KEGG   Sclerotinia sclerotiorum: SS1G_03008
Entry
SS1G_03008        CDS       T01071                                 
Name
(RefSeq) hypothetical protein
  KO
K15334  multisite-specific tRNA:(cytosine-C5)-methyltransferase [EC:2.1.1.202]
Organism
ssl  Sclerotinia sclerotiorum
Brite
KEGG Orthology (KO) [BR:ssl00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03016 Transfer RNA biogenesis [BR:ssl03016]
    SS1G_03008
Enzymes [BR:ssl01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.202  multisite-specific tRNA:(cytosine-C5)-methyltransferase
     SS1G_03008
Transfer RNA biogenesis [BR:ssl03016]
 Eukaryotic type
  tRNA modification factors
   Methyltransferases
    SS1G_03008
SSDB
Motif
Pfam: Methyltr_RsmB-F FtsJ
Other DBs
NCBI-GeneID: 5492275
NCBI-ProteinID: XP_001596785
UniProt: A7ECG9 A0A1D9Q2F1
Position
Unknown
AA seq 926 aa
MGQRGKGGRGGRGGRGGRSGGRSRDHGVDNRCSFENVPKSNERFERYYNGLLNLEEGEKE
EFWGALKRELPNSFRFAGSKGHALAVQKQLKERYIPEISAIKQFDGRPVEPPTPVPWYPD
ELAWSMKTSKTVIRKSPPFAKFQKFLVSETSVGNISRQEIVSMIPPLVMDLRPGMTVLDM
CAAPGSKAAQLLEMVHHGEETRVQAVLKGDGSANAELELDPSDDGRATGLLIANDADYKR
SHMLIHQLKRLSSPNLIVTNHDATMYPSIKLPPTPENPATNRYLKFDRILADVPCSGDGT
TRKNVNLWKDWNPGNALGLYITQVRILVRALQMLKVGGRVVYSTCSMNPIENEAVVASAI
ERCGGPEKVKLVSSDDQLPLLKRRPGLKTWTVMDKKGRVWNSWAELQKYIAENGQDDWTG
RLVEGMFPPTDEAMSSVPLDQCMRVYAHLQDTGGFFITILEKQSEFKAKPESENKKIAPK
PPITAIVDEIESAPTPKDGESVVPKIEAADELTHPTSTTLEEVTPVARQNQEQYGSDATH
TVGSKRPASEIEDPEVEGATENKKIKIEGRTEHYPPPPGAELNLTTRPGDQRSDSKPQKI
PNKYGQNQAYEEAFKYIPGDHPQVQEIESFYKLSERFPRDRFLVRNATGEPAKTIYYTTA
LIRDILTENDGKGIKFIHGGVKMFMKQDVQGEGVCRWRIQSEGMPILQGYVGEGRIVNLS
KKETLRTLLIEMFPKVSGDSWKELGEIGERVRDIGMGCCVLRIEPGEGEDAFTEKMVLPL
WRSLHSLNLMLAKEDRSAMLLRIFNDTTPLVNNSIGAQREAELKKEGEIKSEVAPGFKVE
DEEIKVDVDGGLEGTGASVVKEEDQKDGDVQIREGPYDTLVAGVEQVADRGMDVKAIKIE
KGEETGGSEEQLDGMGGIEGQQGGVA
NT seq 2781 nt   +upstreamnt  +downstreamnt
atgggtcaacgtggaaagggaggtcgtggcggcagaggaggacgaggtggcagaagcggg
ggaagatcgagggatcatggagttgataatcgatgtagctttgagaatgttccaaaatct
aatgaaaggtttgaaagatattataatggacttttgaacttggaggagggagagaaggag
gagttttggggagcgttgaagagagaattaccgaatagttttcggtttgcggggtcaaaa
ggtcatgcactggcagtccagaagcaattgaaagaacgatacattcctgaaatttcggcc
attaagcaattcgatggtagaccagttgaacctccaacgccagttccatggtatcccgat
gaacttgcatggtcaatgaagacttcaaaaactgtgatccgaaaatctcctccctttgcc
aagttccaaaaattcttggtttccgaaacgagtgtaggaaatattagcagacaagaaatt
gtcagtatgattccacctttggttatggatttgagacctggaatgacagtattggatatg
tgtgctgcgccaggaagtaaggcggctcaattgttggaaatggtgcatcatggagaggaa
accagggttcaggcagttttaaaaggagacggaagcgcaaacgcggaattagaactcgat
ccaagtgatgatggaagagctacaggtttattgatcgccaatgacgctgactacaaaaga
agtcatatgttgattcatcaacttaaacgactttcatctccaaatctcattgtcactaat
catgatgctactatgtatccatcgatcaagcttccacctacaccagaaaatccggcaacc
aatcgataccttaaatttgatcgaattttggctgatgtaccttgttctggagatggtaca
actagaaagaatgttaatttgtggaaggattggaatccaggtaatgcacttggactttat
atcactcaagttcgaattttggtcagagctcttcagatgctcaaggtgggcggacgtgtt
gtctactctacttgcagtatgaatcctatcgagaacgaagcggttgttgcttctgctatt
gaaaggtgtggtggccctgaaaaggtgaaattggtatctagcgatgatcaattgccttta
ctcaagagaagaccaggtttaaagacttggactgtcatggacaagaaaggtcgtgtttgg
aattcttgggctgagttgcaaaagtacattgcagagaatggtcaggatgattggactggt
agattggttgagggaatgtttccaccaaccgatgaagctatgtcaagtgttcctttggat
caatgcatgcgtgtttatgcccatttgcaggatactggtggtttcttcattacaattttg
gagaaacaatcagaattcaaagcaaagccagaatcggaaaataagaagatcgcaccaaaa
cctcctatcacagcgattgttgatgagatcgagtctgctcccactccaaaggatggcgaa
agtgtcgtaccgaaaattgaggcagcagatgaacttactcaccctacctcaaccactctc
gaagaagtcacacctgtagcacgtcaaaatcaggagcagtacggatctgatgcaacccat
accgtgggttctaagcgtcctgcttcggaaatcgaagaccctgaagttgaaggtgctact
gagaacaaaaaaataaagatagaaggtcgcacagagcattacccaccgccaccgggtgca
gaattaaatctcacaactcgcccgggtgatcaacgatccgattcaaaaccacaaaagatt
cccaacaaatatggtcaaaatcaagcatatgaagaggcattcaaatatattcctggtgat
cacccccaggttcaggaaattgaatcattttacaaattgagtgaaagatttccaagagat
agattcttggtaagaaatgccactggcgaacccgccaaaacaatttactacaccactgcg
ttgattagagatatcttgaccgagaatgatggcaagggaattaaattcattcatggtggt
gtgaagatgttcatgaaacaagatgtacagggtgagggcgtttgcagatggcgtattcaa
tcggaaggtatgccaattcttcaaggttatgttggagagggaagaatcgtcaatttgtcc
aagaaggaaacacttcgcactctcttaatcgagatgttccctaaagtttcaggtgactca
tggaaagaactcggagagattggcgagagagtcagggatattggaatgggatgttgtgtt
ttaagaattgaacctggtgaaggtgaagatgcttttaccgagaaaatggtccttcctttg
tggagaagtctgcattcacttaacttgatgttggcaaaggaggatagaagtgcaatgtta
ttgagaattttcaatgataccactccattggttaataattctatcggggctcaaagagag
gcggaactcaagaaggaaggagaaatcaagtcagaggttgctcctggattcaaagttgag
gatgaagagatcaaagttgatgtagatggtggattagaaggtactggcgctagtgttgta
aaggaagaagatcaaaaagatggcgatgtgcaaattcgagagggaccttacgatactttg
gttgcaggcgtagagcaagtggctgatagaggaatggacgttaaagcgataaagattgaa
aagggtgaggaaactggtggatcagaagaacaacttgatggtatgggtggaattgaggga
caacaaggtggtgttgcttaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (30)   

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