Gene HUMAN77505 (D6R9J5)

E Homo sapiens | Inositol polyphosphate-4-phosphatase type II B | phosphatidylinositol-3,4-bisphosphate 4-phosphatas [INPP4B]

HOG OMA Group
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Protein sequences and cDNA of the selected isoforms are displayed below the tables
Protein ID
Sequence length
Exons
Domain Architectures
Number exons
Cross reference
HUMAN77502 924 23 UniProtKB/SwissProt INP4B_HUMAN
HUMAN77503 924 23 UniProtKB/SwissProt INP4B_HUMAN
HUMAN77504 924 23 UniProtKB/SwissProt INP4B_HUMAN
HUMAN77506 688 16 Ensembl ENSG00000109452.12
HUMAN77507 416 13 UniProtKB/TrEMBL D6R9J5
HUMAN77508 817 21 UniProtKB/TrEMBL D6R9J5
HUMAN77509 686 17 UniProtKB/TrEMBL E9PHC0
HUMAN77510 33 2 UniProtKB/TrEMBL H0Y9Q3
HUMAN77511 65 3 UniProtKB/TrEMBL H0YA10
HUMAN77512 131 5 UniProtKB/SwissProt INP4B_HUMAN
HUMAN77513 84 3 UniProtKB/TrEMBL D6R9J5
HUMAN77514 47 3 UniProtKB/TrEMBL D6R9J5
HUMAN77515 53 3 UniProtKB/TrEMBL D6R9J5
HUMAN77516 53 3 UniProtKB/TrEMBL D6R9J5
HUMAN77517 39 2 UniProtKB/TrEMBL D6R9J5
HUMAN77505 reference isoform 938 23 UniProtKB/TrEMBL D6R9J5


Protein Sequence

Download: Fasta
MEIKEEGASE EGQHFLPTAQ ANDPGDCQFT SIQKTPNEPQ LEFILACKDL VAPVRDRKLN    60
TLVQISVIHP VEQSLTRYSS TEIVEGTRDP LFLTGVTFPS EYPIYEETKI KLTVYDVKDK   120
SHDTVRTSVL PEHKDPPPEV GRSFLGYASF KVGELLKSKE QLLVLSLRTS DGGKVVGTIE   180
VSVVKMGEIE DGEADHITTD VQGQKCALVC ECTAPESVSG KDNLPFLNSV LKNPVCKLYR   240
FPTSDNKWMR IREQMSESIL SFHIPKELIS LHIKEDLCRN QEIKELGELS PHWDNLRKNV   300
LTHCDQMVNM YQDILTELSK ETGSSFKSSS SKGEKTLEFV PINLHLQRMQ VHSPHLKDAL   360
YDVITVGAPA AHFQGFKNGG LRKLLHRFET ERRNTGYQFI YYSPENTAKA KEVLSNINQL   420
QPLIATHADL LLNSASQHSP DSLKNSLKML SEKTELFVHA FKDQLVRSAL LALYTARPGG   480
ILKKPPSPKS STEESSPQDQ PPVMRGQDSI PHHSDYDEEE WDRVWANVGK SLNCIIAMVD   540
KLIERDGGSE GSGGNNDGEK EPSLTDAIPS HPREDWYEQL YPLILTLKDC MGEVVNRAKQ   600
SLTFVLLQEL AYSLPQCLML TLRRDIVFSQ ALAGLVCGFI IKLQTSLYDP GFLQQLHTVG   660
LIVQYEGLLS TYSDEIGMLE DMAVGISDLK KVAFKIIEAK SNDVLPVITG RREHYVVEVK   720
LPARMFESLP LQIKEGQLLH VYPVLFNVGI NEQQTLAERF GDVSLQESIN QENFELLQEY   780
YKIFMEKMPP DYISHFQEQN DLKALLENLL QNIQSKKRKN VEIMWLAATI CRKLNGIRFT   840
CCKSAKDRTS MSVTLEQCSI LRDEHQLHKD FFIRALDCMR SRQTQGALNE SDDPETGCLT   900
DNKPTSRHFY PVALLLVSSH LLVVWLILSL ALLLAKYQ                           938

cDNA Sequence

Download: Fasta
ATGGAAATTA AAGAGGAAGG GGCATCAGAA GAAGGGCAGC ACTTTCTTCC TACAGCCCAG    60
GCCAATGATC CCGGGGACTG TCAGTTCACA AGTATCCAGA AGACTCCAAA TGAACCGCAG   120
TTGGAATTCA TCCTTGCATG CAAGGATCTC GTGGCTCCTG TCCGTGATCG TAAACTGAAT   180
ACACTGGTGC AGATCTCCGT AATCCACCCC GTGGAGCAGA GTCTGACAAG ATACTCCAGC   240
ACCGAAATTG TGGAGGGAAC AAGGGACCCA CTGTTTTTGA CTGGTGTCAC ATTCCCATCT   300
GAGTATCCCA TCTATGAGGA GACCAAAATA AAACTAACAG TCTATGATGT CAAGGATAAG   360
TCTCATGACA CCGTTCGAAC CAGTGTCCTA CCAGAACATA AGGATCCCCC GCCAGAAGTT   420
GGGCGAAGTT TCTTGGGCTA TGCCAGTTTT AAAGTGGGAG AGCTGCTGAA GTCAAAGGAG   480
CAATTGCTGG TCCTGAGCCT GAGAACTTCA GATGGTGGCA AAGTGGTTGG CACCATAGAA   540
GTCAGTGTCG TGAAGATGGG GGAGATTGAG GATGGGGAAG CCGACCACAT CACCACAGAT   600
GTACAGGGAC AAAAGTGTGC CCTGGTATGT GAATGTACAG CCCCGGAAAG TGTGAGCGGA   660
AAAGATAACT TACCTTTTTT GAATTCAGTG TTAAAGAACC CAGTATGTAA ATTATATAGA   720
TTTCCCACAT CTGACAATAA GTGGATGCGA ATTCGAGAGC AGATGTCAGA GAGCATTCTT   780
TCCTTTCATA TTCCTAAGGA ATTGATTTCC CTTCACATTA AAGAAGATTT GTGCAGAAAC   840
CAGGAGATAA AAGAACTTGG TGAGCTTTCT CCACATTGGG ACAATCTGCG AAAAAATGTC   900
CTTACTCACT GTGATCAAAT GGTGAATATG TACCAAGACA TTCTGACAGA ACTTAGCAAG   960
GAAACAGGGT CCTCTTTCAA ATCAAGCAGC AGCAAAGGAG AGAAAACATT AGAATTTGTT  1020
CCAATAAATC TACATCTGCA AAGAATGCAG GTACACAGCC CTCACTTGAA AGATGCTCTC  1080
TACGATGTCA TCACTGTGGG AGCCCCAGCT GCCCATTTTC AGGGATTTAA GAATGGTGGT  1140
CTTCGGAAGC TACTCCATAG ATTTGAAACA GAAAGAAGAA ATACCGGATA CCAGTTTATT  1200
TACTATTCAC CTGAAAACAC AGCCAAAGCA AAGGAAGTTC TCAGCAACAT CAATCAACTA  1260
CAACCTCTTA TAGCAACCCA TGCAGACCTA CTGCTTAATT CTGCAAGCCA GCATTCTCCA  1320
GACAGCTTGA AGAATTCTTT AAAGATGCTT TCAGAAAAAA CAGAGCTTTT TGTACATGCC  1380
TTCAAGGATC AACTTGTCAG GAGTGCTCTT TTAGCACTCT ACACTGCAAG GCCAGGAGGC  1440
ATTCTTAAGA AGCCACCCTC TCCTAAGAGC AGCACAGAGG AGAGCAGTCC CCAAGACCAA  1500
CCCCCAGTGA TGAGAGGGCA GGACTCCATA CCACATCATT CAGACTATGA TGAGGAAGAG  1560
TGGGACAGGG TGTGGGCCAA TGTGGGGAAG AGCCTGAACT GCATTATTGC TATGGTGGAC  1620
AAACTGATTG AAAGAGATGG TGGCAGTGAA GGCAGTGGCG GCAACAATGA TGGAGAAAAG  1680
GAACCTTCAT TAACAGATGC CATTCCCTCT CACCCAAGAG AGGACTGGTA TGAACAGTTG  1740
TATCCCCTCA TCCTTACCCT GAAGGACTGC ATGGGAGAAG TGGTGAACCG AGCCAAGCAG  1800
TCCCTGACAT TTGTGCTCCT TCAGGAACTT GCGTACAGCT TGCCCCAGTG TCTGATGCTG  1860
ACGCTAAGAA GAGACATCGT CTTCAGCCAA GCACTTGCTG GATTGGTTTG TGGTTTTATC  1920
ATCAAATTAC AGACAAGTCT GTATGACCCA GGCTTCCTAC AGCAGCTTCA CACAGTGGGG  1980
TTGATAGTAC AATATGAAGG ACTGCTAAGT ACATACAGCG ATGAAATTGG AATGCTAGAG  2040
GACATGGCCG TTGGCATTTC CGATTTAAAG AAAGTTGCAT TTAAAATAAT TGAAGCCAAA  2100
TCCAATGATG TGTTGCCAGT TATAACAGGA AGACGAGAAC ATTACGTGGT AGAGGTCAAG  2160
CTTCCAGCCA GAATGTTTGA GTCACTACCT CTACAGATTA AAGAAGGACA GTTGCTTCAT  2220
GTGTATCCAG TACTTTTTAA TGTTGGAATC AATGAACAGC AAACTCTGGC TGAAAGGTTT  2280
GGAGATGTCT CTTTGCAAGA AAGTATTAAT CAGGAAAACT TCGAACTTCT ACAAGAATAT  2340
TACAAGATAT TTATGGAAAA GATGCCTCCT GATTATATTT CACATTTTCA GGAACAAAAT  2400
GATTTAAAAG CATTGCTAGA AAATCTCCTT CAAAATATCC AATCCAAAAA AAGAAAGAAT  2460
GTAGAAATTA TGTGGCTGGC TGCAACGATT TGCCGCAAAC TGAATGGTAT TCGTTTCACC  2520
TGTTGTAAAA GTGCCAAAGA CAGGACATCG ATGTCAGTGA CACTTGAACA ATGCTCAATC  2580
TTGAGAGATG AGCACCAGTT ACACAAGGAC TTCTTTATCC GAGCGCTGGA TTGCATGAGA  2640
AGCAGACAAA CCCAGGGAGC ACTGAATGAA TCCGATGATC CTGAAACAGG CTGTCTAACT  2700
GATAACAAGC CAACTTCTCG ACACTTCTAT CCTGTCGCCT TGCTGCTTGT CAGCTCACAC  2760
CTGCTAGTTG TGTGGCTTAT TTTAAGTCTG GCGTTACTCT TAGCCAAATA CCAATAA     2817