Entry PYGNA07667 (A0A3B4CKX0)

E Pygocentrus nattereri


General Information

Description
transcript_id=ENSPNAT00000018085.1
Organism
PYGNA - Pygocentrus nattereri (Taxon-ID: 42514)
Locus
KV575324.1join(complement(598897..598932), complement(591970..592074), complement(591726..591836), complement(587451..587572), complement(586483..586606), complement(583597..583692), complement(583331..583436), complement(582064..582139), complement(581076..581115), complement(580901..580987), complement(580415..580574), complement(580222..580307), complement(578925..578975))
Number of exons
13
Alternative splicing
PYGNA07668

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MTSLSQDCDK EKLRSVSVDL NNDSSLLIDI PDALCERDKV KFTVHTKTTL NSFQKPDFSV    60
SRQHEDFIWL HDTLVETEEY AGLIIPPAPP KPDFESPREK MHKLGEGEAT MTKEEYTKMK   120
QELEAEYLAV FKKTVQVHEI FLQRLSSHPN LSKDRNFQIF LEYDQDLSVR RKNAKEMFGG   180
FFKNMVKSAD EVLISGIKDV DEFFEQEKTF LLDYFSKIKD STAKAEKMTR SHKNVADDYI   240
HISATLNSIA ADDNTALKQH LEKFAELLEK LRKVEGRVAS DQELKLTELL RYYMRDIQAA   300
KDLLYRRARA LADYENSNKA LDKARLKSKD VAQAEENQKQ CLLKFDKLSE SGKKELTSFK   360
GRRVVAFRKN LIEMAELEIK HAKNSISLLQ GCIELLKVN                          399

Coding Sequence

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ATGACATCCC TCTCACAGGA CTGCGACAAG GAGAAGTTGC GCTCTGTGTC CGTGGACCTG    60
AACAATGATT CCTCGCTTCT CATCGACATT CCTGATGCCC TCTGTGAACG TGACAAAGTC   120
AAGTTTACAG TCCACACCAA GACTACATTA AACAGCTTCC AGAAGCCAGA CTTCTCTGTG   180
TCACGACAAC ATGAGGACTT CATCTGGCTA CATGATACAC TTGTGGAGAC AGAAGAATAT   240
GCTGGCCTCA TTATCCCCCC TGCTCCCCCC AAGCCTGACT TTGAGAGCCC TAGGGAGAAA   300
ATGCACAAGC TTGGAGAGGG CGAAGCCACC ATGACTAAGG AAGAGTACAC TAAAATGAAA   360
CAGGAACTGG AGGCGGAGTA CCTGGCCGTC TTTAAGAAGA CTGTGCAGGT GCATGAAATT   420
TTCCTGCAGC GTCTGTCCTC CCACCCAAAT CTCAGCAAGG ACAGAAACTT CCAGATATTC   480
CTGGAGTACG ACCAGGACCT CAGTGTAAGG AGGAAAAATG CTAAAGAGAT GTTTGGTGGC   540
TTCTTCAAGA ACATGGTGAA GTCTGCTGAT GAAGTGCTCA TCTCAGGGAT TAAGGATGTC   600
GATGAGTTCT TTGAGCAGGA GAAGACTTTT CTTTTAGATT ATTTCAGCAA GATCAAGGAT   660
TCGACTGCCA AAGCTGAGAA AATGACACGA TCTCATAAAA ATGTTGCTGA TGATTACATA   720
CATATTTCTG CAACTTTGAA CAGCATCGCT GCTGATGACA ACACAGCCCT AAAACAACAC   780
TTGGAGAAGT TTGCTGAACT GCTGGAGAAA CTTAGGAAAG TGGAAGGCAG AGTGGCTTCG   840
GATCAGGAGC TGAAGCTAAC AGAATTGCTG AGATATTACA TGAGGGACAT TCAAGCTGCC   900
AAGGACCTTT TATACAGGCG TGCCCGGGCC CTTGCTGACT ATGAGAATTC CAACAAGGCT   960
CTTGATAAGG CTCGTCTGAA GAGCAAGGAT GTTGCACAGG CCGAGGAGAA CCAAAAACAG  1020
TGTCTGCTAA AGTTTGACAA ACTCTCTGAG TCTGGCAAAA AAGAACTCAC CAGTTTTAAG  1080
GGCAGGCGGG TGGTGGCTTT CCGCAAAAAC CTGATAGAGA TGGCCGAGCT GGAGATAAAG  1140
CATGCCAAGA ACAGCATATC CCTTCTGCAG GGCTGCATTG AACTGCTCAA GGTGAATTGA  1200