Entry RHIRO28145 (A0A2K6N8L2)

E Rhinopithecus roxellana


General Information

Description
transcript_id=ENSRROT00000002554.1
Organism
RHIRO - Rhinopithecus roxellana (Taxon-ID: 61622)
Locus
scaffold_KN297186.1join(complement(1339208..1339451), complement(1339124..1339194), complement(1338802..1339103), complement(1338733..1338782), complement(1338464..1338684), complement(1337869..1338441))
Number of exons
6
Alternative splicing
RHIRO28146
RHIRO28147

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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SLHEGPRTSW ICSSRGWKHL FTAVMYTVQR RQAAETLLHV ESPTCLRVSR SPVEVFVPPC    60
VSTPEFIHAA EARCHYRNCR GESEPMDASP IPTSPDSCEP MKKKKQSPVS SGSPELGIKK   120
KLREGKGNIT YLWEFLLDLL QDKNTCPRYI KWPQREKGIF KLVDSKAVSK LWGKHKNKPD   180
MNYETMGQAL RYYYQREILA NVEGQRDMPQ NIVVIDDNKS ETLSLSAESL LKAASSVRGG   240
RNSSPRNCSR PEKGVGRFVN ITSPGHDASS RSPTITASVS ATAAPRTVCV AMQVPVKISA   300
VAVQSLNAGA PLIISTSPTT ATSPKAAIQA VPAVMPASTE NGDKITMQPA KIITIPATQL   360
AQCQLQTESN LIGSGSIHTV GAPLAVRAVT PVSIAHGTPV MRLSVPTQQV SGQTPPQVTS   420
VVIKGPEVKS EAVAKKQECG VETLLLVEEK LAGGNKTVTH VVVVSAPSAT ALPVTMKTEG   480
LVTCEK                                                              486

Coding Sequence

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TCTCTGCATG AGGGACCCCG AACCAGCTGG ATCTGCTCAT CTCGGGGGTG GAAGCATCTG    60
TTCACAGCAG TAATGTACAC TGTACAGAGA AGACAAGCTG CTGAAACCCT GCTTCATGTG   120
GAATCTCCTA CCTGCTTGAG GGTTTCAAGA AGTCCTGTGG AAGTTTTTGT CCCTCCTTGT   180
GTATCAACTC CAGAATTTAT CCATGCCGCT GAGGCCAGAT GTCATTACAG AAACTGTAGG   240
GGAGAGTCTG AACCAATGGA TGCCTCTCCT ATTCCTACAT CACCAGATAG CTGTGAACCA   300
ATGAAAAAGA AAAAACAATC ACCAGTTTCC AGTGGGTCTC CTGAGTTAGG TATAAAGAAG   360
AAACTGAGAG AAGGAAAAGG AAACATAACC TATTTGTGGG AGTTTCTTTT AGATCTACTT   420
CAAGATAAAA ATACTTGTCC CCGGTATATT AAATGGCCTC AGAGAGAAAA AGGCATATTC   480
AAGCTGGTGG ATTCAAAAGC TGTCTCGAAG CTTTGGGGAA AGCATAAGAA TAAACCAGAC   540
ATGAACTATG AAACCATGGG ACAAGCTTTG AGATACTACT ACCAAAGGGA AATTCTTGCA   600
AACGTTGAAG GACAGAGGGA TATGCCCCAA AACATTGTGG TCATAGACGA TAACAAAAGT   660
GAAACCTTGT CTCTGTCTGC AGAAAGTCTC CTGAAAGCAG CATCTTCTGT TCGTGGTGGA   720
AGAAATTCAT CCCCTAGAAA CTGCTCCAGA CCAGAGAAGG GTGTGGGTAG ATTTGTGAAT   780
ATCACTTCCC CTGGTCACGA TGCTTCATCC AGGTCTCCTA CTATCACTGC ATCTGTATCA   840
GCAACAGCAG CTCCAAGGAC AGTTTGTGTG GCAATGCAAG TACCTGTTAA AATTTCAGCT   900
GTGGCAGTTC AGTCACTTAA TGCAGGTGCA CCATTAATAA TCAGCACGAG TCCAACAACA   960
GCCACCTCTC CAAAGGCAGC CATTCAGGCA GTCCCTGCTG TGATGCCAGC TTCTACTGAA  1020
AACGGAGACA AAATCACCAT GCAGCCTGCC AAAATTATTA CCATCCCAGC TACACAGCTT  1080
GCACAGTGTC AACTGCAGAC AGAGTCAAAT CTGATTGGAT CAGGAAGCAT TCACACTGTT  1140
GGAGCCCCAT TGGCTGTGAG AGCAGTTACC CCTGTTTCAA TAGCCCATGG TACACCTGTA  1200
ATGAGACTAT CAGTGCCTAC TCAGCAGGTA TCTGGACAGA CTCCTCCTCA AGTTACCAGT  1260
GTAGTCATAA AGGGGCCAGA GGTTAAATCA GAAGCAGTGG CAAAAAAGCA AGAATGTGGT  1320
GTGGAAACTT TGCTGTTGGT AGAAGAAAAA CTGGCAGGTG GAAATAAGAC AGTGACCCAC  1380
GTAGTGGTGG TCAGTGCGCC TTCAGCTACT GCCCTTCCTG TAACTATGAA AACAGAAGGA  1440
CTAGTGACAT GTGAGAAATA A                                            1461