KEGG   Coccidioides posadasii: CPC735_041320
Entry
CPC735_041320     CDS       T01332                                 
Name
(RefSeq) DNA polymerase alpha catalytic subunit, putative
  KO
K02320  DNA polymerase alpha subunit A [EC:2.7.7.7]
Organism
cpw  Coccidioides posadasii
Pathway
cpw03030  DNA replication
Brite
KEGG Orthology (KO) [BR:cpw00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    CPC735_041320
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:cpw03032]
    CPC735_041320
Enzymes [BR:cpw01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.7  DNA-directed DNA polymerase
     CPC735_041320
DNA replication proteins [BR:cpw03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   DNA polymerase alpha / primase complex
    CPC735_041320
SSDB
Motif
Pfam: DNA_pol_B zf-DNA_Pol DNA_pol_B_exo1 DNA_pol_alpha_N DNA_pol_B_2 Campylo_MOMP
Other DBs
NCBI-GeneID: 9693311
NCBI-ProteinID: XP_003067833
UniProt: C5PAQ4
Position
Unknown
AA seq 1463 aa
MASARAKLAELRALRASGKKRLATYEVEEEGDIYEEVDEEGYKNVVRQRLDRDDFVVDDN
GEGYADDGREEWDDRRRVDSGTDSDEPPLRGKAAKRKREEDKQRREKINNGINKYFSGAY
GTSNASKPKRNATAEDEAFMADLLGEVDVNVVPSRVSVKKPVKSETRRKVRIISPPLSQE
RTPKKVQAKKEPTPHKADVELKSDIDFDDDVGLLPVGDDEDVPMSDPPPSSPVAKAVERK
NASLVKKEDEGADDIDDEDLVTIEATGHHENNATRVNMTGKRPAPKLKVKESFYPSPATS
PPVRANSDAIDASSWTDITRKLNVLSSPASDMHAFGKLRAQDAVETDGSLRFFWLDYTEV
NGSLCLFGKVKDKRSSRFVSAFVKIDNILRKLYFLPREYRLHHGQNTDDEIDMEDVSNEV
DELMTKLRVNVHKIKPCTRKYAFELPNIPKKAKYLKLMYPYDKPVLPIDVKGETFSHVFG
TNTALFEQFVLWKNIMGPCWLKIEDADFTAVSGASWCKLECQVSQPALISSISDAENLDT
PTLTLMSLALRTQLNVKENKQEILAMSARVYENVSLTDPTPPAKLPCKTFTVMRPLGPTY
PIGFEAETRKHRGTFMLEKSEQFLLSKFLALFEKMDPDVVMGHQLQEVDLTVLINRLKEK
RTPGWHRIGRMKRSEWPKNFKGTGFFAERHLVAGRLICDIGNDMGKSLMMKCQSWSLTEM
CQLYLGDGNTRRDIDNEAALKTWATSKEGLMNYINHAEADTYFIAALVLKLQMLSLTKVL
TNLAGNSWARTLMGTRAERNEYILLHEFYRNKYICPDKYFGKSQPKMEEYEGEDDGGDKK
KKDKYKGGLVFEPEKGLYDKYVLVMDFNSLYPSIIQEYNICFTTVNRELVSENENEEKVP
EVPADQEQGILPRLISTLVSRRREVKKLMKNKRATPEELALWDTKQLALKLTANSMYGCL
GYTQSRFYARPLAMLTTFKGREILQNTKELAEKNQLRVIYGDTDSVMINTNVDNMEEALK
VGNEFKRLVNDSYKLLEIDVDNVFRRLLLHAKKKYAAINMTEVDGKYVDHLEVKGLDMKR
REYCTLSKEVSSKLLTEILSGDDTEVVLGKVYDYLRELTQKMKEFTIPVQKYVIFTKLSK
RPDEYPNKESMPPVQVALRELARGKTVRPNDVISYIVTSGDSETSSLQPAKRSYTPQDVM
KPDSGLKPDIEYYLLKQIFPPIERLCAPIPGTDAVQLAECLGLDVRKYQINTSSSHGQQS
LELCPLESQIPDSLRFEKAARFTLRCRACHERTVFEGLNISTDICTPKGLVCPNSNCRKP
FSVISIVAQLESQIRAQTTRYYEGWIVCDDSACGNRTRQMSVYGHRCLGPRGRAEGCLGR
MSYEYTEKQLYNQLLYFATLWDVDKAKATAEKEASGEKKEKVLALVEWNRTRFGTMKGVV
DEYLKKCGRQWVEMDVLFGFALK
NT seq 4392 nt   +upstreamnt  +downstreamnt
atggcatccgctcgtgctaagctggctgaactccgcgctctccgcgcgtcgggaaagaaa
cgtctcgcaacctacgaagtggaagaagaaggcgatatctacgaagaagttgacgaggaa
ggatacaaaaatgttgtcagacaacgtctcgaccgcgatgactttgtcgttgatgacaat
ggcgagggatacgcagacgatggacgtgaagaatgggacgataggcgacgggtggacagc
gggactgatagcgatgaacctcccctaagaggcaaggctgctaaacgaaagcgagaggaa
gataagcaacgcagggaaaaaatcaacaatggaatcaataagtattttagcggtgcatat
gggacttcaaatgcttccaaaccaaagcgaaatgccactgcagaagacgaagcgtttatg
gcagatttactcggagaagtcgacgtgaatgtggtcccatctcgcgtgtcggtcaagaaa
cctgtgaaatccgaaactcgacgtaaagtccgaattatatcccctcctttatctcaggag
cgaacacccaagaaggtccaagcaaaaaaagaacctactcctcacaaagccgatgttgag
ctgaagtccgatattgattttgacgatgacgtcgggctgcttccggtcggcgatgacgag
gatgttccaatgagcgatccgccgccatcatccccagtcgcaaaagcagtagaacgtaaa
aatgcatccttggtgaaaaaggaagatgaaggcgccgacgatatagatgacgaagaccta
gtaaccattgaagcgaccggccaccacgaaaacaatgctactagggtgaatatgaccggc
aaaagacctgcacccaagctgaaagtgaaagaatctttttatccttcccctgctacgtct
cctccagtaagggccaattccgatgcaatagacgcttcgtcatggacagatatcaccaga
aagctcaatgttcttagcagcccagcctcggatatgcatgcatttggaaaacttcgagcc
caagatgctgtagagacagatggtagcttgcgtttcttctggcttgattacaccgaagtc
aatggttctctctgtctctttggaaaggtcaaggacaagagaagcagccgttttgtcagt
gctttcgtgaaaattgacaatatcctccgaaagctctacttcttaccccgggaataccgc
ctacatcatggccaaaacacagatgacgaaatcgacatggaggacgtctctaatgaggtt
gacgagcttatgaccaagttaagagtcaacgtgcacaagatcaagccgtgtacgcggaag
tatgcgtttgaactcccgaatattcccaaaaaagcaaaatatctcaagttgatgtatcca
tatgataagccagtgctaccgatagacgttaaaggcgagaccttctcccatgtttttggt
acaaacactgctctttttgagcaatttgtgctctggaagaacatcatgggtccatgttgg
cttaagatcgaggatgcagactttacggctgtaagcggtgcatcttggtgtaaattggaa
tgccaggtttcgcaacccgctctcatctcctcaatttcagacgctgagaatttggatacc
cctaccttgacgctgatgagtttagcgttacgcactcagctcaacgtcaaggagaacaag
caagaaatcctggctatgagcgcgcgagtgtatgaaaatgtctcattgacagaccctacc
cctcctgcaaagcttccttgcaaaacatttacagttatgaggccactgggccctacatat
ccaatcggttttgaagcagaaaccaggaaacaccgcggtacctttatgctggagaagagc
gaacagttccttctcagcaaattcttagcgttatttgagaagatggaccctgatgtggtg
atggggcaccagcttcaagaagtagatttaactgttcttataaacagactgaaagaaaag
aggacgccgggttggcaccgtattggtcgcatgaaacgaagcgaatggccgaaaaacttc
aaaggcaccgggttctttgcagagaggcatttggtagctggtcggctgatttgcgatatc
ggaaatgacatgggaaagtctctcatgatgaaatgtcaatcgtggagtcttacggaaatg
tgccaactttatctaggagatggcaacacaagacgggatattgacaatgaggcagccctc
aaaacctgggccacctccaaagaaggcttgatgaattatatcaaccacgccgaagctgat
acatatttcattgctgcgcttgtcctaaaactccagatgctttccctgactaaagttctt
accaatcttgccggcaattcatgggctagaacgcttatgggtacaagagctgaacgaaac
gaatatattttactgcatgaattctatcgaaacaaatacatttgccccgacaaatacttt
ggaaaatcgcagcccaagatggaagagtatgaaggtgaagatgatggaggcgacaagaaa
aagaaagataaatataaaggtggtcttgtctttgaaccagagaagggcttgtatgacaag
tacgttcttgttatggactttaacagtctgtacccgagcattatccaggaatacaatatt
tgctttaccaccgtgaatcgcgagctagtgtctgagaatgagaacgaagagaaagttcct
gaggtcccagctgatcaagagcagggtatcctgccacggctgatttccacacttgtcagc
cgcagaagagaagtgaagaaactaatgaaaaacaagcgcgcgactcccgaagagctggct
ctatgggatacgaagcagttggccctgaagctcacagctaactcaatgtacggttgcttg
gggtacacgcagtcaagattctacgctcgacccctcgccatgctgacgacgttcaagggt
cgtgaaattctgcagaatacgaaagaattggccgagaaaaatcaacttcgtgttatctac
ggtgatactgattcggttatgatcaacaccaacgttgacaacatggaggaggcgctcaaa
gtgggcaacgagtttaagcgattagtgaatgatagctacaagttgctcgaaattgatgtt
gacaatgtcttccgccgactactgttgcatgcaaagaagaagtatgctgcgattaacatg
acggaagtggatggtaaatatgttgatcaccttgaagtgaagggtctagatatgaagaga
agagagtactgcactctgtccaaagaagtctcttcgaaacttctaactgagatcctttcg
ggagatgataccgaagtggttttgggtaaagtctatgactacctacgagaactcacccag
aagatgaaggagttcacaatccctgtgcagaaatacgtgattttcacgaaactgtcaaag
cgaccggatgaatatccgaacaaagagagtatgcctcctgtccaagttgccctaagagag
ctggcgagagggaaaaccgtccgtccaaacgatgtcatctcctatattgtaacctcaggc
gactccgaaacctcttcgctccaaccagccaagcggtcatacacaccacaagatgtgatg
aaaccggattctggcttaaaaccagatatcgaatactatctcctcaagcaaatcttcccg
ccaattgaacgactttgcgctcctattcctggtacagatgctgttcagctagcggaatgc
ctaggcttggatgtcagaaaataccaaattaatacctcaagctctcatggccaacagagt
ctcgaactatgtcctcttgaatcacaaattcccgattcgctccgcttcgagaaagccgct
cgattcaccctccgctgtcgcgcttgtcatgagcggacggtctttgaaggtcttaatatt
tcaaccgacatatgtactccaaaaggccttgtatgtcctaattcaaactgcagaaagcca
ttttcagttatctctattgtggcacagcttgaaagccagattcgggcacaaacgacaagg
tactatgaaggctggattgtgtgtgatgattctgcatgtgggaacaggacaagacaaatg
agcgtatatggtcatcgatgtctcggcccccgaggacgagcggaagggtgtttaggtcgc
atgtcctatgaatacaccgagaagcagctgtataaccagctattatattttgccacacta
tgggatgttgataaagccaaagccactgctgagaaagaagcctccggcgaaaagaaggag
aaggtactagcacttgtggagtggaatcgtacccgattcgggacaatgaaaggcgttgtt
gatgagtatttgaagaaatgcggacgacaatgggttgagatggatgttctctttgggttt
gccctgaaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (6)   
   Pfam (6)   
All databases (19)   

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