KEGG   Rousettus aegyptiacus (Egyptian rousette): 107505875
Entry
107505875         CDS       T06036                                 
Symbol
ATP13A5
Name
(RefSeq) probable cation-transporting ATPase 13A5
  KO
K14951  cation-transporting P-type ATPase 13A3/4/5 [EC:7.2.2.-]
Organism
ray  Rousettus aegyptiacus (Egyptian rousette)
Brite
KEGG Orthology (KO) [BR:ray00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    107505875 (ATP13A5)
SSDB
Motif
Pfam: P5-ATPase E1-E2_ATPase Hydrolase Cation_ATPase Cation_ATPase_N
Other DBs
NCBI-GeneID: 107505875
NCBI-ProteinID: XP_015991731
Position
Unknown
AA seq 1219 aa
MEEKSKKDHWILLNQGEENELEVFGYRTQNLRRALCLTASVLTCGVLPLVFYWRPQWRVW
ANCIPCPLQEADTVLLRTTDEFQKYMRKKVICLYLSTLKCPVSKNLEESLVADHRSVINH
AILKPELKVRYIQVQKIRYVWDNLEKRFQKVGLLEDSHSCYDIHHTFGLGLTGEEQEVRR
LVCGPNAIEVEIQPIWKLLVKQVLNPFYVFQAFTLTLWLSQGYIDYSVAIIVLSVISIVL
SVYDLRQQSVKLHNLVEDHNKVQVVIIVKGKGLQELESRLLVPGDILILPGKLSLPCDAV
LIDGSCVVNEGMLTGESIPVTKTPLPDTDSTMPWKSHSSEDYRKHVLFCGTEVIQVKPSG
QGPVKAVVLQTGYNTAKGDLVRSILYPRPLNFKLYSDAFKFIVFLGFLGVVGFFYALGIY
INHGVSPKDTATMALLLFSVTVPPVLPAALTIGIVYAQKRLMKKKIFCISPQRINMCGQI
NLVCFDKTGTLTEDGLDLWGTVPTADNCFQEVHSFALDKTLPWGPLCAAMASCHSLILLD
GTIQGDPLDLKMFEGTAWIMEDCNVDYGKFGMSFSNIIIKPGPKASWSPVEAITILHQFP
FSSSLQRMSVVAQLAGEDHFHVYMKGAPEMLAKFCRSETVPKNFPQELRNYTMQGFRVIA
LAHKALKIRKLSEVESLSRETVESELTFLGLLIMENRLKNETKPVLKELSEARIRTVMIT
GDNLQTAITVAKNSEMIPQGSQVILVEASEPGESVPASVTWQLVDNQENGPGKNETYINI
GNGSVPPGEKGSCYHFAMSGKSFQVLFQHFNSLLPKILVNGTVFARMSPGQKSNLVEEFQ
KLNYCVGMCGDGANDCGALKMAHAGISLSEQEASVASPFTSKTANIECVPHLIKEGRAAL
VSSFGVFKYLTMYGIIQFVGTSLLYWQLQLFGNYQYFMQDIAITLMVCLTMSLTHAYPKL
APYRPAGQLLSPSLLFSVFLNTCFTCTVQIYAFLSVKQQPWYCEVYKYSECFLDNQHNFS
TNMSLERNWTGNATLIPGSILSYESTTLWPITTINCITIAFIFSKGKPFRKPIYTNYIFS
FLLISALSLTVFILFSDFQDIYRGMELLPTITSWRVSILVTALTQFCVAFFVEDAILQNR
EFWQLIKKVFGFYSKSQYRNWQKKLAEDSTWPPTNRTDYSDDGKNGFYINRGYESSEQIR
KEKLEWGGRATEEHFWTRL
NT seq 3660 nt   +upstreamnt  +downstreamnt
atggaggagaaaagtaagaaggaccattggattttgctcaaccaaggggaggagaatgaa
ctggaggtgtttggttaccggactcagaatctacgcagagccttgtgccttacagcatct
gtgctgacctgtggggtccttccgctggtgttctactggaggccccagtggagggtgtgg
gccaactgtattccatgccccttgcaagaagcagatactgttttgctaaggacaacggat
gagtttcaaaaatacatgaggaagaaagtgatctgcctctacttatccacactaaagtgt
cccgtaagcaagaacctggaagaatcccttgtagctgaccaccgctctgtcataaaccac
gccatattgaaaccagaattaaaagtacgatatatccaagtgcagaaaataaggtatgtt
tgggacaacttggagaagagatttcagaaagttgggttgctggaagacagccactcttgc
tatgacatccatcacacatttggactgggactgactggtgaagagcaggaggtcagaaga
ttagtatgcgggcccaatgccattgaggttgaaatccagcccatatggaagctgcttgtt
aaacaggttttaaatccattctacgtgttccaagcctttaccttaacgttgtggctgtct
caaggttacatagactactctgtggccatcatcgttttgtctgttatctccattgtctta
agtgtgtatgatttgcgacagcaatcagttaagctgcacaaccttgtggaggaccacaac
aaagtccaggttgtgatcatcgtaaaaggcaaaggtttgcaggagctggagtctcgtctt
ttggttcctggagacatcctcattcttccaggaaaactgtcattgccatgtgatgctgtt
ctgattgatggaagctgtgtggtgaatgaaggcatgctcacaggagaaagtatacctgtt
acaaagacgccattgccggatacagattccaccatgccatggaaatcccacagctccgag
gactatcggaaacacgtccttttctgcggaactgaagtgatccaggtcaagccctctggg
caggggccagtaaaagcagttgttttgcaaacaggttacaatacagccaaaggggacttg
gtgagatccatcctctacccccggcctctgaacttcaaactatacagtgatgccttcaag
ttcatagtgttcctgggtttccttggagttgtgggttttttctatgctcttggtatatat
ataaaccatggagtttctccaaaagacactgcaaccatggccttgctcctcttcagtgtg
actgtccctcctgtgctgccagctgccttgaccataggcatcgtgtatgcacaaaagagg
ctgatgaaaaagaaaatcttctgtatttccccacagagaatcaatatgtgcggacaaata
aacctcgtgtgctttgacaaaactggcactcttacagaagatgggctggacctctggggg
actgtccctactgctgacaactgtttccaggaagtccacagctttgccctggacaagact
ttgccatggggcccactgtgtgccgccatggccagctgccactctctgatccttctggat
gggactatccagggagacccattggacctcaaaatgtttgagggcactgcctggataatg
gaagattgcaatgtagactacggcaaatttgggatgtcattctcaaacataataataaaa
ccaggaccgaaagccagttggagtcccgtggaagccatcaccatcttgcaccagtttcca
ttttcctcaagtctgcagaggatgtctgtggtcgctcagttggcaggggaggatcacttc
catgtttacatgaagggcgcccccgagatgttggccaagttctgcagatctgaaacagtg
cccaagaatttcccacaagagctgaggaattacacaatgcaaggcttccgtgtcattgcc
cttgctcataaagcgttgaaaataagaaagctttcagaagtagaaagtttatccagagag
acggtggagtcagagttaacatttctgggccttctcattatggagaaccgcttgaaaaat
gaaaccaaaccagtcttgaaggaactaagtgaggcccgcatcaggactgtaatgattacc
ggtgacaacctgcaaacagccattactgtggcaaagaattccgaaatgattcctcaaggg
agccaagtgatcctcgtcgaagccagtgaaccaggagagtctgttcctgcctctgtgacc
tggcagcttgtagacaatcaagagaatggacctgggaagaatgaaacctacattaatatt
ggaaatggttcagtgcctcctggagaaaaaggaagctgttatcatttcgcaatgagtggg
aaatcattccaagtgctatttcagcatttcaacagcttgcttccaaaaattctggtaaat
ggaactgtttttgcaagaatgtctcctgggcagaaatcaaaccttgttgaagaatttcag
aaattaaattattgtgtgggcatgtgtggagatggagctaatgactgtggggctttgaaa
atggctcatgcaggtatttccctgtcagagcaggaggcatctgtggcatcccctttcacc
tcgaaaacagccaacatcgagtgcgtccctcatctcatcaaagaaggccgagctgctctg
gtttcatcctttggggtatttaaatacttgaccatgtatggcataatccagtttgttggt
acatcactgctctattggcaactgcagctttttggaaattaccagtatttcatgcaagat
atagccattaccttgatggtctgtttaacaatgagtttaacccatgcatacccaaagttg
gctccataccgaccagcaggacagcttctctctccttctttgctgttctcagtctttttg
aatacctgtttcacctgcactgtgcagatttatgcatttctctccgtgaagcagcagccc
tggtactgtgaggtctacaaatacagtgagtgctttctggacaaccaacataatttctcc
acaaatatgagtttggaaagaaactggactggaaatgcaactctgatccctggttcaatt
ttaagttatgagagtaccacgttgtggcccatcaccaccatcaactgtatcacaattgca
tttatcttttctaagggaaagccatttagaaaacccatctacacaaactatatattctca
tttctgctgatatctgccttgagtctcacagttttcattctgttttctgattttcaagat
atataccgtggaatggagttgctcccaaccataacgtcatggagggtttcgattttggtg
acagccctcacccaattctgcgtggccttttttgtagaggatgccatccttcaaaatcga
gagttctggcaattgatcaaaaaagtatttggattctattctaaaagtcagtataggaac
tggcaaaaaaagctggcagaagactcaacctggcctcccacaaacaggacagattattca
gatgatggcaaaaatggattctatatcaaccgaggatatgaaagctctgaacagattcga
aaggaaaaactcgaatggggaggccgagccacggaagagcatttctggaccagactgtaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (12)   

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