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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
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Fusion gene:ABCC3-ACSF2 (FusionGDB2 ID:HG8714TG80221)

Fusion Gene Summary for ABCC3-ACSF2

Fusion gene summary

Fusion gene information	Fusion gene name: ABCC3-ACSF2
	Fusion gene ID: hg8714tg80221
		Hgene	Tgene
	Gene symbol	ABCC3	ACSF2
	Gene ID	8714	80221
	Gene name	ATP binding cassette subfamily C member 3	acyl-CoA synthetase family member 2
	Synonyms	ABC31\|EST90757\|MLP2\|MOAT-D\|MRP3\|cMOAT2	ACSMW\|AVYV493
	Cytomap	('ABCC3')('ACSF2') 17q21.33	17q21.33
	Type of gene	protein-coding	protein-coding
	Description	canalicular multispecific organic anion transporter 2ATP-binding cassette sub-family C member 3ATP-binding cassette, sub-family C (CFTR/MRP), member 3canicular multispecific organic anion transportermulti-specific organic anion transporter Dmultidrug	medium-chain acyl-CoA ligase ACSF2, mitochondrialPPARG binding, long chain fatty acid acyl Co-A ligase likeacyl-CoA synthetase family member 2, mitochondrial
	Modification date	20200313	20200313
	UniProtAcc	.	.
	Ensembl transtripts involved in fusion gene	ENST00000285238, ENST00000427699, ENST00000515707, ENST00000510891,
Fusion gene scores	* DoF score	16 X 12 X 7=1344	6 X 3 X 3=54
	# samples	18	6
	** MAII score	log2(18/1344*10)=-2.90046432644909 possibly effective Gene in Pan-Cancer Fusion Genes (peGinPCFGs). DoF>8 and MAII<0	log2(6/54*10)=0.15200309344505 effective Gene in Pan-Cancer Fusion Genes (eGinPCFGs). DoF>8 and MAII>0
Context	PubMed: ABCC3 [Title/Abstract] AND ACSF2 [Title/Abstract] AND fusion [Title/Abstract]
Most frequent breakpoint	ABCC3(48712342)-ACSF2(48548389), # samples:3
Anticipated loss of major functional domain due to fusion event.	ABCC3-ACSF2 seems lost the major protein functional domain in Hgene partner, which is a CGC by not retaining the major functional domain in the partially deleted in-frame ORF. ABCC3-ACSF2 seems lost the major protein functional domain in Hgene partner, which is a essential gene by not retaining the major functional domain in the partially deleted in-frame ORF.

* 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	ABCC3	GO:0042908	xenobiotic transport	18698235\|19334674

Fusion gene breakpoints across ABCC3 (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 ACSF2 (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
* 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	STAD	TCGA-BR-8590-01A	ABCC3	chr17	48712342	-	ACSF2	chr17	48548389	+
ChimerDB4	STAD	TCGA-BR-8590-01A	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+

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Fusion Gene ORF analysis for ABCC3-ACSF2

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-3UTR	ENST00000285238	ENST00000506085	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
5CDS-3UTR	ENST00000427699	ENST00000506085	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
5CDS-3UTR	ENST00000515707	ENST00000506085	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000285238	ENST00000300441	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000285238	ENST00000427954	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000285238	ENST00000502667	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000285238	ENST00000504392	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000285238	ENST00000541920	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000427699	ENST00000300441	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000427699	ENST00000427954	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000427699	ENST00000502667	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000427699	ENST00000504392	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000427699	ENST00000541920	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000515707	ENST00000300441	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000515707	ENST00000427954	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000515707	ENST00000502667	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000515707	ENST00000504392	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
In-frame	ENST00000515707	ENST00000541920	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
intron-3CDS	ENST00000510891	ENST00000300441	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
intron-3CDS	ENST00000510891	ENST00000427954	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
intron-3CDS	ENST00000510891	ENST00000502667	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
intron-3CDS	ENST00000510891	ENST00000504392	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
intron-3CDS	ENST00000510891	ENST00000541920	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+
intron-3UTR	ENST00000510891	ENST00000506085	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+

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)
ENST00000285238	ABCC3	chr17	48712342	+	ENST00000541920	ACSF2	chr17	48548389	+	876	125	59	757	232
ENST00000285238	ABCC3	chr17	48712342	+	ENST00000300441	ACSF2	chr17	48548389	+	1041	125	59	757	232
ENST00000285238	ABCC3	chr17	48712342	+	ENST00000504392	ACSF2	chr17	48548389	+	876	125	59	757	232
ENST00000285238	ABCC3	chr17	48712342	+	ENST00000427954	ACSF2	chr17	48548389	+	1043	125	59	757	232
ENST00000285238	ABCC3	chr17	48712342	+	ENST00000502667	ACSF2	chr17	48548389	+	1037	125	59	757	232
ENST00000515707	ABCC3	chr17	48712342	+	ENST00000541920	ACSF2	chr17	48548389	+	845	94	49	726	225
ENST00000515707	ABCC3	chr17	48712342	+	ENST00000300441	ACSF2	chr17	48548389	+	1010	94	49	726	225
ENST00000515707	ABCC3	chr17	48712342	+	ENST00000504392	ACSF2	chr17	48548389	+	845	94	49	726	225
ENST00000515707	ABCC3	chr17	48712342	+	ENST00000427954	ACSF2	chr17	48548389	+	1012	94	49	726	225
ENST00000515707	ABCC3	chr17	48712342	+	ENST00000502667	ACSF2	chr17	48548389	+	1006	94	49	726	225
ENST00000427699	ABCC3	chr17	48712342	+	ENST00000541920	ACSF2	chr17	48548389	+	876	125	59	757	232
ENST00000427699	ABCC3	chr17	48712342	+	ENST00000300441	ACSF2	chr17	48548389	+	1041	125	59	757	232
ENST00000427699	ABCC3	chr17	48712342	+	ENST00000504392	ACSF2	chr17	48548389	+	876	125	59	757	232
ENST00000427699	ABCC3	chr17	48712342	+	ENST00000427954	ACSF2	chr17	48548389	+	1043	125	59	757	232
ENST00000427699	ABCC3	chr17	48712342	+	ENST00000502667	ACSF2	chr17	48548389	+	1037	125	59	757	232

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
ENST00000285238	ENST00000541920	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003145127	0.9968549
ENST00000285238	ENST00000300441	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003578642	0.99642134
ENST00000285238	ENST00000504392	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003145127	0.9968549
ENST00000285238	ENST00000427954	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003577813	0.9964222
ENST00000285238	ENST00000502667	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003520418	0.9964796
ENST00000515707	ENST00000541920	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.00394132	0.9960587
ENST00000515707	ENST00000300441	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.004164354	0.99583566
ENST00000515707	ENST00000504392	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.00394132	0.9960587
ENST00000515707	ENST00000427954	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.004174891	0.9958252
ENST00000515707	ENST00000502667	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.004121705	0.99587834
ENST00000427699	ENST00000541920	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003145127	0.9968549
ENST00000427699	ENST00000300441	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003578642	0.99642134
ENST00000427699	ENST00000504392	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003145127	0.9968549
ENST00000427699	ENST00000427954	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003577813	0.9964222
ENST00000427699	ENST00000502667	ABCC3	chr17	48712342	+	ACSF2	chr17	48548389	+	0.003520418	0.9964796

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Fusion Genomic Features for ABCC3-ACSF2

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)
ABCC3	chr17	48712342	+	ACSF2	chr17	48548388	+	0.001395572	0.9986045
ABCC3	chr17	48712342	+	ACSF2	chr17	48548388	+	0.001395572	0.9986045

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 ABCC3-ACSF2

Four levels of functional features of fusion genes
Go to FGviewer search page for the most frequent breakpoint (https://ccsmweb.uth.edu/FGviewer/chr17:48712342/chr17:48548389)
- 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
.	.
FUNCTION: Transcriptional activator which is required for calcium-dependent dendritic growth and branching in cortical neurons. Recruits CREB-binding protein (CREBBP) to nuclear bodies. Component of the CREST-BRG1 complex, a multiprotein complex that regulates promoter activation by orchestrating a calcium-dependent release of a repressor complex and a recruitment of an activator complex. In resting neurons, transcription of the c-FOS promoter is inhibited by BRG1-dependent recruitment of a phospho-RB1-HDAC1 repressor complex. Upon calcium influx, RB1 is dephosphorylated by calcineurin, which leads to release of the repressor complex. At the same time, there is increased recruitment of CREBBP to the promoter by a CREST-dependent mechanism, which leads to transcriptional activation. The CREST-BRG1 complex also binds to the NR2B promoter, and activity-dependent induction of NR2B expression involves a release of HDAC1 and recruitment of CREBBP (By similarity). {ECO:0000250}.	FUNCTION: Transcriptional activator which is required for calcium-dependent dendritic growth and branching in cortical neurons. Recruits CREB-binding protein (CREBBP) to nuclear bodies. Component of the CREST-BRG1 complex, a multiprotein complex that regulates promoter activation by orchestrating a calcium-dependent release of a repressor complex and a recruitment of an activator complex. In resting neurons, transcription of the c-FOS promoter is inhibited by BRG1-dependent recruitment of a phospho-RB1-HDAC1 repressor complex. Upon calcium influx, RB1 is dephosphorylated by calcineurin, which leads to release of the repressor complex. At the same time, there is increased recruitment of CREBBP to the promoter by a CREST-dependent mechanism, which leads to transcriptional activation. The CREST-BRG1 complex also binds to the NR2B promoter, and activity-dependent induction of NR2B expression involves a release of HDAC1 and recruitment of CREBBP (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

- 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

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1291_1523

1528.0

Domain

ABC transporter 2

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

311_594

1528.0

Domain

ABC transmembrane type-1 1

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

629_851

1528.0

Domain

ABC transporter 1

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

971_1252

1528.0

Domain

ABC transmembrane type-1 2

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1291_1523

573.0

Domain

ABC transporter 2

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

311_594

573.0

Domain

ABC transmembrane type-1 1

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

629_851

573.0

Domain

ABC transporter 1

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

971_1252

573.0

Domain

ABC transmembrane type-1 2

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1323_1330

1528.0

Nucleotide binding

ATP 2

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

661_668

1528.0

Nucleotide binding

ATP 1

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1323_1330

573.0

Nucleotide binding

ATP 2

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

661_668

573.0

Nucleotide binding

ATP 1

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1043_1085

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1107_1107

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1129_1199

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

121_132

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1221_1222

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1244_1527

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

154_171

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

193_302

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1_32

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

324_349

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

371_426

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

448_450

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

472_533

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

54_73

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

555_576

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

598_963

1528.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

95_99

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

985_1021

1528.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1043_1085

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1107_1107

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1129_1199

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

121_132

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1221_1222

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1244_1527

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

154_171

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

193_302

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1_32

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

324_349

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

371_426

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

448_450

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

472_533

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

54_73

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

555_576

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

598_963

573.0

Topological domain

Cytoplasmic

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

95_99

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

985_1021

573.0

Topological domain

Extracellular

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

100_120

1528.0

Transmembrane

Helical%3B Name%3D3

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1022_1042

1528.0

Transmembrane

Helical%3B Name%3D13

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1086_1106

1528.0

Transmembrane

Helical%3B Name%3D14

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1108_1128

1528.0

Transmembrane

Helical%3B Name%3D15

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1200_1220

1528.0

Transmembrane

Helical%3B Name%3D16

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

1223_1243

1528.0

Transmembrane

Helical%3B Name%3D17

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

133_153

1528.0

Transmembrane

Helical%3B Name%3D4

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

172_192

1528.0

Transmembrane

Helical%3B Name%3D5

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

303_323

1528.0

Transmembrane

Helical%3B Name%3D6

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

33_53

1528.0

Transmembrane

Helical%3B Name%3D1

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

350_370

1528.0

Transmembrane

Helical%3B Name%3D7

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

427_447

1528.0

Transmembrane

Helical%3B Name%3D8

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

451_471

1528.0

Transmembrane

Helical%3B Name%3D9

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

534_554

1528.0

Transmembrane

Helical%3B Name%3D10

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

577_597

1528.0

Transmembrane

Helical%3B Name%3D11

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

74_94

1528.0

Transmembrane

Helical%3B Name%3D2

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000285238

964_984

1528.0

Transmembrane

Helical%3B Name%3D12

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

100_120

573.0

Transmembrane

Helical%3B Name%3D3

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1022_1042

573.0

Transmembrane

Helical%3B Name%3D13

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1086_1106

573.0

Transmembrane

Helical%3B Name%3D14

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1108_1128

573.0

Transmembrane

Helical%3B Name%3D15

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1200_1220

573.0

Transmembrane

Helical%3B Name%3D16

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

1223_1243

573.0

Transmembrane

Helical%3B Name%3D17

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

133_153

573.0

Transmembrane

Helical%3B Name%3D4

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

172_192

573.0

Transmembrane

Helical%3B Name%3D5

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

303_323

573.0

Transmembrane

Helical%3B Name%3D6

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

33_53

573.0

Transmembrane

Helical%3B Name%3D1

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

350_370

573.0

Transmembrane

Helical%3B Name%3D7

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

427_447

573.0

Transmembrane

Helical%3B Name%3D8

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

451_471

573.0

Transmembrane

Helical%3B Name%3D9

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

534_554

573.0

Transmembrane

Helical%3B Name%3D10

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

577_597

573.0

Transmembrane

Helical%3B Name%3D11

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

74_94

573.0

Transmembrane

Helical%3B Name%3D2

Hgene

ABCC3

chr17:48712342

chr17:48548389

ENST00000427699

964_984

573.0

Transmembrane

Helical%3B Name%3D12

Tgene

ACSF2

chr17:48712342

chr17:48548389

ENST00000300441

263_271

405

616.0

Nucleotide binding

ATP

Top

Fusion Gene Sequence for ABCC3-ACSF2

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.

>250_250_1_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000300441_length(transcript)=1041nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAG
AGCTCCTGGATGGGTCCGGGAACTCGCCTGGGCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCAC
ATTCCCCTGTCTGTCCTTGTGATTTGGCATAAAGAGCTTCTGTTTTCTTTG

>250_250_1_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000300441_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_2_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000427954_length(transcript)=1043nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAG
AGCTCCTGGATGGGTCCGGGAACTCGCCTGGGCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCAC
ATTCCCCTGTCTGTCCTTGTGATTTGGCATAAAGAGCTTCTGTTTTCTTTGGC

>250_250_2_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000427954_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_3_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000502667_length(transcript)=1037nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAG
AGCTCCTGGATGGGTCCGGGAACTCGCCTGGGCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCAC
ATTCCCCTGTCTGTCCTTGTGATTTGGCATAAAGAGCTTCTGTTTTC

>250_250_3_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000502667_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_4_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000504392_length(transcript)=876nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTC

>250_250_4_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000504392_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_5_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000541920_length(transcript)=876nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTC

>250_250_5_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000285238_ACSF2_chr17_48548389_ENST00000541920_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_6_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000300441_length(transcript)=1041nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAG
AGCTCCTGGATGGGTCCGGGAACTCGCCTGGGCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCAC
ATTCCCCTGTCTGTCCTTGTGATTTGGCATAAAGAGCTTCTGTTTTCTTTG

>250_250_6_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000300441_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_7_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000427954_length(transcript)=1043nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAG
AGCTCCTGGATGGGTCCGGGAACTCGCCTGGGCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCAC
ATTCCCCTGTCTGTCCTTGTGATTTGGCATAAAGAGCTTCTGTTTTCTTTGGC

>250_250_7_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000427954_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_8_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000502667_length(transcript)=1037nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAG
AGCTCCTGGATGGGTCCGGGAACTCGCCTGGGCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCAC
ATTCCCCTGTCTGTCCTTGTGATTTGGCATAAAGAGCTTCTGTTTTC

>250_250_8_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000502667_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_9_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000504392_length(transcript)=876nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTC

>250_250_9_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000504392_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_10_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000541920_length(transcript)=876nt_BP=125nt
GCGGAGGCGGCTCCGGCGCCCGCTCTGCCCGCCGCTGGGTCCGACCGCGCTCGCCTTCCTTGCAGCCGCGCCTCGGCCCCATGGACGCCC
TGTGCGGTTCCGGGGAGCTCGGCTCCAAGTTCTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGG
ACACTGTGGAGCAGAAGGCAGAAAGCGTGGGCAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAA
AGCTGAACACGCCCGGGGAGCTGTGCATCCGAGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGG
ATCAGGACAAGTGGTATTGGACAGGAGATGTCGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCA
TCCGGGGTGGTGAGAACATCTACCCCGCAGAGCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGA
AGGACGATCGGATGGGGGAAGAGATTTGTGCCTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCA
AAGGGAAGATCTCTCACTTCAAGATTCCGAAGTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCA
AACTTCGAGAGCAGATGGAACGACATCTAAATCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAA
TGCAACCTGGCTTTATGCACCTAGATGTCCCCAGCACCCAGTTCTGAGCCAGGCACATCAAATGTC

>250_250_10_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000427699_ACSF2_chr17_48548389_ENST00000541920_length(amino acids)=232AA_BP=22
MQPRLGPMDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYW
GEPQKTEEAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEE
TTVEEIKAFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_11_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000300441_length(transcript)=1010nt_BP=94nt
CGGGGGCAGGGAGACCGGACCCAGAGGCACTGGGCCGCGCCTCGGCCCCATGGACGCCCTGTGCGGTTCCGGGGAGCTCGGCTCCAAGTT
CTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGGACACTGTGGAGCAGAAGGCAGAAAGCGTGGG
CAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAAAGCTGAACACGCCCGGGGAGCTGTGCATCCG
AGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGGATCAGGACAAGTGGTATTGGACAGGAGATGT
CGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCATCCGGGGTGGTGAGAACATCTACCCCGCAGA
GCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGAAGGACGATCGGATGGGGGAAGAGATTTGTGC
CTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCAAAGGGAAGATCTCTCACTTCAAGATTCCGAA
GTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCAAACTTCGAGAGCAGATGGAACGACATCTAAA
TCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAATGCAACCTGGCTTTATGCACCTAGATGTCCC
CAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAGAGCTCCTGGATGGGTCCGGGAACTCGCCTGG
GCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCACATTCCCCTGTCTGTCCTTGTGATTTGGCATA
AAGAGCTTCTGTTTTCTTTG

>250_250_11_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000300441_length(amino acids)=225AA_BP=15
MDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYWGEPQKTE
EAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEETTVEEIK
AFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_12_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000427954_length(transcript)=1012nt_BP=94nt
CGGGGGCAGGGAGACCGGACCCAGAGGCACTGGGCCGCGCCTCGGCCCCATGGACGCCCTGTGCGGTTCCGGGGAGCTCGGCTCCAAGTT
CTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGGACACTGTGGAGCAGAAGGCAGAAAGCGTGGG
CAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAAAGCTGAACACGCCCGGGGAGCTGTGCATCCG
AGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGGATCAGGACAAGTGGTATTGGACAGGAGATGT
CGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCATCCGGGGTGGTGAGAACATCTACCCCGCAGA
GCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGAAGGACGATCGGATGGGGGAAGAGATTTGTGC
CTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCAAAGGGAAGATCTCTCACTTCAAGATTCCGAA
GTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCAAACTTCGAGAGCAGATGGAACGACATCTAAA
TCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAATGCAACCTGGCTTTATGCACCTAGATGTCCC
CAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAGAGCTCCTGGATGGGTCCGGGAACTCGCCTGG
GCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCACATTCCCCTGTCTGTCCTTGTGATTTGGCATA
AAGAGCTTCTGTTTTCTTTGGC

>250_250_12_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000427954_length(amino acids)=225AA_BP=15
MDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYWGEPQKTE
EAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEETTVEEIK
AFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_13_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000502667_length(transcript)=1006nt_BP=94nt
CGGGGGCAGGGAGACCGGACCCAGAGGCACTGGGCCGCGCCTCGGCCCCATGGACGCCCTGTGCGGTTCCGGGGAGCTCGGCTCCAAGTT
CTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGGACACTGTGGAGCAGAAGGCAGAAAGCGTGGG
CAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAAAGCTGAACACGCCCGGGGAGCTGTGCATCCG
AGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGGATCAGGACAAGTGGTATTGGACAGGAGATGT
CGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCATCCGGGGTGGTGAGAACATCTACCCCGCAGA
GCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGAAGGACGATCGGATGGGGGAAGAGATTTGTGC
CTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCAAAGGGAAGATCTCTCACTTCAAGATTCCGAA
GTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCAAACTTCGAGAGCAGATGGAACGACATCTAAA
TCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAATGCAACCTGGCTTTATGCACCTAGATGTCCC
CAGCACCCAGTTCTGAGCCAGGCACATCAAATGTCAAGGAATTGACTGAACGAACTAAGAGCTCCTGGATGGGTCCGGGAACTCGCCTGG
GCACAAGGTGCCAAAAGGCAGGCAGCCTGCCCAGGCCCTCCCTCCTGTCCATCCCCCACATTCCCCTGTCTGTCCTTGTGATTTGGCATA
AAGAGCTTCTGTTTTC

>250_250_13_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000502667_length(amino acids)=225AA_BP=15
MDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYWGEPQKTE
EAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEETTVEEIK
AFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_14_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000504392_length(transcript)=845nt_BP=94nt
CGGGGGCAGGGAGACCGGACCCAGAGGCACTGGGCCGCGCCTCGGCCCCATGGACGCCCTGTGCGGTTCCGGGGAGCTCGGCTCCAAGTT
CTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGGACACTGTGGAGCAGAAGGCAGAAAGCGTGGG
CAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAAAGCTGAACACGCCCGGGGAGCTGTGCATCCG
AGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGGATCAGGACAAGTGGTATTGGACAGGAGATGT
CGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCATCCGGGGTGGTGAGAACATCTACCCCGCAGA
GCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGAAGGACGATCGGATGGGGGAAGAGATTTGTGC
CTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCAAAGGGAAGATCTCTCACTTCAAGATTCCGAA
GTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCAAACTTCGAGAGCAGATGGAACGACATCTAAA
TCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAATGCAACCTGGCTTTATGCACCTAGATGTCCC
CAGCACCCAGTTCTGAGCCAGGCACATCAAATGTC

>250_250_14_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000504392_length(amino acids)=225AA_BP=15
MDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYWGEPQKTE
EAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEETTVEEIK
AFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------
>250_250_15_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000541920_length(transcript)=845nt_BP=94nt
CGGGGGCAGGGAGACCGGACCCAGAGGCACTGGGCCGCGCCTCGGCCCCATGGACGCCCTGTGCGGTTCCGGGGAGCTCGGCTCCAAGTT
CTGGGTTGCTTATGGAACCACAGAGAACAGTCCCGTGACATTCGCGCACTTCCCTGAGGACACTGTGGAGCAGAAGGCAGAAAGCGTGGG
CAGAATTATGCCTCACACGGAGGCCCGGATCATGAACATGGAGGCAGGGACGCTGGCAAAGCTGAACACGCCCGGGGAGCTGTGCATCCG
AGGGTACTGCGTCATGCTGGGCTACTGGGGTGAGCCTCAGAAGACAGAGGAAGCAGTGGATCAGGACAAGTGGTATTGGACAGGAGATGT
CGCCACAATGAATGAGCAGGGCTTCTGCAAGATCGTGGGCCGCTCTAAGGATATGATCATCCGGGGTGGTGAGAACATCTACCCCGCAGA
GCTCGAGGACTTCTTTCACACACACCCGAAGGTGCAGGAAGTGCAGGTGGTGGGAGTGAAGGACGATCGGATGGGGGAAGAGATTTGTGC
CTGCATTCGGCTGAAGGACGGGGAGGAGACCACGGTGGAGGAGATAAAAGCTTTCTGCAAAGGGAAGATCTCTCACTTCAAGATTCCGAA
GTACATCGTGTTTGTCACAAACTACCCCCTCACCATTTCAGGAAAGATCCAGAAATTCAAACTTCGAGAGCAGATGGAACGACATCTAAA
TCTGTGAATAAAGCAGCAGGCCTGTCCTGGCCGGTTGGCTTGACTCTCTCCTGTCAGAATGCAACCTGGCTTTATGCACCTAGATGTCCC
CAGCACCCAGTTCTGAGCCAGGCACATCAAATGTC

>250_250_15_ABCC3-ACSF2_ABCC3_chr17_48712342_ENST00000515707_ACSF2_chr17_48548389_ENST00000541920_length(amino acids)=225AA_BP=15
MDALCGSGELGSKFWVAYGTTENSPVTFAHFPEDTVEQKAESVGRIMPHTEARIMNMEAGTLAKLNTPGELCIRGYCVMLGYWGEPQKTE
EAVDQDKWYWTGDVATMNEQGFCKIVGRSKDMIIRGGENIYPAELEDFFHTHPKVQEVQVVGVKDDRMGEEICACIRLKDGEETTVEEIK
AFCKGKISHFKIPKYIVFVTNYPLTISGKIQKFKLREQMERHLNL

--------------------------------------------------------------

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Fusion Gene PPI Analysis for ABCC3-ACSF2

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

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Related Drugs for ABCC3-ACSF2

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 ABCC3-ACSF2

Diseases associated with fusion partners.
(DisGeNet 4.0)

Partner	Gene	Disease ID	Disease name	# pubmeds	Source
Hgene	ABCC3	C0003873	Rheumatoid Arthritis	1	CTD_human
Hgene	ABCC3	C0008370	Cholestasis	1	CTD_human
Hgene	ABCC3	C0009402	Colorectal Carcinoma	1	CTD_human
Hgene	ABCC3	C0009404	Colorectal Neoplasms	1	CTD_human
Hgene	ABCC3	C0019209	Hepatomegaly	1	CTD_human

Fusion Gene Studies in Kim Lab

Fusion gene:ABCC3-ACSF2 (FusionGDB2 ID:HG8714TG80221)

Fusion Gene Summary for ABCC3-ACSF2

Fusion Gene ORF analysis for ABCC3-ACSF2

Fusion Genomic Features for ABCC3-ACSF2

Fusion Protein Features for ABCC3-ACSF2

Fusion Gene Sequence for ABCC3-ACSF2

Fusion Gene PPI Analysis for ABCC3-ACSF2

Related Drugs for ABCC3-ACSF2

Related Diseases for ABCC3-ACSF2

Fusion Gene Studies
in Kim Lab