KEGG   Folsomia candida: 110851478
Entry
110851478         CDS       T05043                                 
Name
(RefSeq) copper-transporting ATPase 1-like isoform X1
  KO
K17686  P-type Cu+ transporter [EC:7.2.2.8]
Organism
fcd  Folsomia candida
Brite
Enzymes [BR:fcd01000]
 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
     110851478
SSDB
Motif
Pfam: E1-E2_ATPase HMA Hydrolase Hydrolase_3 Hydrolase_6 PMP22_Claudin HAD
Other DBs
NCBI-GeneID: 110851478
NCBI-ProteinID: XP_021954953
Position
Unknown
AA seq 1152 aa
MENGGGGLFGGAEFKMRIDGMTCQSCVKNIQGHVSGKAGIHTIKVDLKGRSGVVSYDPGV
WTPQDIMEVVEDMGFDTKLWTPECDLEEPPTTSSDQNSKSSGTEKPPKELVIDISSGEEK
DLERCILRIQGMTCASCVAAIEKHAKKVAGVKQISVALMAAKAEVIYDACQIFPNQIANA
ISELGFACEVIDDYNAGQGEVVLRIEGMNCQSCIPDIESHVMKLKGLISANVTYSLSSGR
FKYNAEVTGPRDIIDAINELERLQASLQQHPHVGDLQHKDTTRKWRNSFMVSLIFGVPSM
IVMMYFMLTMDMDHQHHATCELPMCIIPGVSLENFLLFLLATPVQFIGGRHFYIAAWKAI
KHHSTNMDVLIMLATTISYSYSFIVLLAAAIMQHNPSPMTFFDTPPMLLLFVSLGRWLEA
VAKGKTSEALAKLLSLKATEALLVTITPDFEVTSERQISVDLVQRGDILKVIPGSKIPVD
GKVIFGSSMCDQSIITGESMPVVKKKDSLVIGGSINANGMLLVKATQVGDDTTLAQIVKL
VEEAQTSKAPIQQLADKIAGYFVPIVVGFSLLTLFGWILVGYIHPQSMNVKHYDEERFNH
HELVFQYAFRYALTVLAIACPCSLGLATPTAVMVGTGVGALNGILIKGAEPLENAHKVTT
VVFDKTGTITHGVPMLTKISLLTNDSFIPFYKLLSIIGVAESNSEHPIGSAIVRFVRATV
KSELNGKCEDFVIVPGCGLKATVTRVDNNYKSLMDDESQHNLLNARSSTWTIDQVTIDTS
LQNQFGSFASNAEPLIPLGDATTIETFEVLIGNREWMRRNGINVPEAVDRIMIDQEDQGQ
TVVLCAINGVLCTILAVADTVKPEAALAVFTLKKRNVNVILLTGDNKKTSAAIARQVGIG
RVYAEVLPSHKVEKIRRLQDQGHRVAMVGDGVNDSPALAQANVGIAIASGTDVAVEAADV
VLIRNDLLDVIGCLDLSRTTVHRIRLNFVFASVYNIIGIPLAAGLFSHWGLSLEPWMGSA
AMALSSVSVVCSSLLLKLFKKPTRESLTTTEFLKSMDARSRQPKDFDDVSVHRGLDDMGP
PPDMSRLSRASSTISRNGFGGSDIVYSLKNGKKRTTSNGVSVHSDQGSGGYSRVDCCVGG
EDGSDELEYLIA
NT seq 3459 nt   +upstreamnt  +downstreamnt
atggagaacggaggcggcggtctgtttggaggagcagagttcaagatgcgcattgatggc
atgacttgtcagtcctgtgtcaaaaacattcaagggcatgtgagcggaaaggcaggaatt
cacaccatcaaggtggatttgaaaggaaggagtggcgtcgtgtcatacgatcctggtgtt
tggacgccacaagacatcatggaagtggtagaggacatggggttcgacacaaaattatgg
acgccagaatgtgaccttgaagaacccccaacaaccagcagcgaccaaaattccaaaagt
tctgggactgaaaaacctccaaaagaattagtcatcgacatatcctcaggggaggagaaa
gatttagaaagatgcatactacggattcaaggaatgacttgtgcatcttgtgtagctgca
attgaaaaacatgccaaaaaagttgccggtgttaaacaaatttctgtggcgctaatggcc
gcaaaggccgaagtaatatacgatgcttgtcaaatttttccgaaccaaattgccaatgca
atttcagagttggggtttgcatgtgaagttatcgatgactataatgccggacagggtgaa
gttgtcttgaggatcgaaggaatgaattgtcaaagctgtattcctgatattgagtcacac
gttatgaaactgaaggggttgatttccgctaatgtgacgtacagtttgagttctggacgt
ttcaagtacaatgcagaagtaacgggaccgcgagatattattgacgctataaatgaactt
gaaaggttgcaagcttccttgcaacaacatccacatgttggagacttgcagcacaaagat
acaacgcgaaagtggagaaattctttcatggtatcacttatttttggagttccgagtatg
atagtcatgatgtactttatgttgacgatggacatggatcatcagcatcatgctacatgc
gaacttccaatgtgcataatacccggcgtttcgttagagaactttcttttatttctgctg
gccacacctgtccaatttattggtggcagacacttttatattgcagcttggaaagcaata
aagcatcactcgacgaacatggatgtccttataatgttggcgacaacgatttcttattct
tactccttcattgtacttcttgctgcagcgataatgcaacacaatccgagtccaatgact
ttctttgatactccgccaatgttgctgctttttgtctcacttggaagatggttggaagct
gtggcgaaggggaaaacatcagaagcattggcaaagttactctcattgaaggctactgag
gccctgctcgtaaccattactcctgattttgaagttacgtctgagcgacaaatctcagtt
gatttggtccaaagaggcgacatattaaaagtgattcctggatccaaaatccccgttgat
ggaaaagtgatctttggcagttcaatgtgtgatcaatctatcattaccggagaatcaatg
ccagtcgtaaaaaagaaagattccctagtcattggagggtccatcaacgccaacggaatg
cttctagtcaaagccactcaagttggggatgataccactctcgctcaaatcgtcaaattg
gtagaagaggctcaaacatccaaagccccaattcagcagcttgcagacaaaattgctgga
tattttgttcctattgttgttggattttctctgctcactctcttcggatggatattggtt
ggctacattcacccacaatcaatgaatgtcaagcattacgatgaggaacggtttaatcat
cacgaattggtgtttcaatatgcttttcgatatgcattaaccgttctagcgattgcatgc
ccttgctccctgggtcttgctacacccacggctgtcatggtcggcacaggagttggtgcc
cttaatggaatattaataaagggtgctgaaccacttgaaaatgctcacaaggtcacaact
gtcgtatttgataaaactggaacaattactcatggggttccaatgctgaccaaaatttcc
cttctgaccaatgatagtttcattccattttataaactcttgtccatcataggagtagcg
gaatcaaatagtgaacatcctattggatcagcaatcgtgaggtttgtcagggccacggtt
aagtcagaactcaatggtaaatgcgaggatttcgttatcgttccgggatgcggtctcaag
gctacagtgactcgtgttgacaataattataagtcacttatggacgatgaaagtcagcac
aatctgttaaacgcaagatcatccacgtggaccattgaccaagtcactattgacacttcg
cttcagaaccaatttgggagctttgcttctaatgcagaaccactcattcctcttggtgac
gcaactacaattgagacttttgaggtgctaattggaaaccgagagtggatgcgtagaaat
ggaatcaatgtcccagaagcggttgatagaatcatgattgatcaagaagaccaaggtcaa
accgtcgtactttgcgcaataaacggcgttctttgtactatcttggctgtggctgacact
gtaaaacctgaagccgcccttgccgtatttaccttaaaaaagcgcaatgttaacgtaatc
ttattgactggtgacaacaaaaagacttcagcggctattgccagacaagttggcattggt
cgtgtatatgctgaggtattgccgtctcacaaggtggagaaaatccgtcgtcttcaagac
cagggtcacagagttgcaatggttggggacggagttaacgacagtcctgcattagcccag
gccaatgtaggaatcgccatcgcttccggtacagatgtagctgttgaagctgctgacgtc
gtattgattcggaatgacttgttggacgtaatcggatgtttggacctcagtcgtaccacc
gttcaccgtatcagattgaactttgtatttgccagtgtttacaatatcattggcattcct
ctcgctgctggattgtttagtcactggggactttctctcgagccatggatgggctcggct
gcaatggctctcagttccgtctcggttgtgtgctcttcacttctgttgaagctattcaag
aaaccaactcgggaaagtttgaccacaacagagttcttgaagagtatggatgcacgaagc
agacagcccaaagactttgacgacgtatccgttcatcggggtcttgacgacatgggtcct
cctccagacatgtctcgcctctctcgagccagcagcaccatcagtcggaacgggtttggt
ggatcagatattgtatactccctcaagaatggaaagaagaggacgacgagcaatggagtg
tcggtccactctgaccaagggtcaggtggatattcacgggtcgattgttgcgttggtggg
gaggacggctcggatgaactggaatacctcattgcttaa

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Ontology (1)   
   KEGG BRITE (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (83)   
   KEGG ORTHOLOGY (1)   
   RefGene (79)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (9)   
   RefSeq(pep) (9)   
DNA sequence (13)   
   RefSeq(nuc) (9)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (115)   

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