KEGG T01038: FG07445.1

Fusarium graminearum: FG07445.1

Entry

FG07445.1 CDS T01038

Definition

hypothetical protein

Orthology

K11422

histone-lysine N-methyltransferase SETD1 [EC:2.1.1.43]

Organism

fgr Fusarium graminearum

Pathway

fgr00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:fgr00310]

SSDB

Motif

Pfam:

N-SET SET_assoc SET

Other DBs

NCBI-GI:

46126135

NCBI-GeneID:

2788586

Position

AA seq 1252 aa
MTRPPGASFAEFFPTAPKVKAQAQTRADQVRDRDRFKTASTPATINGTIDSTTGTAVLEA
DANVSLNGIVSASDTMPTQPDDTESPFTDIPNTVDSASSYSSAASSIFSTSTRHGAAATT
ASSRLPTSSLTPSAFKESPNSAPAAAKPDMSTYQTSDRAARQSSRNSPATGPNVSISNGL
PSNERIPARDPLPSVKGLRCTYDPLLDRVHNKSVSKSAKPTYEEFGREDDAPPPKDPRLA
RSDGRLGYINTDYYLPKSRLRTAPENIKPYPYDPKTSIGPGPPTQIVVTRYNPLIPFSKV
TAIFASFGEIAESSNKMHPETGSYLGFATIRYRDSKRPDRPPVSGIDAARRAVRARGIKV
DADIVRVEYDAEGRRSRRMLEEHLKREKEKFEKIEQERLALAAKAPPTGPKSGTAPAFTR
PPPTAPKGPSAQRQSIPTGTPQIPLLGTQVQGLNLEPSNLAQKLADDPYIYVTGDSVPVL
PSILPHMKKRLKSYGFEEIRVDKSGYFIVFRNSFTGSSEAERCFRAVNHTEFFNYDMTMQ
LCLPRPRREDGSGRRRSSASSDRHTHAEPRYRDEKDRRRREEEADLEEEKKQRAKNFDPV
IEAVEVVRREMMEHLIRHIRTKVAAPALSDFLDPANHAAKRRKLNIEHPDDLQEIPSIED
GNDSSRVGTPNSRADPIERRTGRLEPKALPRIRKTKVKGQAQKSAFVDPFARKRPPVARN
AFRSLHHRLRSLDSDAESDDDTDTRALLARETEEADSRPRSRMSTDDEASKDDFVPWEQG
EDDSMTEASFAIADTASTRKRKLVASLESVFKRQKKSDEELFGVNLETLDSEFKGREDSV
DIIPEPETGDDVESRVSRSETPASAIGKPLKKRPGKRKKTKKASFEEPEAAKTQPETEQQ
PGDEATEPSKVKQEKAEKTSMEELVPEKFDEKLFATEPLTPALELPEGAKPDLPIFQGLT
VSAQDIPDLAKLARRFNTKDIGNAELWLWTRNRIRELNSARRTLDSPVTIGGYYVPNPTG
CARTEGVKKILNSEKSKYLPHHIKVQKARQEREARNKLGRDAAAEAADAARIAAEKLVAK
GNSRANRATNRRYVADLNDQKKTLGQDSDVFKFNQLKKRKKPVKFARSAIHNWGLYAMEN
IAKDDMIIEYVGEQVRQQISEIRENRYLKSGIGSSYLFRIDDNTVIDATKKGGIARFINH
SFEGSKRIVIYALRDIALNEELTYDYKFEREIGSTDRIPCLCGTAACKGFLN

NT seq 3759 nt +upstreamnt +downstreamnt
atgactcgcccgccaggcgcgagcttcgcggagttcttccccactgctcccaaggtaaaa
gctcaggctcagactcgcgcagaccaggttagggatcgcgatcgctttaaaacagcatcg
acaccagccactatcaacggcaccatcgactccacaacaggtacagctgtgctagaagcc
gacgcgaatgtcagccttaacggcattgtttcagcgtcggatactatgccaacacaacct
gacgacaccgaatccccattcacagatatccccaacaccgtcgactcggccagctcatat
agcagcgcggcctcatcgatattcagcacatccacccgccacggtgccgcggcgactaca
gcttcgtcccgtcttcccacttcgagcctcaccccaagcgccttcaaagaatctcccaac
tcggctccagccgccgcaaagccagatatgtctacgtatcagacctccgatcgggccgcg
agacagtcctctcgaaactcaccggccactggcccgaatgtctcgatatcaaacggactt
ccctccaatgagcgcattccggctcgagatcctttgccctccgtcaagggcctcagatgc
acctatgatccgctcctcgatcgagtacacaataagagcgtcagcaaaagcgccaaacca
acatatgaagagttcggtcgagaagatgacgccccccctcctaaagacccccgactggcc
aggtcggatggtcgcctcggttatatcaacaccgactactacctgcccaaatcacggcta
cgaacagcgcctgagaacatcaagccttatccctacgatcccaagacctccattggccct
ggcccacctacacagattgtcgtgacaagatacaatccgctcattcccttcagcaaggtg
acggctatctttgctagtttcggtgagatagcagaaagcagcaacaagatgcacccagag
acaggtagctatcttggatttgcgacaattcgatatcgagattctaagcgacccgatcgt
ccgcctgtctctggtattgatgcagctcgtcgtgcggtgcgagcccgtggaatcaaggtc
gatgcagacatcgttcgtgtagagtacgatgccgaaggtcgcaggagccggcgaatgttg
gaagaacaccttaagagggagaaggaaaagtttgagaaaatcgaacaggaacgactcgct
cttgcagccaaagcaccaccgaccggcccaaaatccggaacagctcctgccttcacgaga
cctcccccaacggccccgaaaggtccatcggcccagcgacaatctataccaactggcaca
ccacaaatacccttgcttggcacgcaagtccaagggctcaacctagaaccgtcgaatctt
gcacaaaagctcgcggacgatccatatatttatgttacaggcgatagtgtcccagtctta
cccagtatccttccccacatgaagaaacgacttaagagttacggcttcgaggagatccgt
gtcgacaaatcaggttatttcattgtctttcgtaattcgtttactggtagctcggaagct
gagcgatgtttccgcgccgttaaccataccgaattcttcaactatgatatgaccatgcag
ctttgcttacctcgtcctcgtcgagaggacggctccggtcgtcggcgatctagtgcgagc
tccgaccgacatacacacgccgaaccacggtatcgtgacgaaaaggatagaagacgccga
gaggaagaagcggatcttgaagaggagaaaaagcagagagctaagaactttgaccctgtg
atcgaggcggtggaagttgttcgacgtgagatgatggaacatcttatacggcatatacgc
actaaggtcgcagcgcctgctctctcggacttcctggaccccgccaaccatgctgccaag
cgacgaaagctaaacattgagcatcctgatgacctacaagagatacccagcatcgaggat
ggcaatgacagctctcgtgtgggaacgcccaactctcgcgctgacccaattgagcgccga
actggtcgtctcgaaccaaaggctcttccaagaattcgcaagaccaaggtcaagggccag
gcacaaaagagtgcctttgttgatccgtttgctagaaagcgtccacctgttgcccgcaac
gccttccgttctctccatcaccgtctgagaagccttgacagtgatgctgaatccgacgac
gacacggatacccgtgcattattagctcgagagacagaagaggctgattctcgcccgcgc
agccgaatgagcaccgatgatgaagcttccaaggacgatttcgtaccctgggaacaaggc
gaggatgactcgatgaccgaggccagtttcgccatagcagacacagcaagcactagaaaa
cgaaagttagtcgcctcacttgaatcggtcttcaagcgccagaagaaatcggatgaggaa
ctattcggtgtcaaccttgaaacacttgattcggaattcaaggggcgcgaagactctgtt
gacatcattcccgagccagaaacgggcgacgacgtggaaagtagagtttcccgttctgag
accccggcctcggccattggcaagcctctaaagaagaggcccgggaagaggaaaaagacg
aagaaagcgtcatttgaagagcccgaggccgcgaaaacccaaccagagacagagcaacag
cccggcgatgaagccacagaaccttccaaagttaagcaagagaaggcggagaaaacgtct
atggaagaactggtcccggagaagtttgacgaaaagctctttgctactgagcccttgaca
cctgctcttgagttaccggaaggcgccaagcccgacttaccaatattccagggcttgaca
gtcagtgcccaagatatacctgatctggccaaacttgccaggaggtttaatactaaggac
atcgggaatgcggagttgtggctgtggacccgcaaccgcatcagggagctcaactctgca
agacgcacgttggactctcctgttactattggaggatattacgtgcccaaccctactggc
tgtgcccgtacggaaggtgtcaagaagattctcaactcggaaaagtcgaagtacctccct
caccatatcaaggtgcagaaggcaagacaagaacgggaggcccgcaacaagttgggtaga
gacgccgctgcagaagccgcggatgccgcaagaatcgctgccgagaaactggtcgctaag
ggaaactcacgagcgaatcgcgctaccaaccgtcgctacgttgctgacctcaatgatcag
aaaaagactcttggccaggactccgatgtcttcaaattcaatcagctcaagaagcgaaag
aagcccgtcaagtttgctcgttcggctattcacaactggggtctgtacgccatggagaac
attgcaaaggacgacatgattatcgagtatgtcggcgagcaagttcggcagcagatctct
gaaatccgcgagaaccgatatctcaaaagtggcattggaagcagctatttgttccgtatt
gacgacaacaccgtcatcgacgcaaccaagaagggtggcattgcgcgattcatcaaccac
agttttgagggaagcaagcgcattgtcatctacgcgttgcgcgacattgccctgaacgaa
gagctgacgtatgattataaattcgagcgtgaaatcggcagtactgaccgtattccttgt
ctctgcggcactgcggcctgcaagggcttcctcaactga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (21)   

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