Entry HYPDU14157 (nHd.2.3.1.t14250-RA)

E Hypsibius dujardini


General Information

Description
nHd.2.3.1.t14250-RA
Organism
HYPDU - Hypsibius dujardini (Taxon-ID: 232323)
Locus
n/a
Number of exons
0

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MVQLQKEALR FKAATVFFVL FVVIFLATSV ALLAYLVIEQ IEGASTSLKE PISKQHITCD    60
VLIIGSGFAG SFAAYQLAPQ VKDKLCLIEK SDRDGGRIYD VSEYPGGPVF GAGALRVTGK   120
QTTMLALAKE LGMTLQTVED EQELLKVRGR HYYRGGPTLL EGEAARGMCR DVFPSANCSN   180
DSSAPTDERM FSILSRLREE RPHLIDAHPD FPTLLHSLFG DEGVAFFEAN SYHSLVSSIS   240
NQAALDFIES EEGTFGALSY PLGGMSQYII RMLERAITDG LRPFRSEPAV SIESRDDGTF   300
VVETTTLSIT ADRVLCAVDP LGFAGISGNV AERVKASPEF QAILPKTSIT VAAWWDARWW   360
EQSVLHRNRN LTRITSHGNC FNGMEVAVFP YGRDQNVTRV VYDDGACLDT WRLLINAGAS   420
SEKLTNEVLR SLQQVFHDVK VPRPRSLIGY VHENAWHFQH PKSKKSNKEI LNWSMRPTSY   480
DHFSLIGEAY NLNLSGWADA ALKSTMAVMM KYYNVTYPCL NEPSSPANCP LGSSQFSRKP   540
AEPRQIRLRL P                                                        551

Coding Sequence

Download: Fasta
ATGGTTCAGT TGCAGAAGGA AGCCCTCCGT TTCAAAGCCG CCACCGTTTT CTTTGTTCTT    60
TTCGTTGTAA TTTTTCTTGC AACATCTGTT GCCTTGTTAG CCTACCTTGT GATAGAACAA   120
ATCGAGGGAG CGAGTACCTC TTTGAAGGAA CCAATTTCAA AACAGCACAT CACTTGCGAC   180
GTGCTGATTA TAGGCAGTGG ATTCGCGGGA TCGTTCGCCG CCTACCAATT GGCTCCGCAA   240
GTCAAAGACA AACTGTGCCT CATCGAAAAA AGTGACCGCG ACGGTGGCCG AATCTACGAC   300
GTCAGCGAGT ATCCCGGTGG ACCGGTCTTC GGTGCTGGGG CTCTCCGTGT GACTGGGAAA   360
CAGACAACGA TGCTGGCATT GGCTAAAGAG CTGGGCATGA CCCTGCAAAC CGTTGAGGAC   420
GAGCAGGAGC TGCTGAAAGT CCGCGGTCGC CACTACTACC GTGGTGGTCC AACGCTCCTC   480
GAGGGCGAAG CAGCGCGCGG AATGTGCCGG GACGTCTTCC CTAGCGCCAA CTGCAGCAAC   540
GACTCCAGTG CACCCACCGA CGAACGAATG TTCAGCATCC TCTCCAGGCT GCGCGAAGAA   600
AGGCCACACC TCATCGATGC CCATCCGGAT TTCCCCACCC TCCTGCATTC CCTTTTCGGG   660
GATGAGGGTG TAGCGTTCTT CGAGGCGAAC AGCTACCATA GCCTGGTGTC GTCCATCTCC   720
AACCAAGCTG CCTTAGACTT CATCGAGTCG GAGGAGGGCA CGTTCGGGGC TCTATCGTAT   780
CCGCTTGGTG GGATGTCGCA GTACATCATT AGAATGCTCG AAAGAGCCAT CACAGATGGT   840
CTTCGACCTT TTCGAAGTGA ACCAGCAGTT TCTATAGAGA GTCGTGATGA CGGAACCTTC   900
GTTGTCGAAA CCACAACCCT GTCCATCACA GCCGATAGGG TTCTTTGTGC CGTAGACCCA   960
CTCGGCTTCG CCGGCATTTC AGGCAACGTG GCGGAGAGGG TGAAGGCCTC GCCGGAATTT  1020
CAGGCCATAC TTCCAAAGAC TTCTATCACG GTCGCTGCAT GGTGGGACGC GAGATGGTGG  1080
GAACAGTCCG TGCTTCACCG TAATCGCAAT TTAACACGCA TCACCAGCCA TGGCAACTGT  1140
TTCAACGGGA TGGAGGTCGC GGTATTTCCG TACGGACGGG ATCAGAATGT TACGAGAGTT  1200
GTGTACGATG ACGGTGCGTG TCTGGATACT TGGCGCTTGC TGATTAATGC TGGAGCGTCC  1260
TCCGAGAAAT TGACAAACGA GGTGTTGAGG AGTTTACAAC AGGTCTTCCA TGACGTCAAA  1320
GTTCCAAGAC CCAGGTCACT GATAGGTTAT GTGCACGAGA ACGCATGGCA CTTTCAGCAT  1380
CCGAAGTCGA AAAAGTCCAA CAAAGAAATC CTTAATTGGT CCATGCGACC GACGTCATAC  1440
GATCACTTCT CGTTGATCGG GGAAGCGTAT AATCTCAATT TATCCGGATG GGCGGATGCG  1500
GCATTGAAGT CCACAATGGC CGTCATGATG AAGTATTATA ACGTTACTTA TCCCTGTCTT  1560
AATGAGCCCA GTTCGCCGGC TAATTGCCCA CTCGGGTCGA GCCAGTTTTC CAGGAAACCT  1620
GCTGAACCAC GACAAATCCG ATTACGCTTG CCTTAA                            1656