Entry GIBZA02308 (FGSG_02011T0)

E Gibberella zeae


General Information

Description
jgi|Fusgr1|2308|FGSG_02011T0
Organism
GIBZA - Gibberella zeae (Taxon-ID: 5518)
Locus
Supercontig_3.1join(6607392..6607928, 6607980..6608963, 6609012..6609164)
Number of exons
3

IDs and Cross-references

loading xrefs...

Domain Architecture

Gene Ontology

loading GO annotations...

Protein Sequence

Download: Fasta
MDVEESPWAD SSQASQQASQ PEASASASQS STPAPASSSA PRPSRGPRRL VAQPTRLEAV    60
DDPLGPLGAV PEDNGSAQDA PPVPPQKEQM VIRTIMSQPQ QQRRAADPNH IDDEENDGPK   120
APRAPPPVEA AQPSAVRSSN QPSVSIEQAA KPTFQIYVGD PHKVGDLTSS HIVYSVRTKT   180
TSKGYKQPEF EVKRRYRDFL WLYNTLHGNN PGIVVPPPPD KQAVGRFDSN FVESRRAALE   240
KMLNKTAIHP TLQHDPDLKL FLESETFNVD IKHKERRDPI PTESKGVLGS LGINVGGGNK   300
FVEQDDWFHD RKVYLDALEN QLKGLLKAME TMVGQRKMMA EAAGDFSASL HALSTVELSP   360
SLSGPLDALS ELQLTIRDVY DRQAQQDVLT FGIILEEYIR LIGSVKMAFG QRQKAFYSWH   420
AAESELQKKK ATQDKLLRQG KSQQDRLNQM SAEVGESERK VHQARLLFED MGRLMRSELD   480
RFEKEKVEDF KSGVETFLES AVEAQKELIE KWETFLMQLD AEDDESVFYR PPVYQQQQQK   540
GGDTAVDRAR ARIDEDSD                                                 558

Coding Sequence

Download: Fasta
ATGGACGTCG AAGAGTCGCC TTGGGCCGAC TCATCACAAG CTTCGCAACA GGCGTCGCAG    60
CCTGAAGCCT CGGCCTCCGC TTCGCAATCA TCCACCCCAG CTCCCGCTTC CTCATCCGCC   120
CCTCGTCCAT CGAGAGGGCC CCGTCGCCTG GTTGCTCAAC CCACACGTCT CGAAGCTGTC   180
GATGATCCTC TTGGTCCCCT GGGCGCCGTC CCCGAAGACA ATGGTTCCGC TCAGGATGCC   240
CCTCCGGTGC CTCCGCAAAA GGAGCAGATG GTGATTCGTA CCATAATGTC TCAACCGCAG   300
CAGCAACGAA GAGCTGCGGA TCCTAACCAT ATCGACGACG AGGAGAACGA TGGGCCAAAG   360
GCTCCTCGCG CACCTCCACC TGTCGAAGCT GCGCAGCCAA GCGCTGTAAG GAGCAGCAAT   420
CAGCCTAGCG TTAGCATTGA GCAAGCTGCC AAGCCTACTT TCCAGATCTA CGTTGGCGAT   480
CCTCACAAGG TTGGCGATTT GACTAGTTCT CACATCGTCT ACTCTGTCAG GACCAAGACC   540
ACTTCCAAGG GATACAAGCA ACCCGAGTTC GAAGTCAAGC GCCGATACCG CGATTTCCTT   600
TGGCTCTATA ATACTCTGCA CGGAAACAAC CCTGGAATAG TCGTCCCACC TCCCCCGGAC   660
AAACAGGCTG TTGGTCGCTT TGACAGCAAC TTTGTTGAAA GCCGCCGAGC CGCACTTGAG   720
AAAATGCTCA ACAAGACTGC GATACACCCT ACGCTACAAC ACGATCCCGA CCTGAAGCTC   780
TTCTTGGAAA GTGAGACATT TAATGTGGAT ATTAAGCACA AGGAAAGGAG GGATCCCATT   840
CCCACCGAGA GCAAGGGCGT GCTTGGATCC TTGGGTATCA ACGTTGGAGG CGGTAACAAG   900
TTTGTGGAGC AGGATGACTG GTTCCATGAC CGCAAGGTCT ACCTTGATGC CCTCGAGAAC   960
CAGCTCAAGG GTCTACTCAA AGCAATGGAG ACCATGGTTG GACAGCGCAA GATGATGGCC  1020
GAGGCAGCCG GTGACTTTTC GGCTTCCCTC CATGCGCTTT CCACTGTGGA GTTGTCGCCA  1080
TCACTATCAG GTCCTCTTGA TGCTCTGTCT GAGCTTCAGC TTACCATTCG AGATGTCTAC  1140
GATCGTCAGG CCCAGCAAGA TGTTCTGACA TTTGGAATTA TCCTTGAAGA GTACATCCGT  1200
CTCATCGGTT CGGTCAAGAT GGCATTCGGC CAGCGACAAA AAGCTTTCTA TTCATGGCAT  1260
GCTGCTGAAT CAGAACTGCA GAAGAAGAAG GCTACTCAGG ATAAACTGTT GAGACAAGGA  1320
AAGAGTCAGC AAGACCGACT CAACCAGATG AGTGCCGAAG TGGGCGAGTC AGAGCGCAAG  1380
GTGCACCAAG CCAGGCTCCT ATTCGAAGAT ATGGGACGAT TGATGAGGAG CGAACTCGAC  1440
CGATTTGAGA AGGAGAAGGT GGAAGATTTC AAGAGCGGAG TTGAGACATT CCTCGAGAGT  1500
GCAGTTGAAG CACAAAAGGA GCTCATCGAG AAGTGGGAAA CCTTTTTGAT GCAACTAGAC  1560
GCTGAGGACG ACGAGTCAGT GTTTTATAGA CCTCCAGTAT ACCAGCAGCA ACAGCAAAAA  1620
GGGGGTGATA CTGCCGTCGA CCGTGCTCGA GCAAGGATAG ACGAAGACTC GGATTAG     1677