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Center for Computational Systems Medicine
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Fusion Gene and Fusion Protein Summary

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Fusion Amino Acid Sequences (multiple BPs and multiple gene isoforms)

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Fusion Protein Breakpoint Sequences - (for the Screening of the FusionNeoAntigens)

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Potential FusionNeoAntigens in HLA I - (netMHCpan v4.1 + deepHLApan v1.1)

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Potential FusionNeoAntigens in HLA II - (netMHCIIpan v4.1)

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Fusion Breakpoint 14 AA Peptide Structure - (RoseTTAFold)

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Filtering FusionNeoAntigens Through Checking the Interaction with HLAs in 3D - (Glide)

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Vaccine Design for the FusionNeoAntigens (RNA/protein sequences)

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Potential target of CAR-T therapy development

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Information on the samples that have these potential fusion neoantigens

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Fusion Protein Targeting Drugs - (Manual Curation)

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Fusion Protein Related diseases - (Manual Curation)

Fusion Protein:IP6K2-CNDP2

Fusion Gene and Fusion Protein Summary

check button Fusion gene summary
Fusion partner gene informationFusion gene name: IP6K2-CNDP2
FusionPDB ID: 40018
FusionGDB2.0 ID: 40018
HgeneTgene
Gene symbol

IP6K2

CNDP2

Gene ID

51447

55748

Gene nameinositol hexakisphosphate kinase 2carnosine dipeptidase 2
SynonymsIHPK2|InsP6K2|PIUSCN2|CPGL|HEL-S-13|HsT2298|PEPA
Cytomap

3p21.31

18q22.3

Type of geneprotein-codingprotein-coding
Descriptioninositol hexakisphosphate kinase 2ATP:1D-myo-inositol-hexakisphosphate phosphotransferaseinositol hexaphosphate kinase 2insp6 kinase 2pi uptake stimulatorcytosolic non-specific dipeptidaseCNDP dipeptidase 2 (metallopeptidase M20 family)carnosinase-2carnosine dipeptidase IIcytosolic nonspecific dipeptidaseepididymis secretory protein Li 13glutamate carboxypeptidase-like protein 1peptidase A
Modification date2020032720200313
UniProtAcc

Q9UHH9

Main function of 5'-partner protein: FUNCTION: Converts inositol hexakisphosphate (InsP6) to diphosphoinositol pentakisphosphate (InsP7/PP-InsP5). {ECO:0000269|PubMed:10574768, ECO:0000269|PubMed:30624931}.

Q96KP4

Main function of 5'-partner protein: FUNCTION: Hydrolyzes a variety of dipeptides including L-carnosine but has a strong preference for Cys-Gly (PubMed:19346245). Acts as a functional tumor suppressor in gastric cancer via activation of the mitogen-activated protein kinase (MAPK) pathway. An elevated level of CNDP2 activates the p38 and JNK MAPK pathways to induce cell apoptosis, and a lower level of CNDP2 activates the ERK MAPK pathway to promote cell proliferation (PubMed:24395568). Isoform 2 may play a role as tumor suppressor in hepatocellular carcinoma (HCC) cells (PubMed:17121880). Catalyzes the production of N-lactoyl-amino acids from lactate and amino acids by reverse proteolysis (PubMed:25964343). {ECO:0000269|PubMed:17121880, ECO:0000269|PubMed:19346245, ECO:0000269|PubMed:24395568, ECO:0000269|PubMed:25964343}.
Ensembl transtripts involved in fusion geneENST idsENST00000328631, ENST00000340879, 
ENST00000413298, ENST00000432678, 
ENST00000450045, ENST00000436134, 
ENST00000417896, ENST00000431721, 
ENST00000443964, ENST00000446860, 
ENST00000449610, ENST00000453202, 
ENST00000324301, ENST00000580229, 
ENST00000324262, ENST00000579847, 
Fusion gene scores for assessment (based on all fusion genes of FusionGDB 2.0)* DoF score13 X 12 X 7=10927 X 7 X 4=196
# samples 207
** MAII scorelog2(20/1092*10)=-2.44890095114513
possibly effective Gene in Pan-Cancer Fusion Genes (peGinPCFGs).
DoF>8 and MAII<0
log2(7/196*10)=-1.48542682717024
possibly effective Gene in Pan-Cancer Fusion Genes (peGinPCFGs).
DoF>8 and MAII<0
Fusion gene context

PubMed: IP6K2 [Title/Abstract] AND CNDP2 [Title/Abstract] AND fusion [Title/Abstract]

Fusion neoantigen context

PubMed: IP6K2 [Title/Abstract] AND CNDP2 [Title/Abstract] AND neoantigen [Title/Abstract]

Most frequent breakpoint (based on all fusion genes of FusionGDB 2.0)IP6K2(48732522)-CNDP2(72186183), # samples:1
Anticipated loss of major functional domain due to fusion event.IP6K2-CNDP2 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.
IP6K2-CNDP2 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.
IP6K2-CNDP2 seems lost the major protein functional domain in Hgene partner, which is a essential gene due to the frame-shifted ORF.
IP6K2-CNDP2 seems lost the major protein functional domain in Tgene partner, which is a cell metabolism gene due to the frame-shifted ORF.
IP6K2-CNDP2 seems lost the major protein functional domain in Tgene partner, which is a IUPHAR drug target due to the frame-shifted ORF.
IP6K2-CNDP2 seems lost the major protein functional domain in Tgene partner, which is a tumor suppressor due to the frame-shifted ORF.
* DoF score (Degree of Frequency) = # partners X # break points X # cancer types
** MAII score (Major Active Isofusion Index) = log2(# samples/DoF score*10)

check button Gene ontology of each fusion partner gene with evidence of Inferred from Direct Assay (IDA) from Entrez
PartnerGeneGO IDGO termPubMed ID
HgeneIP6K2

GO:0043647

inositol phosphate metabolic process

30624931

HgeneIP6K2

GO:0046854

phosphatidylinositol phosphorylation

10574768



check button Four levels of functional features of fusion genes
Go to FGviewer search page for the most frequent breakpoint (https://ccsmweb.uth.edu/FGviewer/chr3:48732522/chr18:72186183)
- 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.
FGviewer

check buttonRetention analysis results 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, are available here.

check buttonFusion gene breakpoints across IP6K2 (5'-gene)
* Click on the image to open the UCSC genome browser with custom track showing this image in a new window.
all structure

check buttonFusion gene breakpoints across CNDP2 (3'-gene)
* Click on the image to open the UCSC genome browser with custom track showing this image in a new window.
all structure


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Fusion Amino Acid Sequences


check buttonFusion information from ORFfinder translation from full-length transcript sequence from FusionPDB.
HenstTenstHgeneHchrHbpHstrandTgeneTchrTbpTstrandSeq length
(transcript)
BP loci
(transcript)
Predicted start
(transcript)
Predicted stop
(transcript)
Seq length
(amino acids)
ENST00000328631IP6K2chr348732522-ENST00000324262CNDP2chr1872186183+1704426170643157
ENST00000328631IP6K2chr348732522-ENST00000579847CNDP2chr1872186183+1707426170643157
ENST00000340879IP6K2chr348732522-ENST00000324262CNDP2chr1872186183+1670392136609157
ENST00000340879IP6K2chr348732522-ENST00000579847CNDP2chr1872186183+1673392136609157
ENST00000450045IP6K2chr348732522-ENST00000324262CNDP2chr1872186183+171043268649193
ENST00000450045IP6K2chr348732522-ENST00000579847CNDP2chr1872186183+171343268649193

check buttonDeepORF 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.
HenstTenstHgeneHchrHbpHstrandTgeneTchrTbpTstrandNo-coding scoreCoding score
ENST00000328631ENST00000324262IP6K2chr348732522-CNDP2chr1872186183+0.0090382970.99096173
ENST00000328631ENST00000579847IP6K2chr348732522-CNDP2chr1872186183+0.009602820.9903972
ENST00000340879ENST00000324262IP6K2chr348732522-CNDP2chr1872186183+0.0058497950.9941502
ENST00000340879ENST00000579847IP6K2chr348732522-CNDP2chr1872186183+0.0060229230.99397707
ENST00000450045ENST00000324262IP6K2chr348732522-CNDP2chr1872186183+0.0068331620.99316686
ENST00000450045ENST00000579847IP6K2chr348732522-CNDP2chr1872186183+0.0068692270.99313074

check button Predicted full-length fusion amino acid sequences. For individual full-length fusion transcript sequence from FusionPDB, we ran ORFfinder and chose the longest ORF among all the predicted ones.

Get the fusion protein sequences from here.

Fusion protein sequence information is available in the fasta format.
>FusionGDB ID_FusionGDB isoform ID_FGname_Hgene_Hchr_Hbp_Henst_Tgene_Tchr_Tbp_Tenst_length(fusion AA) seq_BP

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Fusion Protein Breakpoint Sequences for IP6K2-CNDP2

check button +/-13 AA sequence from the breakpoints of the fusion protein sequences.
HgeneHchrHbpTgeneTchrTbpLength(fusion protein)BP in fusion proteinPeptide
IP6K2chr348732522CNDP2chr187218618339285LPAEMRKFTPQYKVFGVEPDLTREGG
IP6K2chr348732522CNDP2chr187218618342685LPAEMRKFTPQYKVFGVEPDLTREGG
IP6K2chr348732522CNDP2chr1872186183432121LPAEMRKFTPQYKVFGVEPDLTREGG

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Potential FusionNeoAntigen Information of IP6K2-CNDP2 in HLA I

check button Multiple sequence alignments of the potential FusionNeoAntigens per fusion breakpoints. If the MSA is empty, then it means that there were predicted fusion neoantigens in this fusion breakpoint, but those predicted fusion neoantigens were not across the breakpoint, which is not fusion-specific.
IP6K2-CNDP2_48732522_72186183.msa

check button Potential FusionNeoAntigen Information
* We used NetMHCpan v4.1 (%rank<0.5) and deepHLApan v1.1 (immunogenic score>0.5)
Fusion geneHchrHbpTgeneTchrTbpHLA IFusionNeoAntigen peptideBinding scoreImmunogenic scoreNeoantigen start (at BP 13)Neoantigen end (at BP 13)
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:07RKFTPQYKV0.99890.5687514
IP6K2-CNDP2chr348732522chr1872186183426HLA-B08:09TPQYKVFGV0.96590.5078817
IP6K2-CNDP2chr348732522chr1872186183426HLA-A02:04KVFGVEPDL0.87950.63131221
IP6K2-CNDP2chr348732522chr1872186183426HLA-A02:21KVFGVEPDL0.86380.70151221
IP6K2-CNDP2chr348732522chr1872186183426HLA-A02:20KVFGVEPDL0.73830.61641221
IP6K2-CNDP2chr348732522chr1872186183426HLA-B48:01RKFTPQYKV0.60810.5818514
IP6K2-CNDP2chr348732522chr1872186183426HLA-B13:02RKFTPQYKV0.32650.9459514
IP6K2-CNDP2chr348732522chr1872186183426HLA-B52:01RKFTPQYKV0.0040.9708514
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:02RKFTPQYKVF0.99990.7168515
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:02MRKFTPQYKV0.9990.6558414
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:04MRKFTPQYKV0.99880.7803414
IP6K2-CNDP2chr348732522chr1872186183426HLA-B15:03RKFTPQYKVF0.91240.8507515
IP6K2-CNDP2chr348732522chr1872186183426HLA-A74:09KVFGVEPDLTR0.99850.75971223
IP6K2-CNDP2chr348732522chr1872186183426HLA-A74:11KVFGVEPDLTR0.99850.75971223
IP6K2-CNDP2chr348732522chr1872186183426HLA-A74:03KVFGVEPDLTR0.99850.75971223
IP6K2-CNDP2chr348732522chr1872186183426HLA-A31:06KVFGVEPDLTR0.99750.5861223
IP6K2-CNDP2chr348732522chr1872186183426HLA-A31:02KVFGVEPDLTR0.99650.74811223
IP6K2-CNDP2chr348732522chr1872186183426HLA-C01:17FTPQYKVF0.99290.8774715
IP6K2-CNDP2chr348732522chr1872186183426HLA-C01:30FTPQYKVF0.9320.8629715
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:14RKFTPQYKV0.99970.8398514
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:19KFTPQYKVF0.54130.6437615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:05KFTPQYKVF0.54090.9485615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:10KFTPQYKVF0.45920.9504615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:80KFTPQYKVF0.44690.9453615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:67KFTPQYKVF0.44690.9453615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:46KFTPQYKVF0.42470.8677615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:27KFTPQYKVF0.42470.9503615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C04:14KFTPQYKVF0.16570.7143615
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:14MRKFTPQYKV0.9990.8651414
IP6K2-CNDP2chr348732522chr1872186183426HLA-B73:01MRKFTPQYKV0.96930.7659414
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:03MRKFTPQYKV0.95550.9085414
IP6K2-CNDP2chr348732522chr1872186183426HLA-A31:01KVFGVEPDLTR0.99850.70251223
IP6K2-CNDP2chr348732522chr1872186183426HLA-C01:02FTPQYKVF0.99350.8703715
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:08RKFTPQYKV0.99970.8293514
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:06RKFTPQYKV0.99950.8922514
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:09RKFTPQYKV0.99930.8463514
IP6K2-CNDP2chr348732522chr1872186183426HLA-A32:01KVFGVEPDL0.96740.95891221
IP6K2-CNDP2chr348732522chr1872186183426HLA-A02:14KVFGVEPDL0.86910.55641221
IP6K2-CNDP2chr348732522chr1872186183426HLA-A02:06KVFGVEPDL0.86380.70151221
IP6K2-CNDP2chr348732522chr1872186183426HLA-C06:08RKFTPQYKV0.65890.9958514
IP6K2-CNDP2chr348732522chr1872186183426HLA-B39:02RKFTPQYKV0.62110.8706514
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:02KFTPQYKVF0.44690.9453615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C07:17KFTPQYKVF0.41550.9649615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C06:06KFTPQYKVF0.1180.9775615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C06:02RKFTPQYKV0.08320.9963514
IP6K2-CNDP2chr348732522chr1872186183426HLA-C06:17RKFTPQYKV0.08320.9963514
IP6K2-CNDP2chr348732522chr1872186183426HLA-C14:03KFTPQYKVF0.04430.9231615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C14:02KFTPQYKVF0.04430.9231615
IP6K2-CNDP2chr348732522chr1872186183426HLA-C04:04KFTPQYKVF0.04090.8593615
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:08MRKFTPQYKV0.99880.8112414
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:06MRKFTPQYKV0.99760.7908414
IP6K2-CNDP2chr348732522chr1872186183426HLA-B27:09MRKFTPQYKV0.99360.8571414
IP6K2-CNDP2chr348732522chr1872186183426HLA-B15:54RKFTPQYKVF0.97120.8901515
IP6K2-CNDP2chr348732522chr1872186183426HLA-B15:68RKFTPQYKVF0.94940.7229515
IP6K2-CNDP2chr348732522chr1872186183426HLA-B48:02RKFTPQYKVF0.81440.9191515
IP6K2-CNDP2chr348732522chr1872186183426HLA-A74:01KVFGVEPDLTR0.99850.75971223

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Potential FusionNeoAntigen Information of IP6K2-CNDP2 in HLA II

check button Multiple sequence alignments of the potential FusionNeoAntigens per fusion breakpoints. If the MSA is empty, then it means that there were predicted fusion neoantigens in this fusion breakpoint, but those predicted fusion neoantigens were not across the breakpoint, which is not fusion-specific.
IP6K2-CNDP2_48732522_72186183.msa

check button Potential FusionNeoAntigen Information
* We used NetMHCIIpan v4.1 (%rank<0.5).
Fusion geneHchrHbpTgeneTchrTbpHLA IIFusionNeoAntigen peptideNeoantigen start (at BP 13)Neoantigen end (at BP 13)
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0405TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0405FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0405KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0405PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0407TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0407FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0409TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0409FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0409KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0409PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0411TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0411FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0411KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0417TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0417FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0417KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0417PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0417RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0424TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0424FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0424KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0424PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0429TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0429FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0429KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0429PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0430TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0430FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0430KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0430PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0431TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0435TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0443TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0445TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0445FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0445KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0445PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0447TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0448TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0448FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0448KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0448PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0454TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0457TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0457FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0457KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0457PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0459TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0462TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0462FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0462KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0465TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0466MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0467TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0469TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0469FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0469KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0475TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0477TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0477FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0477KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0477PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0480TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0480FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0480KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0480PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0482TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0482FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0482KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0483TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0483FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0483KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0483PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0484TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0484FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0484KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0484PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0486TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0486FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0486KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0486PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0486RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0487TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0487FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0487KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0487PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0488TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0489TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0489FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0489KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0489PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0491TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0491FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0491KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0801TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0801FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0802MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0803TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0803FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0803KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0803PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0805TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0805FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0808TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0809MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0811TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0814TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0814FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0814KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0814PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0816TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0816FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0818TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0818FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0818KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0818PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0821MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0823TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0823FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0823KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0823PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0824MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0824EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0826TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0826FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0827TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0827FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0827KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0827PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0829TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0829FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0832TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0832FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0832KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0832PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0833TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0833FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0833KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0833PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0835TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0835FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0835KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0835PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0836TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0836FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0836KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0836PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0837TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0837FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0838TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0838FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0838KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0838PQYKVFGVEPDLTRE924
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0839TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0839FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0840TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0840FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0903TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0903FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0908TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0908FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-0908KFTPQYKVFGVEPDL621
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1101MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1101EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1101RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1105MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1105EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1108MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1108EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1109MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1109EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1109RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1110MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1110EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1110RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1111MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1112MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1112EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1112RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1115MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1115EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1115RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1119MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1119EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1124MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1124EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1124RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1127MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1127EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1127RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1128MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1128EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1128RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1129MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1129EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1129RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1131MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1131EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1132MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1132EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1133MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1133EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1133RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1137MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1137EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1139MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1139EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1139RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1145MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1149MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1149EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1149RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1151MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1151EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1151RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1153MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1161MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1161EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1161RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1162MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1162EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1162RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1164MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1166MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1166EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1166RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1169MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1169EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1172MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1172EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1172RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1173MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1173EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1174MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1174EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1174RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1175MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1175EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1175RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1179MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1180MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1180EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1180RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1181MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1181EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1181RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1182MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1187MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1187EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1187RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1190MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1190EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1190RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1191MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1191EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1191RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1193MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1193EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1193RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1194MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1194EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1194RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1195MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1195EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1195RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1196MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1196EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1196RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1305MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1305EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1305RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1307MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1307EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1312TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1312FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1313TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1313FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1314MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1314EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1314RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1326MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1326EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1326RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1330TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1337MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1337EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1347MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1347EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1349TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1350MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1350EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1350RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1355TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1356MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1356EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1360MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1360EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1362MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1362EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1362RKFTPQYKVFGVEPD520
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1363MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1382MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1382EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1385MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1385EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1386MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1402MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1403MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1409MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1413TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1413FTPQYKVFGVEPDLT722
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1427MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1427EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1430MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1430EMRKFTPQYKVFGVE318
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1440MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1441MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1453MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1463TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1467MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1477MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1485TPQYKVFGVEPDLTR823
IP6K2-CNDP2chr348732522chr1872186183426DRB1-1494MRKFTPQYKVFGVEP419
IP6K2-CNDP2chr348732522chr1872186183426DRB5-0106PAEMRKFTPQYKVFG116
IP6K2-CNDP2chr348732522chr1872186183426DRB5-0106LPAEMRKFTPQYKVF015
IP6K2-CNDP2chr348732522chr1872186183426DRB5-0204PAEMRKFTPQYKVFG116

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Fusion breakpoint peptide structures of IP6K2-CNDP2

check button3D structures of the fusion breakpoint peptide of 14AA sequence that have potential fusion neoantigens
* The minimum length of the amino acid sequence in RoseTTAFold is 14AA. Here, we predicted the 14AA fusion protein breakpoint sequence not the fusion neoantigen peptide, which is shorter than 14 AA.
File nameBPseqHgeneTgeneHchrHbpTchrTbpAAlen
4245KFTPQYKVFGVEPDIP6K2CNDP2chr348732522chr1872186183426

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Filtering FusionNeoAntigens Through Checking the Interaction with HLAs in 3D of IP6K2-CNDP2

check buttonVirtual screening between 25 HLAs (from PDB) and FusionNeoAntigens
* We used Glide to predict the interaction between HLAs and neoantigens.
HLA allelePDB IDFile nameBPseqDocking scoreGlide score
HLA-B14:023BVN4245KFTPQYKVFGVEPD-7.9962-8.1096
HLA-B14:023BVN4245KFTPQYKVFGVEPD-5.70842-6.74372
HLA-B52:013W394245KFTPQYKVFGVEPD-6.83737-6.95077
HLA-B52:013W394245KFTPQYKVFGVEPD-4.4836-5.5189
HLA-A11:014UQ24245KFTPQYKVFGVEPD-10.0067-10.1201
HLA-A11:014UQ24245KFTPQYKVFGVEPD-9.03915-10.0745
HLA-A24:025HGA4245KFTPQYKVFGVEPD-6.56204-6.67544
HLA-A24:025HGA4245KFTPQYKVFGVEPD-5.42271-6.45801
HLA-B44:053DX84245KFTPQYKVFGVEPD-7.85648-8.89178
HLA-B44:053DX84245KFTPQYKVFGVEPD-5.3978-5.5112
HLA-A02:016TDR4245KFTPQYKVFGVEPD-3.37154-4.40684

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Vaccine Design for the FusionNeoAntigens of IP6K2-CNDP2

check button mRNA and peptide sequences of FusionNeoAntigens that have potential interaction with HLA-Is.
Fusion geneHchrHbpTchrTbpStart in +/-13AAEnd in +/-13AAFusionNeoAntigen peptide sequenceFusionNeoAntigen RNA sequence
IP6K2-CNDP2chr348732522chr18721861831221KVFGVEPDLAAGTTTTTGGTGTTGAGCCAGACTTGA
IP6K2-CNDP2chr348732522chr18721861831223KVFGVEPDLTRAAGTTTTTGGTGTTGAGCCAGACTTGACCAGGG
IP6K2-CNDP2chr348732522chr1872186183414MRKFTPQYKVTGCGCAAATTCACTCCCCAGTACAAAGTTT
IP6K2-CNDP2chr348732522chr1872186183514RKFTPQYKVGCAAATTCACTCCCCAGTACAAAGTTT
IP6K2-CNDP2chr348732522chr1872186183515RKFTPQYKVFGCAAATTCACTCCCCAGTACAAAGTTTTTG
IP6K2-CNDP2chr348732522chr1872186183615KFTPQYKVFAATTCACTCCCCAGTACAAAGTTTTTG
IP6K2-CNDP2chr348732522chr1872186183715FTPQYKVFTCACTCCCCAGTACAAAGTTTTTG
IP6K2-CNDP2chr348732522chr1872186183817TPQYKVFGVCTCCCCAGTACAAAGTTTTTGGTGTTG

check button mRNA and peptide sequences of FusionNeoAntigens that have potential interaction with HLA-IIs.
Fusion geneHchrHbpTchrTbpStart in +/-13AAEnd in +/-13AAFusionNeoAntigen peptideFusionNEoAntigen RNA sequence
IP6K2-CNDP2chr348732522chr1872186183015LPAEMRKFTPQYKVFTCCCTGCTGAGATGCGCAAATTCACTCCCCAGTACAAAGTTTTTG
IP6K2-CNDP2chr348732522chr1872186183116PAEMRKFTPQYKVFGCTGCTGAGATGCGCAAATTCACTCCCCAGTACAAAGTTTTTGGTG
IP6K2-CNDP2chr348732522chr1872186183318EMRKFTPQYKVFGVEAGATGCGCAAATTCACTCCCCAGTACAAAGTTTTTGGTGTTGAGC
IP6K2-CNDP2chr348732522chr1872186183419MRKFTPQYKVFGVEPTGCGCAAATTCACTCCCCAGTACAAAGTTTTTGGTGTTGAGCCAG
IP6K2-CNDP2chr348732522chr1872186183520RKFTPQYKVFGVEPDGCAAATTCACTCCCCAGTACAAAGTTTTTGGTGTTGAGCCAGACT
IP6K2-CNDP2chr348732522chr1872186183621KFTPQYKVFGVEPDLAATTCACTCCCCAGTACAAAGTTTTTGGTGTTGAGCCAGACTTGA
IP6K2-CNDP2chr348732522chr1872186183722FTPQYKVFGVEPDLTTCACTCCCCAGTACAAAGTTTTTGGTGTTGAGCCAGACTTGACCA
IP6K2-CNDP2chr348732522chr1872186183823TPQYKVFGVEPDLTRCTCCCCAGTACAAAGTTTTTGGTGTTGAGCCAGACTTGACCAGGG
IP6K2-CNDP2chr348732522chr1872186183924PQYKVFGVEPDLTRECCCAGTACAAAGTTTTTGGTGTTGAGCCAGACTTGACCAGGGAAG

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Information of the samples that have these potential fusion neoantigens of IP6K2-CNDP2

check button These samples were reported as having these fusion breakpoints. For individual breakpoints, we checked the open reading frames considering multiple gene isoforms and chose the in-frame fusion genes only. Then, we made fusion protein sequences and predicted the fusion neoantigens. These fusion-positive samples may have these potential fusion neoantigens.
Cancer typeFusion geneHchrHbpHenstTchrTbpTenstSample
UCECIP6K2-CNDP2chr348732522ENST00000328631chr1872186183ENST00000324262TCGA-AJ-A3OJ

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Potential target of CAR-T therapy development for IP6K2-CNDP2

check button Predicted 3D structure. We used RoseTTAFold.

check buttonRetention 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, to provide the retention of the transmembrane domain, we only show the protein feature retention information of those transmembrane features


* Minus value of BPloci means that the break point is located before the CDS.
- In-frame and retained 'Transmembrane'.
PartnerGeneHbpTbpENSTStrandBPexonTotalExonProtein feature loci*BPlociTotalLenProtein featureProtein feature note

check button Subcellular localization prediction of the transmembrane domain retained fusion proteins
* We used DeepLoc 1.0. The order of the X-axis of the barplot is as follows: Entry_ID, Localization, Type, Nucleus, Cytoplasm, Extracellular, Mitochondrion, Cell_membrane, Endoplasmic_reticulum, Plastid, Golgi.apparatus, Lysosome.Vacuole, Peroxisome. Y-axis is the output score of DeepLoc. Clicking the image will open a new tab with a large image.
HgeneHchrHbpHenstTgeneTchrTbpTenstDeepLoc result

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Related Drugs to IP6K2-CNDP2

check button Drugs used for this fusion-positive patient.
(Manual curation of PubMed, 04-30-2022 + MyCancerGenome)
HgeneTgeneDrugSourcePMID

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Related Diseases to IP6K2-CNDP2

check button Diseases that have this fusion gene.
(Manual curation of PubMed, 04-30-2022 + MyCancerGenome)
HgeneTgeneDiseaseSourcePMID

check button Diseases associated with fusion partners.
(DisGeNet 4.0)
PartnerGeneDisease IDDisease name# pubmedsSource