KEGG   Sclerotinia sclerotiorum: SS1G_01930
Entry
SS1G_01930        CDS       T01071                                 
Name
(RefSeq) hypothetical protein
  KO
K03164  DNA topoisomerase II [EC:5.6.2.2]
Organism
ssl  Sclerotinia sclerotiorum
Brite
KEGG Orthology (KO) [BR:ssl00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:ssl03032]
    SS1G_01930
   03036 Chromosome and associated proteins [BR:ssl03036]
    SS1G_01930
Enzymes [BR:ssl01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.2  DNA topoisomerase (ATP-hydrolysing)
     SS1G_01930
DNA replication proteins [BR:ssl03032]
 Eukaryotic type
  DNA Topoisomerases
   SS1G_01930
Chromosome and associated proteins [BR:ssl03036]
 Eukaryotic type
  Chromosome condensation proteins
   Other regulators of chromosome condensation
    SS1G_01930
  Centrosome formation proteins
   Centriole proteins
    SS1G_01930
SSDB
Motif
Pfam: DNA_topoisoIV TOPRIM_C DNA_gyraseB HATPase_c Toprim bHLH-MYC_N
Other DBs
NCBI-GeneID: 5493546
NCBI-ProteinID: XP_001597734
UniProt: A7E9F0 A0A1D9PSL6
Position
Unknown
AA seq 1846 aa
MDDDSMSDVPSFHMSDDESDNFAPVKAKSKTTVKKTAAPKAKEPKAKPLKAAKEPKAPKA
PKATKATKTAKTIQTTLNMAPKKRARSGSDDEDQQSDNDSSNTASQLSNTPPNSKKQKKA
PAAKRQSSEALHDIENESIMEIEPKPKKTKTSTEQYQKLTQLEHIIKRPDTYIGSVEKTE
QTMWVFNSETKEMELRKVTFVPGLYKIFDEIMVNAADNKQNDPNMKNLKVVVDREKGEIS
VENDGRGIPVEIHEKEKIYIPEMIFGHLLTGSNYDDDEAKTTGGRNGYGAKLCNIFSTEF
TLETQDSNSGKRYKQTWADNMSKMGKAKISSSKNADFTRVTFTPDWKKFKMTGIDDDFEA
MVKRRVYDMAGVVKGVKVYLNGTQIKLDFKKYIEMYAKAINKERGSEDTSANTVIVEDSK
GHPKWEVGFAVSDGSFQQVSFVNSIATTSGGTHVNYIADQICDKLLEVVKKRNPKGALLK
ANQVRNHIFLFVNCLITNPAFTSQTKEQLTTRKPQFGSKCTLTEEFLKKIGKTEAVENIL
NFAAKKADLELAKSDGNRRSRMNNPKLVDANLAGTKRGHECTLILTEGDSAKGLAVAGRA
VLDPDRIGVFPLRGKLLNVRDASHDQIAKNAEIQNIKQFLGLKHKTVYKDTLGLRYGHLM
IMADQDHDGSHIKGLLINFLQVQYPSLLKLPEFFREFITPIVKVWKGPNPNKPTNLRSFF
TIPEYEEWKEAHANDKGWKHKYYKGLGTSKAEDAQIYFSNLDVHLREFEVIKPEEEEMLD
LAFSKKKADSRKTWLGNFVPGTYLDHTDKMLTYDNFINKELILFSMADNLRSIPSVIDGL
KPGQRKVMYACFKRNLTNDMKVVELAGYVSQVSAYHHGEASMQMTIVGLAQNFVGSNNVN
CLEPSGNFGSRLQGGSDAASARYIFTRLSPFARRVYSALDDPVLEYNVDDGRSIEPVTYF
PVVPMVLINGADGIGTGWSTNIPNYHPVEIVNNLKRRMGRLDDSGEEKPFETMMPWFRGW
KGTAEPAGPDRYKFNGIIRETGDTEVEITELPIRMWTDDFKAKLEEIIKAEKVPSFIKDY
KEFNDHKTVHMIIQMDDKHMKAALVEGLAEKFKLNKTVATSNLVAFDHRGQIRKYEKVED
ILEEFYEQRFKMYTVRKAYWVNKLNVEYRKLTNQARFVTEIIENKLIVSKKKKPVLVAEL
RKRGYEGFPKVSEAKKAGETDDVVENEEEVGIDEDAGARDFDYLLGLPIWSLTQERVDKL
NKQKDDKKDEIDTLERLSEKDLWCEDLDAFVLEWEDQLKQDAEISKAIRNTNRRRSNKIG
AGGKPGGRGRPRNEDEEFTVGAKKKAPAKALKADPMKGVTKVESKPHQGFMDMFSNKPKS
KSVGRFDGGDDSGMSDDDFAALAAPEANAPKVDAGAGRTKRAAAAAPKKWIVDDDEEGES
DDNLLGDIDNMVKGIGGNDKEVAATGSSRLSLFAMSTSNGDRPGSSTGLPKPKPKPGKVI
DLSEDETNYEMLARSSPQKAPAKDEVDGLLSSDEDIIPIVPKKAPAQKAKAAKEAPKPKK
APVAKKQVAVAESKPAPLSPAAKAYAAKQNRLQQISKTIGYSEYESEEKDMEEASSPPPK
PAAKGRQANSKTTVTKYAISDGSDEDIGMEDAAPPKKAPKGKSASKTTDTSDDEEDSIAP
APKRGAKSKATPKKFVVSDDEDESIAPAPKRGAKSKAAPKKFVVSDDEDESIAPASKRGA
KSKAAPKKSDISDDEDDSIAPPPKRAASSKAAAKELVSDDEDVDEDEVDSPPKPAARAGR
GRPARTAAAKPKKPVYTIDSDDEEDDDDVDESALVEDDESEDDFSE
NT seq 5541 nt   +upstreamnt  +downstreamnt
atggatgacgactcgatgagcgatgtgccgagcttccacatgtcggacgatgagtctgat
aactttgctcccgtaaaagctaaatcgaagactactgtaaagaaaactgcagcaccaaaa
gcgaaagaaccaaaagcaaaaccactaaaggcagcaaaggagccaaaagctccgaaagcc
ccaaaggccaccaaggccacgaaaacagcaaaaaccatacaaaccacccttaacatggcc
cccaaaaagcgcgcgaggtctggaagcgatgatgaggaccaacaatcggacaacgactcc
tcaaacactgcttcccagttgtccaacaccccgccaaattcgaagaagcagaagaaagct
cccgctgccaaaagacagagtagtgaagccctgcatgatattgagaacgaaagcataatg
gagatagaaccaaaaccaaagaagacgaaaacttccacggaacaataccagaaactcact
caactagagcacatcatcaagcgtccagatacctatattggctctgttgagaagacagag
cagaccatgtgggtattcaactcagagactaaggagatggagcttcggaaggtcacattt
gtccccggtctgtacaagatcttcgacgagattatggtcaatgccgcggacaacaagcaa
aacgaccctaacatgaaaaatttaaaggtggttgtggatcgtgagaagggtgaaattagt
gttgagaacgacggtagaggtattccagttgaaatccacgagaaagaaaagatttacatc
cccgagatgatctttggacatctcctcactggttccaactacgatgatgatgaagccaaa
acaactggtggtcgtaatggttacggagcaaagctttgtaacattttcagtaccgaattc
acgttggaaacacaggactctaacagcggcaagaggtataagcaaacctgggcagataat
atgagcaaaatgggcaaggcgaagatctcatctagcaaaaatgccgattttactagagtc
accttcactccggattggaaaaaattcaagatgacaggaattgatgatgatttcgaggcc
atggtgaagcgccgagtgtatgacatggctggtgttgtcaaaggtgtcaaagtttacctc
aatggaacacagatcaagcttgacttcaaaaagtacatcgagatgtacgccaaggcaatc
aacaaggaacgtggctctgaagatacaagcgcaaataccgtcatcgtcgaggattcaaaa
ggtcatccaaaatgggaagtcggttttgctgtttccgatggttccttccaacaagtatca
ttcgtcaactcaattgctacaacttccggtggcactcatgttaattatattgccgatcag
atttgcgataagttgctagaggtcgtaaagaaaaggaatcctaaaggtgcacttttgaag
gcaaaccaagttcgcaatcatatctttttgtttgtcaactgtctcattacaaaccctgct
tttacctcgcaaacaaaagagcaattgactacgagaaaaccacaattcgggtccaaatgc
actttaacggaggaatttttgaagaagattggcaagaccgaagctgtagagaacattctc
aatttcgcagcaaagaaggccgatttggaattggcaaagagtgatggaaataggcgctca
cgtatgaataatcccaagctcgtggatgcaaatttggctggaacaaagcgtggccacgaa
tgcaccttgattctcaccgaaggtgactctgccaagggtcttgcagttgctggccgagct
gttctcgatccagaccgtataggtgttttccctcttcgtggaaaactgctcaacgtccgc
gatgcttcacacgaccagattgcaaagaacgctgaaatccagaatatcaaacaattcttg
gggttaaagcacaaaaccgtttacaaggacactttaggtcttcgatatggacatctaatg
atcatggcagatcaggatcacgatggtagtcatatcaaagggttgttgatcaacttttta
caagtgcagtatcccagtttactgaaactgcccgagttcttccgagagttcattactcca
attgttaaagtatggaaaggaccaaaccccaataagcctacgaacttgcgatcctttttc
accatacctgaatacgaggaatggaaagaagctcatgctaacgacaagggatggaagcat
aaatactataagggactgggtacaagcaaagctgaagatgcgcaaatctatttcagcaat
cttgacgtccatttaagggaatttgaagtcattaaaccagaagaagaagagatgttggat
cttgctttttcgaagaagaaagcagattctcgtaagacatggctaggaaactttgtcccc
ggtacctacctggaccacacggataaaatgctcacgtatgataacttcatcaacaaggag
ttgattcttttcagtatggcggataacctccgttccattccttccgtcattgacggtctt
aagcctggacaacggaaagtcatgtatgcttgcttcaagcgcaaccttacaaatgacatg
aaagttgttgaactcgctggatacgtcagtcaggtctcggcctatcaccatggtgaggcc
tcgatgcaaatgactattgttggccttgctcaaaattttgtcggttcgaacaatgttaac
tgtctagagccaagtggaaatttcggaagtagacttcagggaggtagcgatgctgctagc
gctcgttacattttcacaagactatcaccctttgccagacgagtatactctgcacttgat
gacccggttttggaatacaacgttgatgatggtcgctcaattgagcctgtcacttacttc
ccagttgttcctatggttctgattaacggcgctgatggtattggtactggttggagtaca
aacattccaaattatcatcccgtggagattgtaaataacctgaagcgccgcatgggtcgt
ctagatgatagtggtgaagaaaaaccatttgaaacaatgatgccgtggttccgggggtgg
aagggcactgctgaacctgccggtccagatcgttacaaattcaatggtatcatccgagag
actggcgacactgaagttgagattacagagttacctattcgcatgtggaccgacgacttt
aaagctaagcttgaggagattatcaaagccgaaaaggttccgtcattcatcaaagattat
aaggaattcaacgaccacaaaactgtgcatatgatcatccagatggacgacaaacatatg
aaggctgctctggtagaggggttagcggaaaagttcaagctaaacaagaccgtcgctact
tctaacctggtggcctttgaccacaggggtcaaattcgaaagtacgagaaagttgaagat
atcctcgaggagttttacgagcaacgttttaagatgtacactgttaggaaagcatattgg
gtgaacaaactcaatgtggaatatcgcaagctcaccaaccaagcccgattcgtgactgaa
attatcgagaataagttgattgtttcgaagaagaagaagccagtccttgttgcagaactt
cgaaagcgcgggtatgagggatttcccaaggtcagcgaagcaaagaaagctggcgaaacc
gatgatgtagtcgaaaatgaggaagaagtgggcattgatgaagatgctggagctagagac
tttgattatcttctcggcttgccaatttggtctcttacccaagaacgtgtcgacaaacta
aacaagcagaaggacgacaagaaagacgaaattgacacactagaaaggctcagtgaaaaa
gacttgtggtgtgaagatcttgatgcatttgtcttagagtgggaagaccaactcaaacaa
gatgctgagattagcaaggctattcgcaacacaaaccgacgtcgttcaaacaagattgga
gccggtggaaagcctggtggtagaggtcggcccaggaatgaagatgaggaatttactgtt
ggtgcaaagaaaaaggctccagctaaggccttgaaagccgacccaatgaagggagtcaca
aaggttgagagcaagccccatcagggtttcatggatatgttctctaacaaacctaaatcg
aaatcagttgggcgctttgatggtggcgatgattcgggcatgtctgatgatgattttgcg
gcgttggcggctccagaagcgaatgcccctaaagttgatgccggtgctggacgaaccaag
cgtgcagcagctgctgcaccaaagaaatggatagtggatgatgatgaggagggtgaaagt
gatgacaatcttcttggcgatattgataatatggtcaagggcattggtggtaacgataaa
gaagtcgctgctacgggaagttcgagactttccttgtttgcgatgtcaacaagtaatgga
gacagacctggtagcagcacaggtttacccaagcccaaacctaagcctggcaaggtaatc
gacctttccgaagacgagaccaactatgaaatgcttgctagaagttcccctcaaaaggct
ccggctaaagatgaggttgatggtcttttgtcttctgacgaagacattattccgatcgtc
ccgaagaaggctcctgctcagaaagcaaaggcagcgaaagaagcaccgaagcctaagaaa
gcgcctgttgctaagaagcaagttgccgttgcagaatccaagcctgctcctctttcacca
gccgcgaaggcatatgcagcgaaacaaaaccgcctccagcagatttctaagacaatcggc
tatagtgagtatgaaagtgaggagaaggacatggaggaagcgtcatcaccgccgccaaag
cccgccgccaaaggtagacaagccaactcaaagacaactgttactaaatatgccatcagt
gacggatcagatgaagacattggaatggaagatgccgcaccacccaaaaaagctcccaaa
ggtaaatctgcttctaagacgactgataccagtgacgacgaggaagactccattgcccct
gctcccaaaaggggtgccaaatccaaggctacccccaagaagttcgtcgtcagcgatgat
gaggacgagtcgattgcccctgctcccaaaaggggtgccaaatccaaggctgcccccaag
aagttcgtcgtcagcgatgatgaggacgagtcaattgcccctgcttccaagaggggtgcc
aaatccaaggctgcccccaagaagtcagatattagtgatgatgaggatgattccatcgct
cctcctcccaagcgtgccgcaagctcgaaagctgcagctaaggagctagttagcgatgat
gaggacgtggatgaagatgaggtcgattctccacccaagccagctgcacgcgcaggccgt
ggtcgtccggcaagaactgctgctgccaagcccaagaaaccagtctatactatcgactcg
gatgatgaggaagatgatgacgatgttgatgagtctgcactagtggaagatgatgaaagc
gaggatgactttagcgaatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (80)   
   KEGG ORTHOLOGY (1)   
   RefGene (76)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (96)   

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