KEGG   Tremella mesenterica: TREMEDRAFT_30704
Entry
TREMEDRAFT_30704  CDS       T03139                                 
Name
(RefSeq) hypothetical protein
  KO
K02350  DNA polymerase zeta [EC:2.7.7.7]
Organism
tms  Tremella mesenterica
Brite
KEGG Orthology (KO) [BR:tms00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:tms03400]
    TREMEDRAFT_30704
Enzymes [BR:tms01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     TREMEDRAFT_30704
DNA repair and recombination proteins [BR:tms03400]
 Eukaryotic type
  TLS (translesion DNA synthesis) factors
   B-family DNA polymerases
    TREMEDRAFT_30704
SSDB
Motif
Pfam: DNA_pol_B zf-C4pol DNA_pol_B_exo1 DNA_pol_B_2 divDNApol
Other DBs
NCBI-GeneID: 18492142
NCBI-ProteinID: XP_007004455
JGI: Treme1_30704
Position
Unknown
AA seq 1864 aa
MSDPSPSPVLRLRITHITSTLSPPLPSLSTTYIPPHLPTPIPPGCLPHQMPVIRIFGTTS
HGQKICANIHLCYPYFFVPFPMDSVDPLRPERVGRLCSRFGVSLNHAICLALRQTPGASQ
QASDKYAGGTDPRHLHVLSVMLVKGVPFYGYHVGWSYWLKVSLSNPGRMWVALEQLRKPV
VLGREWQPHEAHLNHVLQFMCDFDLYGCGWLELEGGTFREPLPEGDPFQSPQGPVTHFNN
ISTPSYMKYPPNLSPPKDTYTPLEIDVLPQHILNRRRLASRNLHHDFIELLHRPLDPNQK
LVPAVKELWDDERRRRAAKGLSLSETAMMPGSGGMGGHTMAELGYKMEGEERKNRGGDWK
ISEELWEMIEQRMDEERRKRGKLTFERFITDVTGGKGGEKRKYDKWVMTTFEAVSAHWPR
LPKPPKSTQRSKRSRRSTRPSSPIPSAPTSPFPLLSSPEKPHTSPIKPLPPLFDFTDDES
DEENPFELFALTQLPQEPVPVEVNQYAISSDVLPPIDEEDETEAERAHENAAKLHAEEAQ
KLRATQISGQGSDYGSEFGDEEVDELFRRTVGGSATSTPRKRRVIGLSTPTTGGTTTASA
SGDSLTTRRERRDLRMRQQAGLGDLSTIFDASSISLTPDNPFSEGDSPRTPSKSKTPVSE
RPTPTSLIRNIFSKNRRGSPFASPTRRLTAQNAIVLPPSRRSLGEWRSTSPDDALVERET
TPTPTASKVELKDGLIELDENDVNAETEVLREIMIKDDSADIEIMLPPAQRRTSSTPDSD
GDRHPSSSSDSTPTRKRKIPSPTLRNDVDVHDKLTSHDIAPTEVVAGSNDKPRKRVRMAS
PCSSSNSSNPQVRSTSTSLNNSQHLVSSGDTLSSTDTSLPATDTTSTFPSLLCDTAWSYS
RLPPSSAFVKNTMEEHGVSSIIYQEPFYSNHSDVPSRAKLFAGRMFTIRGNGTRELEEFH
SMLPTGKRWLKTLRKVVRSRHGWEYGLPPPSKREVVKWYNEETVIGEERGEMSQLEGPTQ
KNKWGFKFSQKKKTRDSERERQNMSVLALEVFATSRHQLLPDPEKDPLTAIFFCYQNEDE
SLPDNTSFPGYYAGYAVVDSPQSRPERMRLDDEIPHHLVDSELDLINWVIDLVKDWDPDV
LAGWELHNGSWGYLAARAEHGFSLDLTDQLSRVITGHTGPKKDFYSATQTSTFKVSGRHI
LNIWRICRSELNLTQYTFENVAFHLLHQRVPHYSAANLTALWKSKMPSHTLRVIKYLLQR
VVMYMEMVDAAEIITKNAEFARVFGVDFASVMFRGSQYKVESFMFRIAKPESFVLVSPSK
QQVGLQNAPFAVPLIAEPESQFYTHPILVLDFQSLYPSVMIAYNICFSTCLGRVEKFRGT
DKFGFTELKVDDGVLELLKDYLTAVTPNGMIFVKPAVRKSLLSKMLGEILDTRVMVKQAM
KGARGDKSLLQLLNARQLGLKLMANVTYGYTSATYSGRMPCIEVADSIVQTGRETLEKAQ
EMIHSNAAWGAQVVYGDTDSLFVALPGKTKDQAFVIGNQIADAVTAANPKPVKLKFEKVY
MGSVLMAKKRYVGFKYEHPDETEPVFDAKGIETIRRDGFPAQGKIEEVCLKMLFRNQDLS
QIKEFCRQEWTKILQGRISLQDFIVAKEVRLGSYSDKGVPPPGAAVAYRRILKDPRDEPQ
YAERVPYVISNAEGRRLIDRARTPEEMLANRSLGIDAEYYIRNLLIPPLSRIFNLVGADV
ESWYESMPRTKRAGKYDRSNGKMRIDSHFRSSHCVVCGGESSTDICRSCRHTPSSTSHAL
LSREHLAQSALSDFHRICASCSSTPPGEVILCDSVDCPVLYAKVKAEREMEDLGGVREVI
GSLE
NT seq 5595 nt   +upstreamnt  +downstreamnt
atgtccgatccatcccctagccccgtccttcgactcaggataactcacatcacctccacc
ctctcccctcctcttccatccctgagtacgacctacatccctccccatctccctacccca
attcccccaggatgtctacctcatcagatgcctgtcattagaatattcggtactacttct
catggccaaaagatatgcgcaaatatacacctgtgttacccctacttcttcgtgcctttc
cccatggactctgtcgatcctctcaggccagaacgagtcggacgtctctgctcaagattt
ggagtgtcactgaatcatgcaatatgtctggcgttgagacaaacaccgggggcatcacaa
caagcttcagacaagtacgcaggagggacagatcctcgacatctacacgtcctctctgtc
atgctggtcaaaggtgtcccattctatggttatcatgtcggatggagttattggctcaaa
gtcagtctcagtaatccggggaggatgtgggtggcattggaacaactgaggaaacctgtg
gttctgggtagagaatggcagcctcatgaagctcatctgaaccacgtcttgcaattcatg
tgtgattttgatctatatggatgtgggtggctagagctggagggagggactttcagggaa
cctttaccggaaggagaccctttccaatcccctcaaggccctgttacccactttaacaac
atttccactccctcttatatgaaatacccacccaatctctcccctccgaaagacacatac
acacctcttgaaatcgacgtcctcccccaacacatcctcaatcgtcgtcggctagcttcc
agaaatctgcatcatgactttatagagctcctccatcgccctttggatccgaaccagaag
ctcgtaccggccgtcaaagaactgtgggacgatgaacgtcgacgtcgagctgctaaaggt
ttatccctgtcggaaacagccatgatgcctggctcggggggtatgggtggtcacaccatg
gcggagttggggtacaagatggaaggagaggagaggaagaacaggggtggagattggaag
attagtgaagaactgtgggagatgattgaacagaggatggatgaggagcggagaaagagg
gggaagttgacttttgagaggttcatcacagatgtcactggaggtaaagggggagagaag
agaaaatatgataagtgggtcatgacaacctttgaagccgtttctgcgcattggccacgt
ctccccaaacctccaaaatcaacgcaacgatctaagagatctcgtcgatccacccgtcct
tcctcaccgattccctcagctcccacatcacctttccctctactctcgtcgcccgaaaaa
ccgcatacatctcccatcaaacccttgcctcctcttttcgattttaccgatgacgaaagt
gacgaagagaatccattcgagctgttcgctcttacccaacttcctcaagaacccgtcccg
gtggaagtcaatcagtacgccatttcgagtgatgttcttcctcccatcgacgaggaggac
gagactgaagccgagcgggcacatgaaaacgctgctaaacttcacgcagaggaagcacag
aaactccgtgcgacccagatctccggccaaggtagtgattatggttccgaatttggtgat
gaagaagtagacgagctgttccgtcggactgtcggagggtctgctacatctactcctcgt
aagagaagagtgattggtctttctacgcccactaccggcgggacgacgactgcttctgct
tctggtgattccctgactacgagacgggagaggagggatttacgaatgcgtcaacaagct
gggcttggcgatctgtcaacaatctttgacgcttcatccatcagtttaacccccgataat
ccattttcagagggtgacagtcctaggaccccgagcaagtccaagacgcccgtatcggaa
agaccgacgccaacatccctcatcagaaatatattttcaaagaatagacgaggatcaccc
ttcgcttcccctacgaggcgacttactgctcaaaatgccatcgtcttgccgccttctagg
aggtcactaggggaatggaggtcgacttctcccgacgatgctcttgtcgaaagagagacg
acaccgactcccaccgcgtcaaaggtcgagcttaaggatgggctgattgaactggatgaa
aacgacgtcaacgctgagaccgaggtactccgcgaaatcatgatcaaggacgattcagca
gatatcgagatcatgcttcctccagcgcagcggcggacatcttccacaccagattcggat
ggggatcgccacccatcttcatcttctgattcaacgcccacacgaaaacgaaagatccct
agtccgacccttcggaacgacgtcgatgtccatgacaaactgacttcacatgacatagct
ccgactgaagtggtagcgggctccaacgacaaaccacgtaaacgagttcgtatggcttct
ccctgctcctccagtaattcctctaaccctcaagtaagatccacttccacatctctgaat
aacagtcaacatctggtatcaagcggcgacacattgtcttccaccgatacatctctccct
gctaccgatacaacctccacctttccctcattactctgtgacacagcatggtcctactca
cgtcttccaccttcaagcgctttcgtgaaaaacacgatggaagaacacggagtttcctca
ataatttaccaagaaccgttctattccaatcattcagatgtaccctccagagcgaaacta
ttcgcgggtcgtatgttcactataagaggtaatggtacgagagaattggaagagtttcat
tccatgcttcctacggggaaaagatggttgaagactctccgtaaagttgtgaggagtaga
catggatgggaatatgggttgccacctccgagtaagcgagaggtcgtcaagtggtacaat
gaggagactgtaattggggaggagaggggtgagatgagtcagttggaaggtcctacgcag
aagaataagtggggtttcaagttcagtcagaagaaaaagacgagggacagtgagagggag
aggcagaatatgagtgttttggctctggaggtgtttgctacgtcgcgccatcagctgctc
cctgaccccgagaaagatcctcttacagccatattcttttgctatcaaaacgaagatgaa
tcattgcctgacaacacctcttttccaggttattacgccggttatgccgtagttgattcc
ccacagagtcggccggaacgtatgcggctggacgatgaaatacctcatcatctcgttgat
tctgaattagacctcattaattgggtcattgatttggtcaaggattgggatccggatgtt
ttggcgggatgggagttgcataatggttcttggggttatttagcggctagggccgaacat
ggtttttctctcgacctgaccgatcaactctcccgtgttataacaggtcatactggacca
aagaaagatttctactccgccactcagacttctactttcaaagtctccggtagacatatc
ctcaacatctggcgaatatgtcgatctgaactcaacttgacccagtatacctttgagaat
gttgcatttcatttacttcatcaaagagtaccgcactattccgcggcgaatctgacagct
ctgtggaaaagtaaaatgccttctcatacacttcgagtcatcaaatatcttttacagagg
gtggtaatgtatatggagatggtagatgcggctgagataatcactaagaatgctgaattt
gcccgtgtcttcggtgtcgacttcgcatccgtcatgttccgaggttcccaatacaaagtc
gaatcattcatgttcagaatagcgaaacccgaatctttcgtcctcgtctctccctcaaaa
caacaagtaggacttcagaacgctccttttgcagtacctctcatcgctgagccagaaagc
cagttttatactcatcctatcctggtgttagattttcaaagtttgtatccaagtgttatg
attgcgtataacatatgtttttccacctgtttagggagggttgagaagtttagagggacg
gataagtttgggtttaccgagttgaaagttgatgatggggtcttggagttgttgaaggat
tatcttactgcagtcacaccgaatggtatgatcttcgtcaaaccagctgtacgcaagagt
cttttatccaaaatgcttggtgagattctcgacactcgtgtgatggtgaaacaagctatg
aaaggggctcgaggggacaagagcttgttgcagcttctcaatgcccgtcagcttggtttg
aagctcatggcgaacgtcacttatggctatacttccgccacctattctggtcgaatgcca
tgtatcgaagtggccgactctatcgttcaaactggtcgagagactttagaaaaggctcaa
gagatgattcactcaaacgctgcatggggagctcaggtggtgtacggagatacagactct
ttatttgtcgctttaccaggaaagacgaaagatcaagctttcgtaatcgggaatcagatc
gcagatgcagtgacggctgcgaatccgaaacctgtcaagttgaagtttgaaaaagtctac
atgggatccgtactcatggccaagaaacgctacgtagggttcaagtatgaacatccggac
gagaccgaaccggtgtttgatgcaaagggtatagaaacgatacgacgagatggttttccg
gctcagggtaagatagaagaggtttgcttgaaaatgctcttccgtaatcaagacctttcc
caaatcaaagaattttgccgacaagaatggacgaaaatccttcaaggacgtatctcgtta
caagatttcatcgttgccaaagaagtacgattaggatcttattctgataaaggcgttccg
cctccaggagcggccgtagcttatagacgtatattgaaagatccaagggatgaacctcaa
tacgccgagagggtcccttatgttatttcgaacgctgagggacgaagattgattgataga
gctaggacgccggaggagatgttggcgaaccgatcactcgggatagacgcggagtactac
atccgtaatttactcatccccccattatcgcgcatcttcaatctggtcggagcagatgtg
gaaagttggtacgagtctatgccacgtacgaagcgagctggaaagtatgacagatcgaat
ggaaagatgaggattgatagtcatttcagatctagtcattgtgtggtttgtggaggagag
tcgtccactgacatttgtcgatcatgtagacataccccatcttccacctcacatgcacta
ttatcccgagaacatctagcccaatcggcattgtcggactttcacaggatctgcgcttca
tgctcttccacaccaccaggagaggtcatattgtgtgactcggtcgattgtccagttttg
tatgctaaggtgaaggcggagagagaaatggaagatctgggaggagtaagggaagtcatt
gggtctttggaatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (88)   
   KEGG ORTHOLOGY (1)   
   RefGene (83)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (100)   

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