KEGG   Sordaria macrospora: SMAC_06688
Entry
SMAC_06688        CDS       T01610                                 
Name
(RefSeq) uncharacterized protein
  KO
K02332  DNA polymerase gamma 1 [EC:2.7.7.7]
Organism
smp  Sordaria macrospora
Pathway
smp03410  Base excision repair
smp04139  Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:smp00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03410 Base excision repair
    SMAC_06688
 09140 Cellular Processes
  09141 Transport and catabolism
   04139 Mitophagy - yeast
    SMAC_06688
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:smp03032]
    SMAC_06688
   03029 Mitochondrial biogenesis [BR:smp03029]
    SMAC_06688
Enzymes [BR:smp01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     SMAC_06688
DNA replication proteins [BR:smp03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase gamma complex (mitochondrial)
    SMAC_06688
Mitochondrial biogenesis [BR:smp03029]
 Mitochondrial DNA transcription, translation, and replication factors
  Mitochondrial DNA replication factors
   Mitochondrial DNA polymerase
    SMAC_06688
SSDB
Motif
Pfam: DNApol_Exo DNA_pol_A Mad3_BUB1_I
Other DBs
NCBI-GeneID: 10805340
NCBI-ProteinID: XP_003347855
UniProt: F7VYC2
Position
Unknown
AA seq 1509 aa
MLTPVRCRAVPNATVATAARVLRRSNLFSRHPRQLRHLRWDSTVAQVLERNGLAIPSTAR
HNEIGVQQLSEHLYKQLFPRGNTDPPAPELIELAKDHLARHDLLGKTTDKTPPIAFELPS
LVGETLDEHFHKLGVDAAEPFLSHAREFAAVDLPPKPTTWVRRSGWTKYNCNGTTEYNVL
PEGNMMCFDVEVMYKDNPYAVMACAGTPDAWYAWLSPWLLGETEEKCQLIPMGDPTVERI
ITGHNIGYDRAKILEEYDLKQTRNFFLDTMSLHVAVNGMCSQQRPTWMKHKKARERREKG
EAENASIELQGLLHGGSLTAEEADLWVNKSSINSLRDVAQFHLNVKIDKEIRDVFAETDR
NVILDQLDDLLTYCAADVQVTHQVYQVVFPNFLKTCPHPVSFAALRHLSSVILPVNKTWD
HYIETAEATYMQMLHGVQERLLTLMEETLDYKNDPEKYLNDPWLSQLDWSGQEIKWAKPQ
KKSDPPRPALNQKLPGYPQWYKDLIPKIPKNLSVIDLPGKEHENRKARHEFVNLTVRTRV
APLLLKLSWEGYPLFWSDQYGWTFRVPRGEAATFIQRQMTPIEFDDPDLDERLRVDFDHR
YFKLPHKDGPTARCANPMAKGYLAYFEKGILSSEYPYAKEALEMNASCSYWISARERIKN
QMVVYEDKLPPSQRFATKGADDDTPVGGFILPQLIPMGTITRRAVERTWLTASNAKKNRV
GSELKAMVRAPPGYVFVGADVDSEELWIASVVGDATFKLHGGNAIGFMTLEGTKSQGTDL
HSRTAAILGITRNDAKVFNYGRIYGAGLKFASQLLRQFNPSLTEAETITIATKLYDATKG
AKTNRKSLYKRPFWRGGTESFVFNMLEEFAEQERPRTPVLGAGITEALMSRWVSKGGFLT
SRINWAIQSSGVDYLHLLIIAMDYLTRRFNLACRLTITVHDEIRYLAEEHDKYRVAMALQ
IANLWTRVMFAQQVGIQDLPQSCAFFSAVDIDHVLRKEVDMDCITPSNPVPIPHGESIDI
FQLLDKGEAAKLDESIVPESQYAPRLDNIQYKPRVPVMETLRKRAEGSDHQAFLRFIRAQ
ITNSDDELKRIIAETRYSEPYGGYFLMPNGRVPINPHKCHAPVQAPKSTVTAPSKYSAAN
RLDSVMGGIRTAAAASASKQSVASRLDSLSNASRMESFAAGVDKHTTREVKAQGKAMAEA
NANAARLVADTKTAAVPKSIPRSIPKEQTKEPTKKETKKETKKETKKEIKSIPKEQTKKE
VKEQTKKETKKETKSIPKEHTKKETNKTTKSASKRKDKDEEPFPSLDDPKIAASLEAVSK
TSPGTKASVAAKLDALASIAIRAVEATEATATRQTSTAASAVSTFSFSSSPSTELPTAAP
KTPEEATPIPTATPFTPTPTTTPTTVTDTKIKQTKSTTPTKRGPRRPRKTPIIPYTAPKK
KLPSGVFSKDQKEVMSVSEAVRTADATTANAGAGANDPSAVGANGANGPVVNGKKRVWKP
AHVYWPQQR
NT seq 4530 nt   +upstreamnt  +downstreamnt
atgctgacccccgtccgctgccgggcggttccaaatgcgactgttgcgaccgctgcccga
gtcctccgccgatccaatctcttttcccgacaccctcgacaactgcgacacctacgatgg
gactcgaccgtcgcccaagtgctcgagcgcaacggcctcgccatcccctccaccgcccgc
cataacgagatcggtgtccagcagctgagcgagcacctctacaagcagctcttcccccgc
ggaaacaccgaccctccagcccccgaactcatcgagctggccaaggaccatcttgcccgt
cacgacttgctgggaaagaccaccgacaagacccctcccattgcttttgaactgccatcc
ttggtgggcgaaaccctcgacgagcacttccacaagctgggcgtcgacgccgccgaaccc
ttcctctcccacgccagggagttcgcagccgtcgacctgcctccgaagccgacaacctgg
gtccggaggagtggctggaccaagtacaactgcaatggcacgacagagtacaacgttctg
cccgagggcaacatgatgtgcttcgatgtcgaggtcatgtacaaggataatccctatgct
gtcatggcatgtgctggtactccggacgcctggtatgcttggctgtcgccgtggctgctt
ggagagacggaggaaaagtgccagttgataccaatgggcgatccaaccgtcgagagaatt
attacgggacacaacatcggctacgaccgcgccaagatcctcgaggagtacgacttgaag
cagacgaggaacttctttctcgacaccatgtctctacatgttgccgtgaacggaatgtgc
tcccaacaacgaccgacgtggatgaagcacaagaaggccagagagcggcgggagaagggc
gaagcggaaaatgccagtatcgagttgcaaggactcttgcacggtggctcgctcactgcc
gaggaggccgacctctgggtcaacaaaagctccatcaactctctacgtgacgtggcccag
ttccatctcaacgtcaagatcgataaagaaatcagagatgtttttgccgaaacagatagg
aatgtgattctggaccagctggacgacctcttgacgtactgcgcggcagatgttcaagtc
acccaccaagtttaccaggtcgtctttcccaacttcctcaaaacctgccctcaccctgtc
agctttgccgctttacgacacctctcctctgttattctgccagtcaacaagacctgggat
cattatatcgagacagctgaggccacctatatgcaaatgctacacggcgttcaagagcgc
cttcttacccttatggaggagacgttggattacaaaaatgaccccgagaaatatctgaat
gacccttggttgagccagttagactggtcaggacaggagatcaagtgggctaagccacag
aagaagagtgacccgccgcggccagccttgaaccagaagctacccggatatccccaatgg
tacaaggatctgatcccaaaaatcccaaagaatctctcggtcatcgacctacctggcaaa
gaacacgaaaatagaaaggctcgacacgagttcgtcaatctcaccgtccgtacacgggta
gcacctttgcttctcaagctgtcgtgggaaggctaccccttattctggtctgatcaatat
ggctggacgttccgggtgccacgaggagaagcagcgaccttcatccagcgccagatgaca
cctattgagtttgatgacccggacctcgatgagcgactcagggtggattttgatcacagg
tacttcaaacttcctcacaaagatggcccgactgccagatgcgccaacccgatggccaag
ggctatcttgcctacttcgaaaagggtatcctctcttccgagtacccgtacgcaaaggag
gctttggagatgaatgcttcctgttcgtactggatcagtgcgcgggagagaatcaagaat
cagatggtagtttatgaagataaacttcctccttcacagaggtttgctaccaagggcgca
gacgacgatacccctgttggaggatttatcctccctcagctcattcctatgggtaccatc
actcgtcgtgcggtcgagagaacatggttgacggcatccaacgccaagaagaaccgtgtt
ggatcagaactcaaagccatggttcgcgcaccaccaggttacgtttttgtcggcgccgat
gttgactcggaagaactttggatcgcatcggtggttggagatgccactttcaaacttcat
ggtggtaatgccatcggcttcatgacccttgagggtaccaaatcccagggcactgatctc
cacagccgaacagctgccattctgggcatcacccgtaacgacgcaaaagtgtttaactac
ggtcgtatctacggtgccggtctcaaattcgcctctcagcttctccggcagttcaaccct
agcttgaccgaggcggaaacgattaccatcgcgaccaagctctacgacgctaccaagggt
gctaagactaaccgcaagtctctctacaagcgacccttctggcgaggcggcaccgagtcc
ttcgtgtttaacatgcttgaagagtttgccgagcaagagcgtcctcgtacccccgtcctc
ggcgcgggcatcacagaggccctcatgagccgctgggttagcaagggtggtttcctgacc
tcgcgtatcaactgggctatccagtctagtggagtcgactaccttcacttgcttatcatc
gccatggactatctcacccgccgcttcaacctcgcctgtcggttgaccatcaccgtacac
gacgaaatccggtaccttgccgaggaacacgacaagtatcgggtagccatggcgctgcag
attgccaacctgtggacccgcgtcatgttcgcacagcaagtcggtattcaagatctgcct
caatcctgcgccttcttcagcgccgtggatattgaccacgtgcttcggaaggaggtcgac
atggactgtattacgcctagtaacccggtaccgatcccgcatggcgagagcattgacatc
tttcagcttttggacaagggagaagcagcaaaattggacgagagcattgtgccagagtct
caatatgcgcctcggctggacaacatccagtacaaacctcgtgtgcctgtgatggagaca
cttcgcaagagggcggagggcagcgatcaccaagccttcctgcggttcatccgggcgcag
attaccaactctgatgacgagctgaagcggattatcgcggaaacaagatacagtgaaccg
tatggtggctactttttgatgcctaacggacgagtacctatcaaccctcacaagtgccac
gcccctgtacaagctccgaaaagcaccgtcacggctccttcaaaatattccgctgcgaac
cgtctagattccgttatgggggggatacgaacagctgccgctgcttctgcttcgaaacaa
tctgtcgcaagccgtcttgattctctctcgaatgcatcaagaatggagtccttcgccgct
ggcgttgataaacacactacgagggaagtcaaagcccagggcaaagccatggcggaggcc
aatgccaatgctgccaggctcgtcgctgacaccaagacggctgcggtccccaagtcaatc
cccaggtcaattcccaaggaacaaaccaaggagccaaccaagaaggaaaccaagaaggaa
accaagaaggaaaccaagaaggaaatcaagtcgatccccaaggagcaaaccaaaaaggag
gttaaggagcaaaccaagaaggaaaccaagaaggaaaccaagtcgatccccaaggagcac
accaagaaggaaaccaacaagacaaccaaatcagcctcgaagagaaaagacaaagacgag
gaaccattcccctccctcgacgaccccaagatcgccgccagtctcgaagccgtctccaag
acttcgccaggcaccaaggcctccgtcgccgcaaagctggatgcccttgcatccattgcc
atccgcgcagttgaagctaccgaggctaccgctactcgtcagacgagtaccgctgcctct
gccgtcagcaccttttccttctcctcctcaccgtccacagagctaccaaccgctgctccc
aagacccccgaggaagctacccctatccctaccgccacaccatttactcccactcccaca
accacgcccacaaccgtaaccgacaccaaaatcaaacagaccaaatcaacaacaccaaca
aagcgcggcccccgccgtccccgcaaaacccccatcatcccttacaccgcccccaagaag
aagttaccctccggcgtcttttccaaagaccaaaaggaggtcatgtccgtttccgaggct
gtgaggactgctgatgctactacagctaacgccggtgctggggcgaatgatccgtcagcg
gttggggcgaatggggcgaatggtccggtggttaatgggaagaagagggtttggaaaccg
gcgcatgtttattggccgcagcagcggtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (18)   

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