Entry HYPDU07047 (nHd.2.3.1.t07092-RA)

E Hypsibius dujardini


General Information

Description
nHd.2.3.1.t07092-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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MAVCGHSYSQ AAYLVGGCTF HSWLNLDLDY NCSVQKGKWK ALEFANVKVI FVDEVSMMEE    60
RLLVALDVIL CSFSNTNNQR VHRAAWRPCT TGGRWTPHLD KTTNGELSIR HAKGNCAPER   120
PGDVLKELDY TNGLVLFPFR KRKNDRMERD EAGWRTCPSS HYTYEVVTWT TRALTTNQPI   180
NQTTHQEETH QQIYFTNNNG EQMEFQVELE QVRGLLTKPS QYDSNVDDYL WLNRLRSTSV   240
PRDKDLFRAV AQTQASKSLR VVDIVDDVPS LLFGNPDLVD EWPKCCLIYS SVENSFTATN   300
ASLRRDANAP FQSDDDEDSL PCGQPQRFDP QPIPPSPQKQ ADDSLAQKSV REFIHHFESG   360
QSTPTAMSPA KSHPSVLRDT PQTAARRDGF LVPGTSGVPQ FDA                     403

Coding Sequence

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ATGGCCGTAT GCGGTCACAG TTACAGTCAG GCTGCTTATC TTGTCGGGGG CTGTACTTTC    60
CATTCCTGGC TCAATCTCGA CCTTGATTAC AACTGCTCCG TCCAAAAGGG GAAATGGAAA   120
GCCCTGGAGT TTGCCAACGT CAAAGTCATC TTTGTGGATG AGGTTAGCAT GATGGAGGAG   180
CGGTTGCTGG TAGCGCTGGA CGTGATTCTT TGCAGCTTCA GCAACACCAA CAATCAGCGA   240
GTCCATCGTG CTGCTTGGAG ACCCTGCACA ACTGGAGGCC GTTGGACGCC ACATTTGGAC   300
AAAACAACTA ATGGGGAACT TTCAATTCGC CACGCTAAGG GAAATTGTGC GCCAGAAAGA   360
CCCGGGGATG TCCTTAAGGA ACTGGATTAT ACCAACGGTC TTGTCCTGTT TCCCTTCCGC   420
AAACGAAAGA ATGATCGAAT GGAACGAGAT GAAGCTGGAT GGAGAACCTG CCCTAGTTCC   480
CATTACACAT ACGAGGTGGT TACTTGGACA ACCCGCGCTT TGACGACGAA TCAACCAATC   540
AACCAAACAA CTCATCAGGA GGAGACTCAT CAGCAGATCT ACTTTACCAA CAACAACGGC   600
GAGCAGATGG AGTTTCAAGT TGAGCTGGAA CAAGTCAGGG GCCTTCTCAC AAAACCGTCG   660
CAATATGATT CCAATGTGGA CGACTATTTG TGGCTGAACC GTCTCCGCAG CACTTCTGTA   720
CCCCGCGACA AGGACCTCTT CCGTGCAGTT GCCCAAACTC AAGCTAGCAA AAGTTTGCGG   780
GTTGTGGATA TAGTTGACGA CGTCCCCTCC TTGCTGTTCG GCAATCCTGA TCTGGTGGAT   840
GAATGGCCCA AATGCTGCCT CATCTACAGC TCTGTTGAAA ACTCCTTCAC CGCTACGAAC   900
GCCAGTCTCC GCAGGGACGC GAACGCGCCT TTTCAATCGG ATGACGACGA AGACTCATTG   960
CCGTGCGGAC AGCCTCAGCG CTTTGACCCA CAGCCGATTC CTCCGTCTCC TCAGAAGCAG  1020
GCGGACGATT CGCTGGCGCA AAAGTCTGTT CGCGAATTTA TTCATCATTT CGAATCTGGA  1080
CAGTCCACAC CAACCGCCAT GAGCCCGGCC AAGTCCCACC CTTCAGTGCT CCGCGACACA  1140
CCCCAAACCG CTGCAAGGCG AGACGGCTTC CTTGTCCCTG GAACTTCCGG TGTACCGCAA  1200
TTTGACGCCT AG                                                      1212