KEGG   Coccidioides immitis: CIMG_00592
Entry
CIMG_00592        CDS       T01114                                 
Name
(RefSeq) heavy metal translocating P-type ATPase
  KO
K17686  P-type Cu+ transporter [EC:7.2.2.8]
Organism
cim  Coccidioides immitis
Brite
Enzymes [BR:cim01000]
 7. Translocases
  7.2  Catalysing the translocation of inorganic cations
   7.2.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.2.2.8  P-type Cu+ transporter
     CIMG_00592
SSDB
Motif
Pfam: HMA E1-E2_ATPase Hydrolase DUF6286 Hydrolase_3
Other DBs
NCBI-GeneID: 4565334
NCBI-ProteinID: XP_001246821
UniProt: J3KHC0
AA seq 1211 aa
MGSRSRSTLLPVHPTSPPLSKPPSNVAMAVTTLKVDGMTCSACTSALESAFKDVDGAKKV
SVSLVIGRAVVEHDSAVLPPERVKEIIEDRGFDAEVLTTEYSKAVDDNLDMPSNTSISGV
TASTTTLTVKGMTCSSCTSAIESGLTGVSGIFEVTVSLLSERAVVRHDAAQITPQQIAEI
IEDRGFEATVANLESPSATIGISTTSNEPSSKDQSAQINTTIAIEGMTCGACTSAVENAL
KDQPGLLSFNISLLAERGVVLHEPSVLPASKVVELIEDAGFDARVLSSEVNSSFLNRTSA
SLNFSIYGLTDAASATSLETRLRNTTGVLAADVKLSNSRATIAYQPSRIGIRALVEIVES
GGYNALLAESEDNDAQLESLAKTKEIQEWRKAFWVSFSFAVPVMLISMLIPMYLPALDFG
RFEIIHGLFLGDIVCLLLTIPVQFGVGMRFYRSSFKALKHRSPTMDVLVMLSTSLAFSFS
ILAMLVSMTCMPHSRPNVVFETSTMLITFITLGRWLENRAKGQTSRALSRLMSLTPSMAT
IYDDPIAAEKAAEPSHAVGDAAEEKNTISVSVKNTNMKSIPTELIQVGDVVCLRPGDKIA
ADGIVIRGESYVDESMVTGEANPIRKIRGSQVIAGTVNGTGWVDFRVVRAGKDTQLSQIV
NLVQNAQTSRAPIQRMADIVAGYFVPTILTLGLVTFFGWMILSHILPKPPEIFLRESSGG
TVMVCLKLCISVIVFACPCALGLSTPTAVMVGTGVGAEHGILVKGGAALEAATKIQHVVF
DKTGTLTTGKTTVADVKVEPLWASNEWRRRLWWLLVGLTEMTSEHPIGKTIVSAAKSENG
ISNDDPLDGSVVEFQATVGKGVSAIVESASGVERTKYRVIVGNAVFLRSKDIRVPASADP
DSQDPTPAKSGVHSSQYDVLNGTTRVHIAIDNQYAGTISLQDSLKLTAKATVAALHRMGL
TTSLVTGDTYSTAVAVANAVGIPTESIHASVTPPEKQAIIAELQTVSGISVAMVGDGIND
SPALATASIGIALSSGTDVAMEAADVVIMRPDDLLSVPASLCLAKSIFTRIKLNLIWACM
YNAIGLPFAMGIFLPFGGISLHPMAAGAAMAASSVSVVVSSLLLKLWKRPQWLDVDRLER
EVELGKIGATGGGRHGVGDWWRKSPFASRETGILTQSMGWIARTTASMMSRKKIRTEEEG
YVPLQSVEPIN
NT seq 3636 nt   +upstreamnt  +downstreamnt
atgggatcacgctctcgctctaccctccttccggttcatccgactagtccaccgctctca
aaacccccgtcgaacgttgcgatggctgtcacaacactgaaagttgacggtatgacgtgc
agcgcctgcacgtccgctctcgagtctgcgtttaaagatgttgacggcgcaaagaaagtt
tctgtcagtcttgtgatagggagagcggtggtagaacacgattcagcagtcttgcctcca
gagagagtgaaagagataatcgaagatcgcggtttcgatgcagaggttttgacaacggag
tactcgaaagccgttgacgataacctagatatgccctcgaatacttctatttctggagtc
acagcttcgaccacgactctcaccgttaaggggatgacatgtagctcgtgcacatccgct
attgaatctgggttaacaggtgttagtggtatttttgaagtcactgtttcgctactttcg
gaacgggctgttgtcaggcatgatgccgcccaaatcacaccccaacagatcgcagaaatt
attgaggaccgtggatttgaggccactgttgcgaacctggaaagccctagtgctaccatt
ggtattagcacgacaagtaacgagccctcctcaaaggatcaatcggcacagataaatact
acaatcgcgatcgaagggatgacatgcggagcatgtacatcggccgttgaaaacgctttg
aaagaccagccaggcttacttagtttcaacatcagccttttggccgagcgcggggttgtg
ctccacgaaccgtcggttcttcccgcgtcaaaagttgttgagcttatcgaagacgccggt
ttcgatgcacgggttctgtcatcggaggtgaactcgtcatttttgaatcgtacttccgcc
tctctcaatttcagcatttatggtctgaccgatgcagcctcggctacatctctggaaact
cggcttcgtaacacaacgggagtactagctgcggatgtgaagctatcgaattctcgcgcg
acaatcgcctaccagccgtctagaatcggcatcagagctttggtggaaatagtcgagagc
ggtggctataacgccttgctcgctgaatcggaagacaacgacgctcagctggaatcactc
gcaaaaacgaaagaaattcaggaatggcgcaaagctttttgggtatcattctcatttgcg
gtcccggtaatgctaatcagcatgttaataccaatgtatcttccagctcttgattttgga
agattcgaaatcatccatgggttatttttgggcgacatcgtctgtctactcttgactata
cccgtccaattcggcgtgggcatgcgtttttaccgatcgtcattcaaagctttgaagcat
cgctctcctactatggatgtcctggtgatgctgagcacgagtctagcgttctcattcagc
atcttggccatgttggtctctatgacttgtatgccgcactcccggccaaacgtcgtgttt
gagaccagtacgatgcttatcacttttatcacattgggtcgttggctggaaaaccgagcc
aaagggcagacttctcgcgcattatcccggttaatgtctctcaccccatccatggctact
atttatgacgatcccatcgctgccgagaaagcggctgagccatcccatgctgtgggtgat
gcggctgaagagaaaaatacaatctcggtctctgtgaaaaatacgaatatgaaatccatt
cccaccgagctgatccaagttggtgatgttgtttgtcttcgtccgggcgacaagattgcg
gcagacggcattgttattcgcggcgagagctatgtcgatgagagcatggttaccggcgag
gccaacccgatccgcaagatacgaggaagtcaagttatagcaggtaccgtcaacggcact
ggatgggttgatttccgcgttgttagggctggtaaagatacacagctaagccaaatcgtc
aacctcgtgcaaaatgcacagacaagccgagccccaattcagcgtatggccgatatagtc
gctggatatttcgttcccactatcttaactcttgggttggttaccttttttggatggatg
attctcagtcacattctgcccaagccacccgagatattccttcgggaaagtagtggtgga
actgtaatggtttgccttaaactgtgtatatctgtgatagtgttcgcatgtccgtgcgct
ctcggacttagcacacctactgctgtcatggttggaacgggtgtcggagccgaacacggc
atcctcgtcaaaggtggtgcagcactagaagcagcaacgaaaatacaacacgtcgtgttt
gacaaaaccggtacattgacaacaggcaaaacaacagttgctgatgtgaaagttgaaccg
ctttgggcatccaatgagtggcgtcggcgtctgtggtggttgcttgtcggacttacagag
atgaccagtgaacatcctattggcaaaaccatcgtgtctgccgccaaatccgaaaacgga
atctcgaacgatgatcctctggacggttcggtggttgagtttcaggccactgttgggaag
ggagtatcagccatcgtcgagtcggcgtctggcgtagaacgaaccaaatatcgcgtcatt
gttggaaatgcagtgtttcttcggtcaaaggatatccgagtacccgcttcagccgatcca
gacagccaggaccccacgcccgctaagtccggggtgcatagttcccagtacgatgtattg
aatgggacaactcgggtacatatcgccatcgacaatcaatacgcaggcacaatttcgctt
caggattctctaaaacttacggcgaaggcgacggttgcagcgcttcatcgaatggggctt
acaacatcgctggtcactggagacacttactctaccgctgtggccgtggccaatgctgtc
ggcattcccacagagtcgatccacgcctcagtcaccccacccgaaaaacaggcaatcatt
gcggagctccaaaccgtgtcaggaatttccgtcgccatggttggcgacggaatcaacgat
tctcccgccttagcaacggcttccatcggtattgcactctcctccggcacagacgtcgcc
atggaagccgccgatgttgttattatgagacccgatgatctgctctccgtgcccgcgagt
ctatgtcttgccaaatcaatcttcacacggataaagctcaatctcatctgggcctgtatg
tacaatgccattgggcttcctttcgcaatgggaatattcctcccatttggaggaatatct
ttacatcctatggctgctggtgctgcaatggcagcttccagcgtgagcgttgttgtgagt
agcttgcttctaaagctatggaaacgaccacaatggctggatgtagacaggctggagagg
gaggttgaattgggcaagatcggcgcgacgggaggcggccgtcatggagttggtgactgg
tggcggaagagtccgtttgcatcccgtgagactggaatattaacacagagtatggggtgg
attgcgcgaacgactgcgagtatgatgagccgaaagaaaatacgaaccgaagaagagggc
tacgtgcctctgcaaagcgtggagccgattaattag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (33)   

Download RDF
DBGET integrated database retrieval system