Entry GIBZA01601 (A0A2H3GAR8)

E Gibberella zeae


General Information

Description
jgi|Fusgr1|1601|FGSG_01376T0
Organism
GIBZA - Gibberella zeae (Taxon-ID: 5518)
Locus
Supercontig_3.1join(complement(4521808..4523256), complement(4521504..4521737))
Number of exons
2

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MSRSSYSYED EDDYEVRYQK RGPSPAAGVR YVASPQRPSN YYNAPPGPSF LGADRLNVTS    60
IHRSNSRSRS RDHSRTRERR ASSPPAPAPV IITNKIYNDL SSDDEDDRRK QVSRHYRRRR   120
SRSRSRSSSS SRSRSRSSSY MTREEWEAER TRKELEDLRL ATAREKDERK LVKQFRDEWE   180
AEQARKDLEK NRLASSRERD ERQREKDERK LVKGYREEWE AERSRNELEK MHLAHTREEE   240
ERRRLREIRD EEELKQAKRE LEQIKGRKAR AEEEDRIKKD IELRRLKEED EATEERQRRE   300
KEANSAVEDY KRRELERVTK EKKLKDQKEK EAAEAVERYK QAEKDRIAKE KADREAKDRE   360
YQKRLKEDLI KSGLDDKAIQ AIMKKEKIKK EQSFPRPQQQ PQHHGMPGPA HQYAPVNQIA   420
TIPPQIATMP PQQAGQYAPV NQIATIPPHQ SGQVARPTYT RMARRHLSIE SLREFGVEFD   480
YDADPDYILI RRWVPEWEQD RLWKHTKLVR EKRSKMLMVE EKRHGRDEPD FEWVRKKSDK   540
HSRRRSKSPS LLMYLAGVRP A                                             561

Coding Sequence

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ATGAGTCGAA GTAGCTACAG TTATGAAGAC GAGGATGACT ACGAGGTTCG CTACCAGAAA    60
CGGGGACCAT CTCCAGCAGC GGGCGTTCGT TATGTAGCAA GCCCCCAGCG TCCCTCAAAC   120
TACTATAACG CACCTCCGGG GCCCAGCTTC CTTGGAGCTG ATCGTCTCAA TGTCACAAGC   180
ATACACCGAT CCAATTCTCG CTCCCGTTCC CGGGACCACT CCCGAACAAG GGAACGCCGC   240
GCTAGCAGCC CACCGGCGCC AGCTCCCGTG ATTATCACCA ACAAAATCTA CAATGATCTG   300
TCTTCTGATG ACGAGGATGA TCGTCGCAAG CAAGTCTCAC GGCATTATCG CCGACGGCGC   360
TCTCGCTCTC GGTCTCGCTC ATCATCGTCA TCCCGTTCTC GGTCTCGATC GTCTTCATAT   420
ATGACTCGAG AAGAATGGGA AGCCGAGAGG ACTCGCAAAG AGCTCGAGGA CCTGCGTCTC   480
GCCACGGCAC GTGAGAAAGA TGAGCGGAAA CTAGTCAAGC AATTCCGTGA TGAGTGGGAG   540
GCCGAACAAG CACGCAAGGA TCTTGAGAAG AACAGGCTCG CTAGCTCCCG TGAAAGAGAC   600
GAGCGACAGC GTGAAAAGGA CGAACGGAAG CTAGTCAAGG GATACCGTGA AGAGTGGGAA   660
GCGGAACGGT CCCGCAACGA GCTCGAGAAG ATGCATCTTG CTCATACTCG AGAGGAGGAA   720
GAGCGACGAC GCCTGAGAGA GATTCGAGAC GAGGAAGAAC TTAAGCAGGC CAAGCGCGAG   780
TTAGAGCAGA TCAAGGGCCG CAAAGCCCGT GCAGAAGAAG AAGACAGGAT TAAAAAGGAC   840
ATTGAGCTAA GACGACTTAA GGAAGAAGAC GAGGCCACAG AAGAGAGGCA ACGTCGCGAG   900
AAAGAGGCCA ATTCTGCTGT TGAGGACTAC AAGCGGAGGG AACTCGAACG TGTTACAAAG   960
GAGAAGAAAC TAAAGGACCA GAAAGAGAAG GAGGCTGCCG AAGCCGTTGA ACGCTACAAA  1020
CAAGCGGAAA AGGATCGCAT AGCAAAGGAG AAAGCCGATA GAGAGGCCAA AGACAGGGAG  1080
TACCAAAAGC GTTTGAAAGA AGATCTCATC AAGTCCGGGC TCGATGATAA AGCTATCCAA  1140
GCTATCATGA AGAAGGAAAA GATCAAAAAG GAACAGTCTT TTCCTCGCCC TCAGCAACAG  1200
CCTCAACACC ACGGGATGCC AGGTCCAGCC CACCAATACG CTCCAGTCAA CCAAATTGCT  1260
ACCATCCCAC CTCAAATCGC TACTATGCCT CCTCAACAAG CCGGCCAATA CGCTCCGGTC  1320
AACCAAATTG CCACCATCCC TCCTCACCAA TCCGGTCAGG TTGCTCGTCC AACTTACACA  1380
CGCATGGCTC GCCGCCACTT GTCCATCGAG TCACTGCGCG AGTTTGGTGT TGAATTCGAT  1440
TATGATGCGG ATCCCGACTA CATACTGATC CGACGCTGGG TACCTGAATG GGAACAGGAC  1500
CGACTATGGA AGCACACCAA GTTAGTCCGT GAGAAGCGGA GCAAGATGCT CATGGTCGAG  1560
GAGAAGAGAC ATGGAAGAGA TGAGCCTGAT TTCGAGTGGG TGCGCAAAAA GTCAGATAAG  1620
CACAGCCGTC GCAGGAGCAA ATCGCCTTCG CTTCTGATGT ACTTGGCTGG CGTGCGCCCG  1680
GCGTAG                                                             1686