTCCCTGACTTGGTTCATAAATCTCTAC
ATGCATTCCTTGACCCACAGCACGAAGAGCGAGGAACTGAATCTGCGCATCAAGTACATCATTGACCATTTCACCCTGAGCATCTACAAC
AACGTGTGCCGTTCTCTGTTTGAGAAGGACAAGCTACTCTTCTCTCTCCTCCTGACCATCGGCATCATGAAACAGAAGAAGGAAATTACG
GAGGAGGTGTGGTACTTCCTTCTCACTGGAGGCATCGCACTGGATAACCCCTACCCCAATCCAGCTCCCCAATGGCTGTCTGAGAAGGCA
TGGGCAGAGATTGTCCGTGCATCTGCCTTACCCAAACTGCATGGCCTGATGGAGCATTTGGAACAGAACCTGGGTGAATGGAAGCTGATC
TATGACTCGGCCTGGCCCCATGAGGAGCAACTCCCTGGGTCTTGGAAGTTCTCTCAAGGATTGGAGAAGATGGTGATCCTTCGATGTTTG
CGGCCTGACAAAATGGTGCCAGCGGTCCGGGAGTTCATTGCTGAACATATGGGAAAGCTGTATATCGAAGCCCCTACGTTCGATCTCCAG
GGATCCTACAATGATTCCAGCTGCTGTGCGCCTTTGATTTTTGTGTTGTCTCCAAGTGCAGACCCAATGGCAGGCCTGCTGAAGTTTGCT
GATGATCTTGGTATGGGAGGTACCAGAACACAGACCATCTCCCTTGGCCAAGGCCAAGGCCCTATTGCTGCCAAAATGATCAACAATGCC
ATCAAAGACGGGACCTGGGTGGTCTTACAGAACTGCCACCTGGCCGCAAGCTGGATGCCTACCCTGGAGAAGATTTGTGAGGAGGTGATT
GTTCCTGAGAGCACCAATGCCAGATTCAGACTCTGGCTAACCAGCTATCCATCAGAGAAGTTTCCAGTCAGCATTCTCCAGAATGGAATC
AAAATGACCAATGAGCCCCCCAAAGGGCTCCGGGCCAACCTGTTGCGCTCCTACCTCAATGACCCCATCTCAGATCCTGTGTTCTTCCAA
AGCTGTGCAAAGGCGGTGATGTGGCAAAAGATGTTATTTGGCCTTTGTTTCTTCCACGCCGTTGTTCAAGAGAGAAGAAACTTCGGCCCC
CTAGGGTGGAATATTCCCTATGAATTCAACGAATCTGACCTGAGGATTAGTATGTGGCAGATCCAGATGTTTCTCAATGACTACAAGGAG
GTGCCCTTTGATGCTCTGACCTACCTGACAGGGGAATGTAATTACGGAGGCAGAGTGACTGATGACAAAGACCGGCGTCTCCTGCTGTCA
CTTCTGTCCATGTTCTACTGTAAGGAAATTGAGGAGGACTATTACTCCCTCGCTCCTGGAGACACTTACTACATCCCTCCTCATGGCTCC
TACCAGTCCTATATCGACTATCTCAGGAATCTCCCCATCACAGCCCACCCAGAAGTGTTCGGCCTCCATGAGAACGCAGACATCACCAAA
GACAACCAGGAAACCAACCAGCTGTTTGAGGGGGTCCTGCTGACCCTCCCTAGACAGTCAGGAGGAAGTGGCAAGTCCCCTCAGGAAGTG
GTTGAGGAGTTGGCACAAGACATTCTCTCCAAGCTTCCCAGAGACTTTGACCTGGAAGAGGTCATGAAGTTGTACCCCGTGGTCTATGAA
GAATCCATGAATACCGTCCTAAGGCAGGAGCTCATCAGATTCAACAGGCTGACCAAAGTGGTTCGGAGGAGCCTCATCAATCTTGGCCGA
GCCATCAAAGGACAGGTCCTGATGTCCTCGGAGCTAGAGGAAGTCTTTAACAGCATGCTTGTGGGTAAAGTGCCAGCCATGTGGGCAGCC
AAGTCTTACCCATCACTGAAGCCTCTGGGGGGCTACGTGGCTGACCTGCTGGCCCGCCTGACCTTCTTCCAGGAATGGATTGACAAGGGG
CCCCCTGTGGTATTTTGGATCTCTGGATTCTACTTCACACAGTCTTTTTTGACTGGCGTCTCTCAAAATTATGCCCGGAAATATACCATC
CCCATTGACCACATTGGATTTGAGTTTGAGGTAACCCCACAAGAAACAGTGATGGAGAATAACCCCGAAGATGGGGCCTACATCAAAGGG
CTCTTCTTAGAAGGTGCCCGTTGGGACAGGAAAACGATGCAGATTGGGGAATCTCTCCCCAAAATCCTCTATGACCCACTGCCCATCATT
TGGCTGAAACCTGGGGAGAGCGCAATGTTTCTGCATCAGGACATCTATGTGTGTCCAGTCTACAAAACAAGTGCCCGCAGAGGAACCCTC
TCCACCACAGGCCACTCTACCAACTATGTCCTCTCCATTGAGCTTCCAACAGACATGCCCCAGAAGCACTGGATAAACCGAGGGGTGGCC

>33783_33783_2_GNL2-DNAH3_GNL2_chr1_38061360_ENST00000373062_DNAH3_chr16_21123125_ENST00000415178_length(amino acids)=2214AA_BP=
MEAPEGFLHGHPALQSHQGAQRIDEIRAVEEEEMELGEGLSSQQIFLWLQGLFLFSLVWTVAGTINADSRKKFDVFFRNLIMGMDDNHPR
PKSVKLTKNNIFPERGSIYDFYFIKQASGHWETWTQYITKEEEKVPAGAKVSELIIPTMETARQSFFLKTYLDHEIPMLFVGPTGTGKSA
ITNNFLLHLPKNTYLPNCINFSARTSANQTQDIIMSKLDRRRKGLFGPPIGKKAVVFVDDLNMPAKEVYGAQPPIELLRQWIDHGYWFDK
KDTTRLDIVDMLLVTAMGPPGGGRNDITGRFTRHLNIISINAFEDDILTKIFSSIVDWHFGKGFDVMFLRYGKMLVQATKTIYRDAVENF
LPTPSKSHYVFNLRDFSRVIQGVLLCPHTHLQDVEKCIRLWIHEVYRVFYDRLIDKEDRQVFFNMVKETTSNCFKQTIEKVLIHLSPTGK
IVDDNIRSLFFGDYFKPESDQKIYDEITDLKQLTVVMEHYLEEFNNISKAPMSLVMFRFAIEHISRICRVLKQDKGHLLLVGIGGSGRQS
AAKLSTFMNAYELYQIEITKNYAGNDWREDLKKIILQVGVATKSTVFLFADNQIKDESFVEDINMLLNTGDVPNIFPADEKADIVEKMQT
AARTQGEKVEVTPLSMYNFFIERVINKISFSLAMSPIGDAFRNRLRMFPSLINCCTIDWFQSWPTDALELVANKFLEDVELDDNIRVEVV
SMCKYFQESVKKLSLDYYNKLRRHNYVTPTSYLELILTFKTLLNSKRQEVAMMRNRYLTGLQKLDFAASQVAVMQRELTALQPQLILTSE
ETAKMMVKIEAETREADGKKLLVQADEKEANVAAAIAQGIKNECEGDLAEAMPALEAALAALDTLNPADISLVKSMQNPPGPVKLVMESI
CIMKGMKPERKPDPSGSGKMIEDYWGVSKKILGDLKFLESLKTYDKDNIPPLTMKRIRERFINHPEFQPAVIKNVSSACEGLCKWVRAME
VYDRVAKVVAPKRERLREAEGKLAAQMQKLNQKRAELKLVVDRLQALNDDFEEMNTKKKDLEENIEICSQKLVRAEKLISGLGGEKDRWT
EAARQLGIRYTNLTGDVLLSSGTVAYLGAFTVDYRVQCQNQWLAECKDKVIPGFSDFSLSHTLGDPIKIRAWQIAGLPVDSFSIDNGIIV
SNSRRWALMIDPHGQANKWIKNMEKANKLAVIKFSDSNYMRMLENALQLGTPVLIENIGEELDASIEPILLKATFKQQGVEYMRLGENII
EYSRDFKLYITTRLRNPHYLPEVAVKVCLLNFMITPLGLQDQLLGIVAAKEKPELEEKKNQLIVESAKNKKHLKEIEDKILEVLSMSKGN
ILEDETAIKVLSSSKVLSEEISEKQKVASMTETQIDETRMGYKPVAVHSATIFFCISDLANIEPMYQYSLTWFINLYMHSLTHSTKSEEL
NLRIKYIIDHFTLSIYNNVCRSLFEKDKLLFSLLLTIGIMKQKKEITEEVWYFLLTGGIALDNPYPNPAPQWLSEKAWAEIVRASALPKL
HGLMEHLEQNLGEWKLIYDSAWPHEEQLPGSWKFSQGLEKMVILRCLRPDKMVPAVREFIAEHMGKLYIEAPTFDLQGSYNDSSCCAPLI
FVLSPSADPMAGLLKFADDLGMGGTRTQTISLGQGQGPIAAKMINNAIKDGTWVVLQNCHLAASWMPTLEKICEEVIVPESTNARFRLWL
TSYPSEKFPVSILQNGIKMTNEPPKGLRANLLRSYLNDPISDPVFFQSCAKAVMWQKMLFGLCFFHAVVQERRNFGPLGWNIPYEFNESD
LRISMWQIQMFLNDYKEVPFDALTYLTGECNYGGRVTDDKDRRLLLSLLSMFYCKEIEEDYYSLAPGDTYYIPPHGSYQSYIDYLRNLPI
TAHPEVFGLHENADITKDNQETNQLFEGVLLTLPRQSGGSGKSPQEVVEELAQDILSKLPRDFDLEEVMKLYPVVYEESMNTVLRQELIR
FNRLTKVVRRSLINLGRAIKGQVLMSSELEEVFNSMLVGKVPAMWAAKSYPSLKPLGGYVADLLARLTFFQEWIDKGPPVVFWISGFYFT
QSFLTGVSQNYARKYTIPIDHIGFEFEVTPQETVMENNPEDGAYIKGLFLEGARWDRKTMQIGESLPKILYDPLPIIWLKPGESAMFLHQ

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Top

Fusion Gene PPI Analysis for GNL2-DNAH3

Go to ChiPPI (Chimeric Protein-Protein interactions) to see the chimeric PPI interaction in
ChiPPI page.

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

Top

Related Drugs for GNL2-DNAH3

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

Top

Related Diseases for GNL2-DNAH3

Diseases associated with fusion partners.
(DisGeNet 4.0)

Partner

Gene

Disease ID

Disease name

# pubmeds

Source