Entry GIBZA09350 (FGSG_08852T0)

E Gibberella zeae


General Information

Description
jgi|Fusgr1|9351|FGSG_08852T0
Organism
GIBZA - Gibberella zeae (Taxon-ID: 5518)
Locus
Supercontig_3.5join(complement(373072..373574), complement(371435..372965))
Number of exons
2

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MAGNKLLVYL LRRDLRATDN PILHHLATSD HGFTHLLPIY ILPPHQIETS GFVVEGQKSP    60
YPLAKSQVGR FWRCGPLRAK FQAECIWDVK KNFENIGSGM LIRIGKFDDV LKHLIKSLNE   120
DHQSIDTVWM TEEPSKEELD DQTAVASVCS KEGIGFKLWH DEKYFIDEKT QEPLRERPRP   180
PLPRPQAGSL PSFPSWIPPQ QAPFRIPDDY DEFERLLLEP VKAPIISDPP QFPEGAKSAH   240
PFKGGETPAW DRLYHLIKSG AMTTYQETRN GLLGTEYSTK LSAFLAMGTI TARSIHAELV   300
KFEDGSEESY SRGFGFGKGE NEGTRAVRFE LLWRDYMRLC TFKFRTRLFK IDGFKGASGN   360
YTKKWLTDRE EDAEPDQNPT PAQVKDMIDR WIRGTTGMGL VDASQRELQL TGYTSNRARQ   420
NVASYLTKSL GIDWRLGAEY YEQSLIDYDT HSNWGNWQYQ ASCGNDPRSR SFNQVKQAFD   480
YDQDGRFTRT WVNEVKSIDR LEHVFQICTC PKQELEKHGL SDNIMVTNPL KRIDFSVTKP   540
RGNRRPYRWR KQGDRGRGGR GGRGGGTGNT SGNGDNRHNE PSPPNGGNRH NDFSPANGGS   600
YMQGQPISGG YQQMAWRGNS HGLPSGRGYN SRQYMLDYSQ QQQQPQHQLQ HYYAHQQHQH   660
PHPRQQQQQF YHQIPPHI                                                 678

Coding Sequence

Download: Fasta
ATGGCTGGGA ATAAACTCCT CGTCTATTTA CTTCGCCGCG ACCTCCGGGC CACCGACAAT    60
CCCATCCTCC ACCACCTGGC CACTTCTGAC CACGGCTTCA CTCACCTCCT TCCCATCTAC   120
ATCCTCCCCC CTCATCAGAT CGAAACATCC GGCTTTGTCG TTGAAGGCCA AAAGTCCCCA   180
TACCCACTAG CCAAGAGTCA GGTCGGTCGT TTCTGGCGAT GTGGCCCCCT ACGAGCCAAG   240
TTCCAGGCCG AGTGTATCTG GGATGTCAAG AAGAACTTTG AAAACATTGG CAGTGGCATG   300
CTGATTCGAA TCGGCAAGTT TGATGATGTC TTGAAGCACT TGATCAAGTC GTTGAATGAA   360
GACCATCAAT CTATCGACAC CGTCTGGATG ACTGAGGAGC CTTCGAAAGA AGAGCTGGAC   420
GATCAGACCG CTGTTGCTTC TGTGTGCTCT AAGGAGGGCA TTGGCTTCAA ACTCTGGCAT   480
GATGAAAAGT ATTTCATTGA TGAAAAGACA CAAGAGCCCT TGCGAGAGCG TCCTCGCCCA   540
CCTCTACCCC GTCCGCAGGC CGGATCTTTG CCTTCCTTTC CTTCATGGAT CCCACCACAA   600
CAAGCCCCTT TTAGAATTCC CGACGATTAT GACGAATTCG AACGACTCTT GCTAGAACCA   660
GTCAAAGCTC CCATCATCTC TGACCCTCCA CAGTTCCCTG AAGGGGCCAA ATCTGCTCAT   720
CCATTCAAGG GTGGCGAGAC GCCTGCCTGG GACCGTCTCT ACCATCTCAT CAAATCAGGA   780
GCAATGACGA CTTACCAAGA GACCAGGAAC GGTCTATTGG GGACGGAATA CAGCACGAAA   840
CTGAGTGCCT TTCTGGCCAT GGGCACAATC ACCGCTCGGT CAATCCATGC GGAACTTGTC   900
AAGTTCGAAG ATGGCTCGGA AGAGAGCTAC TCCAGAGGAT TTGGTTTCGG CAAAGGGGAA   960
AATGAAGGAA CGCGGGCTGT ACGTTTCGAG TTGTTATGGC GCGATTACAT GCGACTCTGC  1020
ACTTTTAAAT TCCGAACTCG ACTCTTTAAG ATCGATGGGT TTAAGGGAGC TAGTGGAAAC  1080
TATACCAAAA AATGGCTTAC AGATCGTGAA GAAGATGCTG AACCCGATCA AAACCCAACT  1140
CCAGCACAAG TCAAAGACAT GATCGACCGT TGGATACGTG GCACTACAGG CATGGGCCTA  1200
GTCGACGCTT CGCAAAGAGA GCTTCAGCTG ACAGGCTACA CCAGTAATAG AGCACGCCAG  1260
AACGTCGCTT CTTACCTCAC AAAGTCTTTG GGAATAGACT GGAGACTTGG AGCAGAATAC  1320
TATGAGCAAT CACTTATTGA TTATGACACT CATAGCAATT GGGGAAATTG GCAATACCAG  1380
GCCTCGTGTG GCAACGACCC TCGATCGAGA TCCTTCAATC AGGTAAAGCA AGCATTCGAT  1440
TATGATCAAG ATGGTCGCTT TACCCGCACA TGGGTCAATG AGGTCAAATC GATCGACCGA  1500
CTTGAGCATG TGTTTCAGAT TTGCACCTGC CCCAAACAGG AGTTGGAAAA ACACGGTCTT  1560
TCAGACAATA TCATGGTCAC AAACCCCCTG AAAAGGATTG ATTTTTCTGT TACAAAGCCT  1620
AGAGGAAACC GGAGGCCGTA TCGCTGGCGA AAGCAGGGAG ACCGTGGCCG AGGAGGAAGA  1680
GGAGGGAGAG GTGGAGGCAC AGGGAATACT TCTGGAAATG GTGACAATCG TCATAACGAA  1740
CCTTCTCCTC CTAATGGTGG CAATCGTCAC AACGATTTTT CGCCTGCTAA TGGTGGCTCA  1800
TACATGCAGG GTCAGCCAAT TTCAGGAGGC TATCAACAAA TGGCTTGGCG AGGTAATAGC  1860
CATGGATTAC CTTCGGGAAG AGGTTACAAT TCTCGTCAGT ACATGCTGGA CTACTCTCAG  1920
CAACAACAGC AACCCCAACA CCAGCTCCAA CATTACTACG CTCATCAACA ACATCAACAC  1980
CCACACCCAC GTCAACAGCA GCAACAATTC TATCACCAAA TACCTCCACA TATCTAG     2037