KEGG T01070: NFIA

Neosartorya fischeri: NFIA_051950

Entry

NFIA_051950 CDS T01070

Definition

SET domain protein

Orthology

K11422

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

Organism

nfi Neosartorya fischeri

Pathway

nfi00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:nfi00310]

SSDB

Motif

Pfam:

N-SET SET_assoc SET RRM_1

Other DBs

NCBI-GI:

119467882

NCBI-GeneID:

4584262

UniProt:

A1DM29

AA seq 1241 aa
MSRTSAGFADFFPTAPSVLQQKRVRAPRDRSRSKDRPEDQLQVQDGNGQLACSSGASAAN
VSTNGSPPSVSVSETGTGVEKPGCKLVEETNTDITGTDTSILSASLAQCRATQVNEARFD
NLTPVTNAESSPPRKLSPHQSKSVSVAEYESNKFATDELKLAATPLHTPPTPRSQTSRSG
VIKGCKLVYDPDLEKRSSKEKRRKPQYVDFVVNEQDGCSPDPRLSILNYTRGAGCKQKTK
YRPAPYRLKQWPYDTATTIGPGPPVQIVVTGFDPLTPVAPINALFSSFGEISEINNRTDP
ITGRFLGVCSVKYKDSTSFRGAGPIPAATAARRAYVECKKEQRIGTRRIRVELDRDGAVS
DRIVARAIESQRMGHKKNTVGEEAKIEPQAKKNEPPPTAPKGPSRSSTRPAAAVPEGPRA
SFLKPAMPSLIEETPILGQIKRDPYIFIAHCYVPVLSTTIPHLKKRLKLFDWKDIRCDKT
GYYIIFENSRRGEEETERCFKVCHMKPLFTYIMNMESQPYGNPNYERSPSPERLQAERRE
RAERERLKKEADLDLEEEKKQRAIDLDPCREVLALIVRDLKDKLLEDVKSRIAAPTLYDY
LDPDRHAARRRALGIPDPEGIRRHTFQLDVDIFGSNNPQSSLPGGRSFSPYGLNILALPR
IRKARRLNRAHAAFLDERRKQPVRRKEVRPLYHRLQQLHDVDDSDEDQRTPFSRDIDEQD
SRPPSRMSSRSSISDDGEESEPLDGLASQDKRHEARLLGLEYGDSGTTLNETVDGYSRHD
SPGLSSTRKRKRLAEGIEVRKRPKEESERSELNRSVETENTLFYEESQHSEAAELGAVKP
ENLAGIGGKFLGRLEDRSIKEDGEKENVERLQIKSAIQGADLDVQPPLPDESTIAKSHED
PITEIEWGVSNDEPRPTVDDDETIILDLDGWQNLVKDEEDLCFLRHVLDGQSRSKVGNLS
AWAWRQKEIKALNRPGESGPVHQETRIPDYYVCNPTGAARTEGRKRILESEKSKYLPHRI
KVQKAREEREANAKSDPHASAAEAARISAAKTISKSTSRSTRVNNRRLVADINAQKQALP
MQGGDGDVLRFNQLKKRKKPVRFARSAIHNWGLYAEENISANDMIIEYVGEKVRQQVADM
RERQYLKSGIGSSYLFRIDENTVIDATKRGGIARFINHSCTPNCTAKIIKVDGSKRIVIY
ALRDIGRDEELTYDYKFEREWDSDDRIPCLCGSTGCKGFLN

NT seq 3726 nt +upstreamnt +downstreamnt
atgtcgcgcacatcggcaggctttgcggacttctttcccactgccccgtcggtccttcaa
caaaaaagagtcagagcgccacgagatcgatctcgctccaaggatcggcccgaggatcaa
cttcaagtccaggatggcaatggacaattggcctgctcttctggagcaagcgcagccaac
gtttctacgaatggcagcccacctagcgtatcagtatcggaaaccggtacgggtgtagag
aaacccggatgcaaactcgttgaagaaacgaacacggacataacgggtacggatacatct
attttaagtgcatcgcttgctcagtgtcgtgcaacgcaggtgaacgaggcacggttcgat
aatctcaccccggtcaccaacgcagagtcgtctccgcctcgcaagttgagtcctcatcaa
tctaagtccgtttccgtggccgaatacgaatcgaacaagtttgcaaccgacgaattgaaa
cttgctgctacacccctacatacaccgccgacgccacggtcgcaaacatcgcgcagtggt
gtaatcaagggttgcaagttggtttacgaccccgatctcgagaaaagatcatcgaaggaa
aagagaagaaagccacagtatgtggactttgtggtgaatgaacaagacggctgttcacca
gacccgcgtctgagtattctgaattacactcgaggtgctggctgtaagcagaagaccaaa
taccggccggctccttatagactgaaacagtggccctatgatactgctactactatcggt
cccggaccccccgtccaaatagtggtcactggcttcgatcccctgaccccagtggctccg
ataaacgcgcttttttcaagcttcggtgagatttcagagataaataatcgcacagacccg
attacaggtcgatttcttggagtatgttcagtcaagtacaaagacagcacctcttttcga
ggtgccgggccaataccagcggcgaccgcggccaggcgagcctacgttgaatgcaagaag
gagcaacggattgggacacgaaggatccgggttgaactagatcgagatggtgctgtctca
gacagaattgtcgcaagggccatcgagtctcaacgaatgggacataagaagaacacagtc
ggagaagaggcaaaaattgagcctcaagcaaaaaagaatgaaccaccgccgacagctccc
aaaggcccttcaaggtcttccacgcgtccggcagccgctgtaccagaaggtccaagagcg
agctttctcaagcccgccatgccctctctgatagaggaaacacccatattagggcaaatc
aagcgggatccatatatcttcatcgcgcactgctacgttcctgttttgagcacaacgatc
ccgcatctgaagaaaagactcaaattattcgactggaaagacattcgatgcgataaaact
gggtactatatcatcttcgagaattctaggcgcggtgaggaggaaaccgagcgttgtttc
aaagtatgccatatgaagcctctttttacttacatcatgaatatggaaagccagccctat
ggcaatcccaactatgagcgaagtccgagcccagaacgactccaagcagagcgacgggaa
cgggcagagagagaaaggctgaaaaaagaggcggatttggatctcgaggaagaaaagaaa
cagcgagcgattgatttggacccatgcagagaagtcctagctctcatcgtccgcgatttg
aaagataagcttcttgaggatgtgaaatcacgcatcgccgccccaacattgtatgactat
ctcgaccctgacagacatgcggcaaggaggcgagctctggggattcctgatcctgagggg
atcagaagacatacttttcaacttgatgttgatatttttggatccaacaatccccagtct
tccctaccgggcggccgttcgttcagcccgtatggccttaacatacttgcgctcccacgc
atccgaaaagctcgtcgtttgaaccgtgcccatgctgccttcttagatgagaggcgtaag
cagcctgttcggagaaaggaagtacgtcctctctatcacagactgcagcagttgcatgac
gtcgacgactctgatgaggaccaacgtactccattctcaagggatattgatgaacaggat
agtcgaccaccgagtcggatgagttccagatcttcaatttccgatgacggcgaggaatca
gaacccttggatggactagcttcccaagacaaaaggcatgaagcgcggctcctaggcttg
gaatatggggatagcggtaccacccttaacgaaacagtcgacgggtattcccgacatgat
tcgcctggtctctcctctacgcgtaaaaggaaaaggctcgcggaaggaattgaagtgcgt
aaacgacccaaggaggaaagcgagcgatcagagttgaatcgctctgtggagactgaaaat
acgttgttctacgaggagtctcaacactcagaagctgctgaacttggcgctgtgaagcca
gaaaacctcgctggtatcgggggtaaattcctgggtcgattggaagacaggtcaatcaag
gaggacggtgagaaagagaatgtggaacggctgcagatcaagtctgccatacaaggagca
gatctcgacgttcagccgccattacctgacgaatccactattgcaaagagccatgaagac
ccgattacagagatcgaatggggggtgtctaatgatgaacctcgtccgacagttgatgat
gatgaaaccataatcttggatttggacggctggcagaatctcgtcaaggatgaggaggat
ctctgcttccttcgccatgttctggacgggcagtcgagatccaaggttggaaatctatcg
gcatgggcttggagacagaaagagattaaagctctcaaccgtcccggtgaaagtgggccg
gtccaccaagagactaggataccagattactacgtttgcaaccccactggagctgctcgg
accgaaggaagaaagagaattttggagtcggagaagtcgaaatacctgcctcaccgtatc
aaagttcagaaggctcgagaagaacgggaggccaacgcaaagagcgatcctcatgcttct
gctgcagaagccgctaggatctccgcggcgaagacgatatctaaatccacttcgagatcg
acaagggttaataatcgcaggctggttgcagacatcaatgcgcaaaagcaggctctccct
atgcaaggtggagatggtgatgttctccgtttcaaccagttgaagaaacgaaagaagcca
gtgcgctttgctcggtcagcgatccacaattggggtctgtacgcggaagagaacatatca
gcgaatgatatgatcatagagtatgttggtgaaaaggtgcgacagcaggtggcagacatg
agggagaggcagtacttgaagagcgggataggtagcagctaccttttccgaattgacgag
aatactgttatagatgccaccaagagagggggtatcgctcgcttcatcaaccatagctgt
actcctaattgcactgcaaagatcatcaaggttgatggtagcaagagaattgttatatat
gctctcagggacattggaagagatgaagagctgacctacgactacaaattcgaacgggaa
tgggacagtgacgacagaattccctgcctctgcggctcgactggttgcaaagggttcctt
aattaa

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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (23)   

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