Entry RHIRO15428 (A0A2K6RKH2)

E Rhinopithecus roxellana


General Information

Description
transcript_id=ENSRROT00000066020.1
Organism
RHIRO - Rhinopithecus roxellana (Taxon-ID: 61622)
Locus
scaffold_KN296508.1join(1147352..1147400, 1151879..1153524)
Number of exons
2
Alternative splicing
RHIRO15429
RHIRO15430

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MDTHSVTQAG VQWRDLVHSN KEWSQRINGA SHSRRCQLLL EIYPEWNPDN DTGHTMGDPF    60
MLQQSTNPAP GILGPPPPSF HLGGPAVGPR GNLGAGNGNL QGPRHMQKGR VETSRVVHIM   120
DFQRGKNLRY QLLQLVEPFG VISNHLILNK INEAFIEMAT TEDAQAAVDY YTTTPALVFG   180
KPVRVHLSQK YKRIKKPEGK PDQKFDQKQE LGRVIHLSNL PHSGYSDSAV LKLAESYGKI   240
KNYVLMRMKS QAFIEMETRE DAMAMVDHCL KKALWFQGRC VKVDLSEKYK KLVLRIPNRG   300
IDLLKKDKSR KRSYSPDGKE SPSDKKSKTD GSQKTESSTE GKEQEEKSGE DGEKDTKDDQ   360
TEQEPNMLLE SKGELLVDEE EAAALLESGS SVGDETDLAN LGDVASDGKK EPSDKAVKKD   420
ASASAAAKKK LKKVDKIEEL DQENEAALEN GIKNEENTEP GAESAENADD PNKDTSENAD   480
GQSDENKEDY TIPDEYRIGP YQPNVPVGID YVIPKTGFYC KLCSLFYTNE EVAKNTHCSS   540
LPHYQKLKKF LNKLAEEHRQ KKET                                          564

Coding Sequence

Download: Fasta
ATGGACACTC ACTCTGTCAC CCAGGCTGGA GTGCAGTGGC GTGATCTTGT TCATTCTAAT    60
AAGGAGTGGA GTCAACGTAT CAATGGAGCA AGTCACAGTC GTCGATGCCA GCTTCTTCTT   120
GAAATCTACC CAGAATGGAA TCCTGACAAT GATACAGGAC ACACAATGGG TGATCCATTC   180
ATGTTGCAGC AGTCTACAAA TCCAGCACCA GGAATTCTGG GACCTCCACC TCCCTCGTTT   240
CATCTTGGGG GACCAGCAGT TGGACCAAGA GGAAATCTGG GTGCTGGAAA TGGAAACCTG   300
CAAGGACCTA GACACATGCA AAAAGGCAGA GTGGAAACTA GCAGAGTTGT TCACATCATG   360
GATTTTCAAC GAGGGAAAAA CTTGAGATAC CAGCTATTAC AGCTGGTGGA ACCATTTGGA   420
GTCATTTCAA ATCATCTGAT TCTAAATAAA ATTAATGAGG CATTTATTGA AATGGCAACC   480
ACAGAGGATG CTCAGGCTGC CGTGGATTAT TACACAACCA CACCAGCGTT AGTATTTGGC   540
AAGCCAGTGA GAGTTCATTT ATCCCAGAAG TATAAAAGAA TAAAGAAACC TGAAGGAAAG   600
CCAGATCAGA AGTTTGATCA AAAACAAGAG CTTGGACGTG TGATACATCT CAGCAATTTG   660
CCCCATTCTG GCTATTCTGA TAGTGCTGTT CTCAAGCTTG CTGAGTCTTA TGGGAAAATA   720
AAGAATTACG TATTGATGAG GATGAAAAGT CAGGCTTTTA TTGAGATGGA GACAAGAGAA   780
GATGCAATGG CAATGGTTGA CCATTGTTTG AAAAAAGCCC TTTGGTTTCA GGGGAGATGT   840
GTGAAGGTTG ACCTGTCTGA GAAATATAAA AAACTGGTAC TGAGGATTCC AAACAGAGGC   900
ATTGATTTAC TGAAAAAAGA TAAATCCCGA AAAAGATCTT ACTCTCCAGA CGGCAAAGAA   960
TCTCCAAGTG ATAAGAAATC CAAAACTGAT GGTTCCCAGA AGACTGAAAG TTCAACCGAA  1020
GGTAAAGAAC AAGAAGAGAA GTCCGGTGAA GATGGTGAGA AAGACACAAA GGATGACCAG  1080
ACAGAGCAGG AACCTAATAT GCTTCTTGAA TCTAAAGGTG AGCTACTTGT AGATGAAGAA  1140
GAAGCAGCAG CCCTGCTAGA AAGTGGCAGT TCAGTGGGAG ACGAGACTGA TCTTGCTAAT  1200
TTAGGTGATG TGGCTTCTGA TGGGAAAAAG GAACCTTCAG ATAAAGCTGT GAAAAAAGAT  1260
GCAAGTGCTT CAGCAGCAGC AAAGAAAAAG CTTAAAAAGG TGGACAAGAT CGAGGAACTT  1320
GATCAAGAAA ACGAAGCAGC GTTGGAAAAT GGAATTAAAA ATGAGGAAAA CACAGAACCA  1380
GGTGCTGAAT CTGCTGAGAA CGCTGATGAT CCCAACAAGG ATACAAGTGA AAACGCAGAT  1440
GGTCAAAGTG ATGAGAACAA GGAGGACTAT ACAATCCCAG ATGAGTATAG AATTGGACCA  1500
TATCAGCCCA ATGTTCCTGT TGGTATAGAC TATGTGATAC CTAAAACAGG GTTTTACTGT  1560
AAGCTGTGTT CCCTCTTTTA TACAAATGAA GAAGTTGCAA AGAATACTCA TTGCAGCAGC  1620
CTTCCTCATT ATCAGAAATT AAAGAAATTT CTGAATAAAT TGGCAGAAGA ACACAGACAG  1680
AAGAAGGAAA CTTAA                                                   1695