KEGG   Ficedula albicollis (collared flycatcher): 101811573
Entry
101811573         CDS       T02815                                 
Symbol
ATP7A
Name
(RefSeq) ATPase copper transporting alpha
  KO
K17686  P-type Cu+ transporter [EC:7.2.2.8]
Organism
fab  Ficedula albicollis (collared flycatcher)
Brite
Enzymes [BR:fab01000]
 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
     101811573 (ATP7A)
SSDB
Motif
Pfam: HMA E1-E2_ATPase Hydrolase Hydrolase_3 Hydrolase_6 DUF2997 HAD_2
Other DBs
NCBI-GeneID: 101811573
NCBI-ProteinID: XP_005046035
UniProt: U3K8S3
Position
4A:complement(18273577..18301568)
AA seq 1494 aa
MEAESVAIGVEGMTCNSCVQSIEQHLGKMNGIHNIKVSLEDKNAIVIYDSKLQTPVTLQE
AICDMGFDATLPDSIPQPVLPDTIFLTLPAQSALTPRQVCAALLRNKGIVDVKVSSDQRT
AVVKFIPSITNGKHITQMVPGVDLNISVPEVTPGAWEDSSWSQVSGSAVLRLKVDGMTCH
SCTSTIEGKLGKLQGIQRIRVSLDNKEAVVVYQPSLITAEEIKQQIEGAGFTAAFKKQPR
PLKLSGIDLERLRNAQPRSSEASQRENSSTKTVVFRVEGMHCSSCVLNIQSTISALPAVT
STVVSLENKSAAINYNPSLISIEQLRKAVESVSPERFRVSLFEEHENLALVPTLSPLKSL
PASKDPIQPLTQVVVINIEGMTCSSCVQSIEGVLSQKAGVKSVHVSLPDGNGTIEYDPLQ
TSPEDLRFSIEDMGFDASFPAKAELPVTKAQPCPEAQLDSHKPEPPSKVPPAQLGRQESK
TISKCYVQVTGMTCASCVANIERNLRREDGIHSILVALMAGKAEVRYNPAVIHPAAIAEL
IRELGFGATVMENCGEGDGILELVVRGMTCASCVHKIESTLMKTNGVLYCSVALATNKAH
IKYDPEAIGPRDVIQVIKDLGFTTSLVKKDRSASHLDHKQEIRQWKRSFVVSLVFCIPVM
GLMIYMMVMDSQLSDAHAHHNMSTEEMEALHSSMVLEYQLLPGLSVMNFLSFLFCVPVQV
FGGWHFYIQASRALRHKTANMDVLVVLATSIAFLYSSIILLVAMAERAKVNPVTFFDTPP
MLFVFISLGRWLEHVAKGKTSEALARLISLQATEATIVTLGPDNVLLSEEQVDVELVQRG
DIVKVVPGGKFPVDGRVIEGHSMVDESLITGEAMPVTKKPGNTVIAGSINQNGSLLISAT
HVGADTTLSQIVKLVEEAQTSKAPIQQFADKLSGYFVPFIVAVSVVTLFAWIIIGFVDFE
IVEKYFLGYNKSLSAAEVILRFAFQCSITVLCIACPCSLGLATPTAVMVGTGVGAQNGIL
IKGGEPLEMAHKVKVVVFDKTGTITHGTPEVMQVKFLVEGNLLPRHKLLAILGTAESSSE
HPLGAAITKYCKKELNSETLGTCTDFQVVPGCGISCKVTNIEALLYRKNRMVEENNAKNV
TLVSIEENADVSVQPALIIDAELPTTVTSQKYSVLIGNREWMTRNGLLVRHEVDKAMMEH
ERRGRTAVLAAVDGVLCGLIAIADTVKPEAELAVCTLKSMGLEVVLMTGDNSKTARSIAS
QVGITKVFAEVLPSHKVAKVKQLQDEGKRVAMVGDGINDSPALAMANVGIAIGTGTDVAI
EAADVVLIRDDLMDVVASIDLSRKTMKRIRINFVFALIYNLIGVPIAAGVFLPIGLVLQP
WMGSAAMAASSVSVVLSSLLLKMYQKPSSEKLELRARGQLRHKSPSEISVHVGISEGRPG
SPRLSLVDRIITYSRASVSSLLSDRRSVSSAVLGEPDKHSLLLGDLPGEDDTAL
NT seq 4485 nt   +upstreamnt  +downstreamnt
atggaggcagaatccgtggccatcggcgtggaggggatgacctgcaactcctgtgtccag
agcattgagcagcaccttgggaagatgaatgggatccataacatcaaagtctctctggag
gacaagaacgccatcgtcatctacgactccaagctgcaaaccccagtgactctgcaggaa
gccatctgtgacatgggattcgatgctaccctgcctgattcaatcccacaacctgttcta
cctgacacaattttcctcaccctccctgcccagtcagccctaacgcccaggcaggtttgt
gctgcgctgctgaggaacaaaggcatcgtggatgtgaaagtgtcctctgatcagagaact
gcagtggtgaaattcatcccttccatcaccaacggcaagcacattacccagatggtccca
ggagtagatctgaacatctctgtgccagaggtaacacctggagcttgggaggattccagc
tggtcccaggtgagcggcagcgctgtgctgcgcctgaaggtggatggcatgacctgtcac
tcctgcaccagcaccatcgaggggaagcttggcaaactgcagggcattcagaggattaga
gtgtccctggacaataaagaagctgttgttgtctaccagccttctctaatcacagcagaa
gaaataaaacagcaaattgaaggagcaggtttcacagcagccttcaaaaagcagcctaga
cccctgaagctcagtgggattgacctggagaggctgaggaatgctcagcccagaagctct
gaggcatcacagagggaaaactccagcacaaagacagttgtgttcagagttgaggggatg
cactgcagttcctgtgtcctcaacatccagagcaccatatcagcactgccagcagtgacc
agcactgtggtttctttagagaacaaatctgctgctataaactacaacccaagcttaatt
agcatagaacagctgaggaaagctgtggagagtgtgtctccagagagattccgagtcagc
ctttttgaggagcacgagaacctggcacttgtccccacactgtctccactgaaatctctc
cctgcttccaaagatcccatccagcccctcactcaagttgttgtgatcaatattgagggc
atgacttgcagctcctgtgtgcagtccattgagggagtgctgtcccaaaaggcaggtgtg
aagtctgttcatgtctctctcccagatggaaatgggactatagaatatgacccactccaa
acaagcccagaagacttgaggttctcaatagaggatatgggatttgatgcatcttttcca
gcaaaggcagaactccctgtgaccaaagctcagccctgccctgaagcacagctggactct
cacaagcctgagccaccctccaaagtgccaccagcccagcttggcaggcaggagagcaag
accatctccaagtgctacgtgcaggtgacaggaatgacgtgtgcctcgtgcgtggccaac
atcgagaggaatctcagaagggaggatggaatccactcaatccttgttgccctcatggca
gggaaggcagaagtgaggtacaaccctgctgtcattcaccctgcagctattgcagagctc
atccgggagctgggctttggagccaccgtgatggagaactgtggggaaggagatgggatt
ctggaacttgttgtgagagggatgacctgtgcctcctgtgtgcacaagatagaatccacc
ctcatgaagaccaatggtgttctgtactgctctgtagctcttgcaaccaacaaagcccac
atcaaatatgaccctgaggccattggtcctcgagatgtcatacaggtcataaaggattta
ggttttactacttccttagtcaaaaaggatagatctgccagtcacttggatcacaaacag
gaaatcaggcagtggaaaaggtcttttgtggtgagcctggttttctgtatccctgtgatg
gggctgatgatttacatgatggtgatggacagccagctctcggatgctcatgcacatcac
aacatgagcactgaggagatggaggccctccactcctccatggtcctggagtaccagctc
ctgccaggattgtctgtcatgaatttcctgtcatttttattttgtgtccctgtacaggtg
ttcggggggtggcacttctacatccaggcctcccgagcactgaggcacaagacagccaac
atggacgtgctggtggtgctggcaacatccattgccttcctctactcctccatcatcctg
ctggtggccatggctgagagggccaaagtcaaccctgtgaccttcttcgacactcccccg
atgctgttcgtgttcatctcgctgggccgctggctggagcacgtggcaaagggtaaaacc
tcagaagcactggcaagactaatttcattacaagctactgaagctactattgttaccttg
ggccctgataacgttcttttaagtgaggagcaagtggatgtggagctggttcagcgaggg
gacattgtcaaagtggtcccaggaggcaaattcccagtggatggccgagttattgaagga
cactccatggtggacgagtctctcatcacaggtgaggccatgcctgtgaccaaaaagcct
ggcaatacagttattgcaggctccatcaatcagaacgggtcccttctcatctcagccacc
cacgtgggagctgataccactctgtcccagattgttaaactcgtggaagaggcccagacc
tctaaggctcccatccagcaatttgcagacaaacttagtggctactttgttccttttatt
gtggctgtctctgtggttaccctttttgcctggattataattgggtttgtggattttgaa
atagtggagaaatactttctgggctacaacaagagcctgtcagcagcagaggtgatcctg
cgcttcgccttccagtgctccatcacggtgctgtgcatcgcctgtccctgctcgctgggg
ctggccacccccaccgccgtcatggtgggcacgggcgtgggcgcccagaacggcatcctc
atcaagggaggggagcccctggagatggcacacaaggtcaaggtggttgtgtttgacaaa
acaggcaccatcacccacggcactccagaggtgatgcaggtgaagttcctggtggagggg
aacctcctccctcgtcacaaactgctggcgatcctggggacagcagagagcagcagtgag
caccccctgggagcagccatcacaaaatactgcaaaaaggagctgaactcggaaaccctt
gggacgtgtacagattttcaggtagttccaggctgtggaattagttgcaaagtcacaaat
attgaggcattactctacaggaaaaacagaatggttgaagaaaacaatgctaaaaatgtg
acacttgtgagcattgaggagaatgcagatgtatcagtgcagcctgctttgatcattgat
gcagaactaccaactactgtgacctctcagaaatactcagttctgattgggaacagggaa
tggatgaccaggaatggcctcctggtgagacatgaggtggacaaagccatgatggagcac
gagcggagaggccgcacagctgttctggcagctgtggatggagtgctctgtggcttgata
gctattgcagatactgtgaagccagaggctgagctggcagtgtgcactttgaagagcatg
ggcttagaagttgtcctgatgaccggtgacaacagcaaaacagctcggtccatcgcctcc
caggttggcatcaccaaagtgtttgcagaggttctcccctctcacaaagtggccaaagtg
aagcagctgcaggacgaaggcaagcgggtggccatggttggagatggcatcaacgactcc
ccagccctggccatggccaacgtgggaattgccattggcacaggcacagatgtggccatc
gaggcagctgatgtggttctcatcagggatgacctgatggatgtggttgcaagcatagat
ttatccaggaaaaccatgaagaggatccggatcaactttgtctttgctctgatttataat
ctcattggagttcccatagctgcaggtgtcttcctgcccattggtttggttctgcagccc
tggatgggctctgcagccatggctgcctcctcagtctctgttgtgctttcttctttgctc
ttaaagatgtaccagaaaccaagctctgagaagctggagttgcgtgcccgtggccagctg
aggcacaagagcccctcagagatcagcgtgcacgtggggatcagcgagggcaggcccggc
tccccccggctgagcctggtggatcggatcatcacctacagcagagcctccgtcagctcg
ctgctctcagaccggcgctccgtcagcagcgccgtcctcggcgagcccgacaagcactcc
ctgctgctgggggatctgccaggagaggatgacacagccttgtga

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Ontology (1)   
   KEGG BRITE (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (29)   

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