KEGG   Drosophila melanogaster (fruit fly): Dmel_CG32000
Entry
Dmel_CG32000      CDS       T00030                                 
Symbol
anne
Name
(RefSeq) anne boleyn, isoform H
  KO
K13526  cation-transporting P-type ATPase 13A2 [EC:7.2.2.-]
Organism
dme  Drosophila melanogaster (fruit fly)
Brite
KEGG Orthology (KO) [BR:dme00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    Dmel_CG32000 (anne)
SSDB
Motif
Pfam: E1-E2_ATPase P5-ATPase Hydrolase Cation_ATPase AMOP Cation_ATPase_N
Other DBs
NCBI-GeneID: 317815
NCBI-ProteinID: NP_001096849
FlyBase: FBgn0052000
UniProt: A8DZ26
Position
4:132220..143123
AA seq 1451 aa
MFASQSKACDSPSETVHLQSLPNHIEDLKFRNSDVETDDDLHFPGIAAKNKILKLSWWHS
PVDMHYVATESVQPKKSDKVPSNKIKKVENNNTLVNGCSKTSARSVPLLKYNRPDQDGDS
EENITSVLEPNVDEIYSKDSERLVDDSKPCIGLLNPDQEDQMKVCGYRRSLMRTGFCWAC
IFLTGGLLRLVLHWWRHLYLYATCSQCSLEEAEQVLVTEDYQGKHKMYHVKQIQVLTSSN
LKTLLEKEQQSIERTHIECDHVENVLQLSVHFTSAQFKKCSSIRIFRCKQLVYAWNNNTN
RFQRINGLDLNIPCSYYHQQRGLPVHEQISRRIVFGDNEITVPLRDFKTLLFLEVLNPFY
VFQLFSVILWFTYDYYYYACVILLMSVFGITVSVLQTKKNQDVLQKTVYNTGNAWVVDHK
GLSKELPTRAIVPGDIIEIPSSGCTLHCDAILISGNCILDESMLTGESVPVTKTPLPSKR
DMIFDKTEHARHTLFCGTKVIQTRYIGSKKVLAFVINTGNITAKGELIRSILYPPPVDYK
FEQDSYKFIQFLAIIACVGFIYTLVTKILRGTDPVKIAVESLDLITIVVPPALPAAMTVG
RFYAQKRLKTSEIFCISPRSINVAGSINCCCFDKTGTLTEDGLDMWGVVPKSSTNQFQIP
LKSVDRLPFDHFLFGMVTCHSITILNGRMMGDPLDLKMFESTGWELEDSNNIPDTEKYGI
LYPTILRQPRGGLSGMAETESGSKNEIKRQSSVDDLLATVGISPSQKNFDHGIVREFPFT
SALQRMSVVTRCLSDQVFNVYCKGSPEMLKKLCKPQSLPDNYSQQLSEFAKKGYRIIAIA
FKALSHKMNYTKVQRLSREEVENNMEFLGFVILENRLKPDTTKVINALNAAKIRTIMITG
DNILTAISVARDCGIVSPSQSVITVHADPIGDSANIQTNTGTECNFDNSSDKHYKLHYTL
DLGSKTSRAYLFKSCFNSNLFDPETPEFTAQVGKTIFHMESTNSLVNESTSSYAESGLPT
SDSLASVKTIDTWTHNDAELGIKHTPDESWRRQECIFAMDGKTWQIVKDYFPEEMEILLT
RGSIYARMSPDQKQALVIELQNLDYCVAMCGDGANDCGALKVAHAGISLSETEASIASPF
TSRNPTISAVLKVIKEGRAALVTSFGIFKYMAAYSLVQFISVMILYSIDSNLTDKQYLYV
DLGLISIFAFFFGKTESFDGMLVEQVPLSSLISSTPLASLLLHLTVVTAFQVTCWVHLHQ
QPWFKAFEPADEDHLGCFENYTMFCISSFQYIILAFVFSKGAPYRKPLWSNWPLCLAFIV
NLCIIVYLVLYPSDWVASFFQLIVPPTMRFRYVMLAYGAASFICHIFVESFLVEYLVFKK
YQVKREKNWVTSKQKYMRLEHDISNIKNWPPITEVYEPNNLIDCETEQPTYVSLHAEQNH
DTQLGKFPGFC
NT seq 4356 nt   +upstreamnt  +downstreamnt
atgttcgcaagtcagagcaaggcttgtgattctccgagtgagactgtgcacctacagtct
ttaccaaatcatattgaagatctaaaatttagaaattctgatgttgaaacggatgatgat
cttcacttccctggaattgcagctaaaaataaaatcttgaagcttagctggtggcattct
cctgttgatatgcattatgtagcgacagaatcagtgcaaccaaaaaaaagtgataaagta
ccgagcaataaaattaaaaaagttgagaacaataatactttagttaatggttgtagtaaa
acttcagcaagatctgttccattactcaaatataatcgtccagaccaggatggggacagc
gaagaaaacataacaagcgttcttgagccaaacgttgatgaaatctattctaaagactca
gaacggcttgtggatgattcaaaaccatgtattggactattaaatccagatcaggaggat
caaatgaaagtatgcggttatcgacgttctcttatgcgaactggtttttgttgggcatgc
atcttcttaactggaggtctgttgcgcctcgtgttacattggtggcgtcatttatattta
tatgccacttgctctcaatgttcattggaggaggcagaacaggttttggtaacagaggat
tatcaaggaaagcacaaaatgtaccatgtaaagcaaattcaagtcctaacgtcgagcaac
cttaagacacttttggaaaaggaacagcaatccatagaaagaactcatatagaatgcgat
catgtagaaaacgtccttcaactgtcagttcattttacctcggcccaattcaaaaaatgc
tcatcaatacgaatttttcgctgcaagcaattggtttatgcttggaacaataatacaaat
agatttcaaaggataaatggactcgacctaaatattccttgttcatattatcaccaacag
cgtggattacctgtacatgaacagatttcaaggcgaattgttttcggagataatgagata
actgtaccattgcgagatttcaagacattgctgttcttagaagtacttaatcctttttac
gtttttcaattattttctgtaattctttggtttacatatgattactattactatgcttgc
gtaatactcttgatgtcagtttttggtataacagtgtctgttttacaaacgaaaaagaat
caggatgtgctccaaaaaacagtatataacactggtaatgcttgggttgttgatcataaa
ggactgtctaaagagcttccaacgcgagcgatagtacctggggacatcattgaaataccc
tcatcagggtgtacgctgcattgcgatgcaatcttaatatcaggaaactgcattctagat
gagtctatgcttactggtgaaagtgtgccagtgaccaaaactcctctaccgtcgaaacgt
gacatgatttttgataaaacagagcatgccagacatacacttttttgtggcacaaaggtt
attcagactcgttatattggctccaaaaaagtattagcatttgtaataaacactggaaac
ataacggcaaaaggagaacttatacgttctattctttatcccccccctgtggactacaag
tttgaacaagattcgtacaaatttatccagtttctggccataatagcatgtgtaggattt
atttatacgcttgtaactaaaatcttgcgtggaacggatcctgtgaaaatagcagttgaa
tcacttgaccttatcacaattgtagtcccacctgcacttccagcggcaatgacagtcggt
cgattttatgcacaaaagcggctaaagactagtgaaatattttgcatatctcctaggtct
ataaatgtggcaggaagcataaattgttgttgctttgacaagactggtactcttacggaa
gatggacttgacatgtggggtgttgtgcccaaatcatcgactaatcaatttcaaattccc
ttaaaaagtgttgatcgattgccattcgatcacttccttttcggtatggtaacgtgtcat
tctataacaatattgaacggcagaatgatgggcgacccattggatttaaaaatgttcgag
tctacaggatgggaactagaagattcaaataacatacctgacactgaaaaatatggtatt
ctttatccaacaattttaagacagccaagaggtggcctttccggtatggctgaaaccgaa
tctggatctaagaatgaaattaagcggcaatcctcagtagacgatttactagccactgtt
ggaatctcgccatcccaaaagaattttgatcatggtatcgttcgagaatttccatttact
tcagctcttcagcggatgtctgttgttactcgttgtcttagtgaccaagtatttaatgtt
tactgcaaaggttctcccgagatgttgaaaaaactgtgtaaaccacaaagtttaccagat
aattattcgcaacaactatcggaattcgcaaaaaaaggataccgaattattgccattgca
tttaaagccctttcccacaagatgaactatacaaaagtacagcgtttatctcgcgaagag
gttgaaaacaacatggaatttttgggttttgttatacttgagaatcgccttaaaccagat
actactaaagtaataaatgcgcttaacgcagccaaaattcgaactataatgataacaggc
gataacattttaactgcaataagcgttgctcgggattgtggcatagtaagtccctctcaa
tcagttataacagtgcatgcagatccaattggtgacagtgcaaacattcaaactaatacc
ggtacagagtgtaattttgataacagttcagataaacactacaagttgcactacacttta
gatttgggtagcaagacatctcgggcatatctgtttaaatcatgttttaacagtaacctt
tttgaccctgaaacacctgaattcacggcccaagttggaaaaactatttttcatatggag
tcgacgaattcattagttaacgaatcgacttctagttacgcagaaagtggtttgccaaca
agcgatagtttggccagtgtaaaaactatagacacttggacccacaatgatgctgagctt
ggaataaaacacacaccagacgaaagctggcggcggcaagaatgcatatttgcaatggat
ggtaaaacttggcaaattgtaaaagattactttccagaagaaatggaaattcttttgaca
cggggttctatttacgcccgaatgtcacccgatcagaaacaggcactagttatagaactt
caaaacttggactattgcgttgccatgtgcggtgatggagccaatgactgtggtgcactg
aaggtggctcacgctggtatttccttaagcgagactgaagcatctatagcatcgccattt
acttcacgaaatcccacaatttcggcggttttaaaagttattaaggaaggacgcgctgca
ttggtcacatcgtttggtattttcaagtatatggcagcctattcgctggttcagtttata
tctgttatgattttgtattccatcgactccaatttgacggacaagcagtatctatatgtc
gatcttggacttatatcaatttttgccttcttttttggtaaaactgaatcatttgatgga
atgctggtggaacaagtgccgcttagttcattaatatcctctacgccattagcatccctt
ttactacatcttactgttgtaacagcatttcaggtgacttgttgggttcatctgcatcaa
cagccctggtttaaagctttcgagcctgcggatgaagatcatttaggttgctttgaaaac
tatacaatgttctgcatatctagtttccagtatataattctagcttttgttttctcaaag
ggagcaccgtacagaaaaccactgtggtcgaattggccactgtgcttagcatttattgta
aatttgtgcattattgtatatttggttctttaccccagcgattgggtagcatcctttttt
cagcttattgtacctcctacaatgagatttcgatacgttatgcttgcatacggagcagca
tcatttatatgtcatatttttgtcgagtctttcttggttgaatatctagtgttcaaaaaa
taccaagtaaagcgagagaaaaactgggtcacatcgaagcaaaaatacatgcgtctagag
catgatatatcaaatataaaaaactggccacctataactgaagtttatgaaccgaataat
ttaatagactgcgaaactgaacagcccacatatgtaagtttgcacgctgaacaaaaccat
gatacgcagcttggaaagtttccgggattttgttag

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Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (63)   
   KEGG ORTHOLOGY (1)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (6)   
   Pfam (6)   
All databases (90)   

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