ENST00000636465.1 IRAG2

Information
Transcript ID
ENST00000636465.1
Genome
hg38
Position
chr12:25,004,342-25,108,235
Strand
+
CDS length
4,365
Amino acid length
1,455
Gene symbol
IRAG2
Gene type
protein-coding
Gene description
inositol 1,4,5-triphosphate receptor associated 2
Gene Entrez Gene ID
4033
Variants

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Target data :
MGeND data only
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Variant name Gene AA change CDS Japanese
frequency		 TogoVar MGeND Genome ClinVar CIViC evidence DisGeNET entry COSMIC
occurrence		 Prediction
Entry Origin Type Annotation Entry Origin Annotation
Search Word
Target data :
MGeND data only
Category :
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Name MGeND Type Genome Size Chromosome Start Stop Ref Alt ClinVar Origin Entry CIViC evidence DisGeNET entry
Entry Origin Type Annotation
Search Word
Target data :
MGeND data only
Category :
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Name MGeND Type Genome Gene symbol Chromosome Genomic start Genomic stop Strand Ref Alt ClinVar Origin Entry CIViC evidence DisGeNET entry
Entry Origin Type Annotation
Exon
Exon number Start Stop
1 25,004,342 25,004,915
2 25,005,241 25,005,354
3 25,011,344 25,011,551
4 25,015,182 25,015,261
5 25,015,350 25,015,428
6 25,017,134 25,017,292
7 25,020,790 25,020,907
8 25,023,871 25,023,921
9 25,026,789 25,026,866
10 25,030,278 25,030,334
11 25,032,142 25,032,201
12 25,032,305 25,032,369
13 25,033,848 25,033,947
14 25,035,653 25,035,787
15 25,036,585 25,036,686
16 25,037,974 25,038,137
17 25,052,235 25,052,349
18 25,052,794 25,052,956
19 25,061,592 25,061,653
20 25,062,820 25,062,900
21 25,063,723 25,063,816
22 25,066,365 25,066,512
23 25,069,350 25,069,431
24 25,079,244 25,079,290
25 25,079,398 25,079,462
26 25,079,656 25,079,763
27 25,083,423 25,083,493
28 25,088,100 25,088,157
29 25,089,614 25,089,677
30 25,089,763 25,089,790
31 25,090,057 25,090,197
32 25,096,910 25,097,044
33 25,101,178 25,101,325
34 25,102,198 25,102,241
35 25,103,837 25,103,899
36 25,104,009 25,104,058
37 25,104,361 25,104,462
38 25,106,943 25,107,050
39 25,107,817 25,108,235
CDS
Exon number Type Start Stop
1 CDS 25,004,342 25,004,915
2 CDS 25,005,241 25,005,354
3 CDS 25,011,344 25,011,551
4 CDS 25,015,182 25,015,261
5 CDS 25,015,350 25,015,428
6 CDS 25,017,134 25,017,292
7 CDS 25,020,790 25,020,907
8 CDS 25,023,871 25,023,921
9 CDS 25,026,789 25,026,866
10 CDS 25,030,278 25,030,334
11 CDS 25,032,142 25,032,201
12 CDS 25,032,305 25,032,369
13 CDS 25,033,848 25,033,947
14 CDS 25,035,653 25,035,787
15 CDS 25,036,585 25,036,686
16 CDS 25,037,974 25,038,137
17 CDS 25,052,235 25,052,349
18 CDS 25,052,794 25,052,956
19 CDS 25,061,592 25,061,653
20 CDS 25,062,820 25,062,900
21 CDS 25,063,723 25,063,816
22 CDS 25,066,365 25,066,512
23 CDS 25,069,350 25,069,431
24 CDS 25,079,244 25,079,290
25 CDS 25,079,398 25,079,462
26 CDS 25,079,656 25,079,763
27 CDS 25,083,423 25,083,493
28 CDS 25,088,100 25,088,157
29 CDS 25,089,614 25,089,677
30 CDS 25,089,763 25,089,790
31 CDS 25,090,057 25,090,197
32 CDS 25,096,910 25,097,044
33 CDS 25,101,178 25,101,325
34 CDS 25,102,198 25,102,241
35 CDS 25,103,837 25,103,899
36 CDS 25,104,009 25,104,058
37 CDS 25,104,361 25,104,462
38 CDS 25,106,943 25,107,050
39 CDS 25,107,817 25,108,060
Other genome
Genome Chromosome Start End Links
hg19 chr12 25,157,276 25,261,169 Link
CDS sequence
ATGGCCTCTCCAAGGAAGGTAACTGAGAAGCGGCATAACCCAGTGGAAAGCATCTGTAGAAAGATCAGAGCCATCCACAAGAGAGAAGCAATTTCAAATCCAATTCAGCAGATTATCAAATACCAATCTAGCAGTTTTGATAGCCCACAGACGAACACCAAGAAATATTTTGAAGAGGTACTGAGGAAAATGACTGCTGCTTGTGTTCCTACGCCCGGCTCTCATTGGTCAAGTTCTGAGGAAGTCGATGCCTTCATTTCATCGCCTCAAATAATATCTCCAAGAACCCCATCCACCTCTCACCTCAGCTCCCCTGAGACTGCAACATACTCTGTTATTCTCACAAGTTCTGAAAACGTCTCAAAGCCGAAGTCACAGAGCAACAAGAATTATACATCTTTGATGTCACAGATCAGAAAAGCAGAGTTTTTCTCTAACAAGGATTTGAATAACTATTGTAGTGAAAATAATTTTAGTACCTTAACACTTGACTTTGATTCCACCTTTGTTCAAAGCTTGAAGTGTTTTGATCCTCAGGATTCAGTGGTAAAAAAATTATCTCTGAATGAAGATGGATGGAAACAAGAAGCTGATGATGGTAAAGAAGATGTAATATACAGCATCAACAGGGCCTGTAAAGAAGAGGCACTCACAAGTATTTTTAATGCATGTGACATCAAACGGAAAGAACTGATCTGCTCTTCTTTTTCCAAAGGCTCAGTCGGAGTGGCCAAAATAATCAATTTCCTGAGACAAACAACTAGCCAAAATTCTGAAGACAGTGGCCTTGAGCAGTTGTGGAACATGCTTGATCCTGAGAAGAGAGACCCACATGTGGACCTGGAAACTTTCCAGGCCATGATGAAAGACTGGATGGCTTACTGTGGAAACACATGGGAAGGAGTGAATCATAGATTAAGCAGCATCATCGATGATTCTGTTTGTGAACAGGATGGCATAAAATCAGATGGAACAATGAAGATGAGCACAGATATAACAGATTCTACATTGGGGAGCTTCGAGGCTTTGGGAGGAGAAACATCTAAAGGAGTCTTAGAGGTGTCTGATTTGATTGCCTACGTAGCAGACCTTCATTTCAACAAAAGAAAACTTGAGGAAGAAAATAATAAGTTTAAGTTGGCTTTAGAAACCCTGGAAGAAACTAACAGCCAGTTATCAGAGGACTGTACCGAATTGCGCCTTCAGGTAAAAAGTGCCCACCAGGCTATTATGAGAACAAATCTGTTAAAAGAAGAACTGGAGGAACTGAAACTTAGTATGAATGCTTCAGAAGAGCAGAAGAGCATGATTGTAGCCCAGAGCAAACAATTAGAGACAGAAAACCGGGCTCTGATTCTTAAGATTCGGATTCTACAGGAAGAGAATTTCAAGAACATCATGGATATAGACAGACTGGAAAAGAAGATTGAAGACTTGTCTAAAACTGAGACAGAGCACCAAATGCAGTTACACACATATGAGAACACTTTGCTTAATAAAGATACAAGTTTGCAGAAGAAAGGCTTATATATAGAAGAACTTAAATCAACCATCATAGAATATGGAAGCATTATAGAGAATTTACGAGGGGAAAAAAGTAAACTGGCTCATGAGTTACAGCACTTGCAACAGGCACTCATCACAAATGGGATCCAGTTGAATGTTAATGGAGAGTGTAACAGTATCATCTCTGAAGGAGAAAAGTCTTTACATTACGAACTCACTCTTGCTCAGTCTGCAGAGAACACTGAAACAGAAAGGCAGCACAATGTAATCAACTTGTCATCTCTGGACGCCATGATGGATCAGGAAATGCTGCTATTACTAAGAGAGCCCGCACAGAAGGCAGTGGAATTCACAGCCACGCTTCAGAAGCTGCACGAAGAAATTTCTAAAATTGCAACCCTCATTGAAAACTCTCGACGGTGGGTAACTAATCCAGAAATTACTGTGAAAGAAAAGTGGGAGGAGCAGCTTACTGAATTCAACAATATCATGGAAGAGAAGCTAGATCTTTGCATATTAATGCTGAACATCTTGGGAAACCACAAAGAGTCTCTTGATAAAGAATTTGCCAAATTAATAGAGATTTTGAAGAGATTCAGGCAGGAATATTTTTATTTCAGAAAAGAATTTCTTGCCAGTCAGAAACAACTAGAAGCCATTAAACAACTACAGGAAGATGCTGTCAACCAGGAAGGCATCCTTAGGAAGAGGCTCCAAGAAACCAGCCAACGGCTGGAGGATGTGGAGGAGCAGGGTAAGGATCGAGATCGAGAAGCCCACACTGCCAGTGAAAAAGCTACGTCTTTACTGCATAAATTAGAGGAAGCAATTTCGGAACAACGGAACCTTCAAACTATAAATACTGAATTATCGAACACTTGCCAGGCACTTCAGCAGAAGACAAGGAAACTGAAGACAACAATTGAGTCACTTCAAAAGGAGTTCATTGAAGGGGAACACCATGGCTTGCTGTTTCAGAGCTTTTTAGATGAGGAATTTCCTCACTATGATTCCCTGTCCTGCGCAGATGCAATTCAACAACCTCTTCAAGAAAAATTGCAGTGTTGCCACAAACTATATGGTGGTCAAGAAGCAAGAATACATCAGACACCCCTGACCTTGAAACATACGTGCTGGTACACACCTCTGCTGGATGCCTTATCTCTGGATAGTTTTACAGCAGTTCCAACCCTGGAATCAACACCTTTCTCAGGTGTAGCCAACCAAATCCACACTCTGTGTGAAAGGCCCACATATGGAGAAGTAAAGGATGGTGCTTTGGATGTAAAAAGACAACACAAGTGCCCAGGCCCCACAAGTGGCCCCAGCCCAGGAACGAATCTCTCAGGCTGCATCAGGATGAATGATGACCCAAGTATGGAAGAGAATGGTGTTGAACGCGTGTGTCCTGAGAGCCTGCTGCAGTCCAGGGAATATTCCTCACTACCATTACCCAGACACACTTCATCGACAGACGGTACTATAACTTCAAGTGATCCTGGATTAGAAATTCTGAATATGGCTTCTTGTGACCTTGACAGAAACTCGCTCTGTAAGAAAGAGGAGGATACAAGATCAGCTTCTCCCACGATAGAGGCCCAAGGCACAAGTCCAGCTCATGATAATATTGCATTCCAAGACTCTACGAGTAAGGATAAAACCATATTAAATCTGGAAGCCAAAGAGGAACCAGAAACAATAGAAGAACATAAAAAAGAACATGCTTCAGGAGACTCTGTGGTTTCCCCTCTTCCTGTAACCACTGTGAAATCGGTTAACCTTAGACAAAGTGAGAACACTTCTGCTAATGAGAAGGAGGTGGAGGCAGAATTTCTCAGATTATCTTTGGGATTTAAGTGTGACTGGTTTACCTTGGAGAAGAGAGTGAAGCTTGAAGAGAGGTCCCGTGACTTGGCAGAAGAAAATTTGAAGAAAGAAATCACTAACTGTTTAAAACTATTAGAGTCTTTAACACCTCTGTGTGAAGATGACAACCAGGCACAGGAAATCATTAAGAAGCTGGAGAAGAGTATAAAGTTTCTTAGCCAGTGTGCAGCACGAGTGGCCAGTAGGGCTGAGATGTTGGGAGCCATCAATCAGGAAAGCCGGGTTAGTAAAGCAGTTGAAGTGATGATTCAGCACGTAGAAAACTTGAAGAGGATGTATGCCAAAGAGCACGCTGAATTAGAAGAACTGAAACAGGTTCTTCTGCAGAATGAAAGGTCTTTCAATCCTCTTGAAGATGATGATGACTGCCAAATTAAAAAACGTTCAGCTTCTCTAAACTCCAAGCCATCTTCTCTACGAAGAGTGACTATTGCCTCTTTACCCAGAAATATTGGAAATGCAGGAATGGTGGCTGGGATGGAAAATAATGATCGATTCAGTAGAAGGTCAAGCAGTTGGCGTATTTTGGGGTCAAAGCAGAGTGAACACCGTCCCTCATTACCTCGATTTATTAGCACCTATTCCTGGGCAGATGCTGAAGAAGAAAAATGTGAACTAAAAACTAAAGATGACTCAGAGCCATCTGGAGAAGAAACAGTAGAAAGGACAAGGAAGCCAAGTCTTTCTGAAAAGAAAAATAATCCATCAAAGTGGGATGTCTCTTCAGTTTATGACACAATAGCTTCCTGGGCAACAAATCTCAAGTCCTCCATCAGAAAGGCTAATAAGGCCCTCTGGCTCTCTATTGCATTCATTGTACTGTTTGCAGCTTTGATGAGCTTCCTCACAGGCCAATTATTCCAGAAGTCTGTGGATGCCGCTCCCACACAGCAAGAGGACTCATGGACGTCTCTAGAACATATCTTGTGGCCATTTACCAGACTCCGACACAATGGGCCACCACCAGTGTGA
Amino sequence
MASPRKVTEKRHNPVESICRKIRAIHKREAISNPIQQIIKYQSSSFDSPQTNTKKYFEEVLRKMTAACVPTPGSHWSSSEEVDAFISSPQIISPRTPSTSHLSSPETATYSVILTSSENVSKPKSQSNKNYTSLMSQIRKAEFFSNKDLNNYCSENNFSTLTLDFDSTFVQSLKCFDPQDSVVKKLSLNEDGWKQEADDGKEDVIYSINRACKEEALTSIFNACDIKRKELICSSFSKGSVGVAKIINFLRQTTSQNSEDSGLEQLWNMLDPEKRDPHVDLETFQAMMKDWMAYCGNTWEGVNHRLSSIIDDSVCEQDGIKSDGTMKMSTDITDSTLGSFEALGGETSKGVLEVSDLIAYVADLHFNKRKLEEENNKFKLALETLEETNSQLSEDCTELRLQVKSAHQAIMRTNLLKEELEELKLSMNASEEQKSMIVAQSKQLETENRALILKIRILQEENFKNIMDIDRLEKKIEDLSKTETEHQMQLHTYENTLLNKDTSLQKKGLYIEELKSTIIEYGSIIENLRGEKSKLAHELQHLQQALITNGIQLNVNGECNSIISEGEKSLHYELTLAQSAENTETERQHNVINLSSLDAMMDQEMLLLLREPAQKAVEFTATLQKLHEEISKIATLIENSRRWVTNPEITVKEKWEEQLTEFNNIMEEKLDLCILMLNILGNHKESLDKEFAKLIEILKRFRQEYFYFRKEFLASQKQLEAIKQLQEDAVNQEGILRKRLQETSQRLEDVEEQGKDRDREAHTASEKATSLLHKLEEAISEQRNLQTINTELSNTCQALQQKTRKLKTTIESLQKEFIEGEHHGLLFQSFLDEEFPHYDSLSCADAIQQPLQEKLQCCHKLYGGQEARIHQTPLTLKHTCWYTPLLDALSLDSFTAVPTLESTPFSGVANQIHTLCERPTYGEVKDGALDVKRQHKCPGPTSGPSPGTNLSGCIRMNDDPSMEENGVERVCPESLLQSREYSSLPLPRHTSSTDGTITSSDPGLEILNMASCDLDRNSLCKKEEDTRSASPTIEAQGTSPAHDNIAFQDSTSKDKTILNLEAKEEPETIEEHKKEHASGDSVVSPLPVTTVKSVNLRQSENTSANEKEVEAEFLRLSLGFKCDWFTLEKRVKLEERSRDLAEENLKKEITNCLKLLESLTPLCEDDNQAQEIIKKLEKSIKFLSQCAARVASRAEMLGAINQESRVSKAVEVMIQHVENLKRMYAKEHAELEELKQVLLQNERSFNPLEDDDDCQIKKRSASLNSKPSSLRRVTIASLPRNIGNAGMVAGMENNDRFSRRSSSWRILGSKQSEHRPSLPRFISTYSWADAEEEKCELKTKDDSEPSGEETVERTRKPSLSEKKNNPSKWDVSSVYDTIASWATNLKSSIRKANKALWLSIAFIVLFAALMSFLTGQLFQKSVDAAPTQQEDSWTSLEHILWPFTRLRHNGPPPV*