KEGG   Alligator mississippiensis (American alligator): 102574680
Entry
102574680         CDS       T03087                                 
Symbol
ATP10B
Name
(RefSeq) ATPase phospholipid transporting 10B (putative)
  KO
K01530  phospholipid-translocating ATPase [EC:7.6.2.1]
Organism
amj  Alligator mississippiensis (American alligator)
Brite
KEGG Orthology (KO) [BR:amj00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    102574680 (ATP10B)
Enzymes [BR:amj01000]
 7. Translocases
  7.6  Catalysing the translocation of other compounds
   7.6.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.6.2.1  P-type phospholipid transporter
     102574680 (ATP10B)
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Hydrolase Cation_ATPase E1-E2_ATPase Hydrolase_3
Other DBs
NCBI-GeneID: 102574680
NCBI-ProteinID: XP_014452992
Position
Un
AA seq 1464 aa
MALSVDSALYRWQRLVAERSSETLSESTPLLSAVKDGLRYNLNKWRVVFPNNGRLQKDWE
IVSRFYAGNGIRTTKYTWFTFLPQNLFEQFHRLANLYFLFLVVLNWFPQVEVFQREITML
PLCVVLLLIALKDGIEDYKRYRFDKTVNSSKTKAYDKKEQAYVETCWKDVRVGDFVQLQC
NETIPADILLLYSSDQNGTCHLETANLDGETNLKQRQVVTGFFHQSSEFHPEFFQNTIVC
EMPNNDLNKFKGYVEQPDSKKIGFSSENLLLRGCTIRNTEVAIGIVIYAGHETKAMLNNS
GPRYKRSKIERRMNMDIFFCVGLLFIMCLIGALGHGIWNGSFSEHPPYNVPDVNGYYLSS
ALAGFYMFLTMIILLQVLIPISLYVSIELVKLGQVFLIHNDIDLYDEERDFSIQCRALNI
TEDLGQIQHIFSDKTGTLTENKMVFRRCTINGNEFSHQENAKRLETHKDMNLEDADWAKC
QQVIFPAIEIEKQATLKQKSAKPLRRCQSARAHVPGHARKRSLGRCDSSQSQVAFSSTIE
KDVTPDSTLLRKVRDAALQMESLSPFTSKATFSSTTATTDFFLALAICNTVVVSTATEPR
QRVTAPPLMKPSGISLERIHQLFQRLKLANLSQSFLSTQSHSDLGASFETEDNKENPAAP
NSCDKDDDNNGGGRIVVHRKDSTGTRNTSLDEAFESVTQGSLQAEFCYEAESPDEAALVH
AARAYSFTLVSRTPEQVTVRLPQGTLLTFDILYTLGFDSVRKRMSVVVRHPLTNEIIVYT
KGADSVIMDLLEDPARDGIDVEKKLRRIHAKTQKHLDCYARDGLRTLCIAKKVLSEEDFE
KWANFRQEAGAAIDNRDELLMETAQHLETKLTLLGATGIEDRLQDGVTDTIAALREAGIQ
IWVLTGDKQETAVNIAYSCKLLDQRDTVFTINTENKETCESLLDLTLEEVRKNCGVKKSK
WTFFGIGLPSSLPASTGPVPEFGLVIDGKTLNIVFQGELERKFLELTKYCRSVLCCRATP
LQKSKVVKLVRRQLNVMTLSIGDGANDVSMIQVADIGIGISGQEGMQAVMASDFAISRFK
HLKKLLLVHGHWCYSRLAKMVIYYFYKNVNYVNLLFWYQFFCGFSGATMIDYWQMIFFNL
FFTSLPPIIFGVLDRDVSAETLLSLPELYKKGQNSEIYKLSTFTIAMLDAFYQSLVCFFV
PYFTYEGSDIDVFTFGTPINTISLLTILLHQALEIKTWTLFHWITMIGSVVLYLFISTVY
NAVCVVCNPPTNPYWIMENQMSDPRFYLLCFIAPVLALLPRYFVLALQGTFVACPILKAQ
QLDKLPKEQRDLEIHLKRTKKQAILGTTSVCVDEVNLSTSNVCLSPFLHPTASAISHDNL
GLSPQDTNPRREWILNRESQYSIRRQTEEETTSASSSLTASPWQYQFLTDRNASPGQFTG
QLTDGCAERLNRGSHRRSVSAVTL
NT seq 4395 nt   +upstreamnt  +downstreamnt
atggctttgtcagtggactctgctttgtatcgttggcaacggctggtggctgaaagatcc
tcagagactttatcagaatcgacacctctgctgtctgctgtcaaagatgggctgagatac
aacttaaacaaatggcgggttgtgtttcctaacaatgggagacttcagaaagattgggag
attgtttctaggttttatgctggaaatgggatacggaccacaaagtatacctggttcacc
ttcttgccccaaaatctctttgaacagtttcacaggttggctaatctttatttcctcttt
ctggtggtcctaaactggttcccacaagtagaagttttccaacgggagatcactatgcta
cctttgtgtgtggtactgctactaattgcacttaaggatggcattgaagactacaagaga
tacagatttgataaaacagtaaactcctctaaaaccaaagcatatgataagaaagaacag
gcctatgttgagacgtgctggaaagacgtgcgagtgggagactttgtacagctgcagtgt
aatgagaccatcccagctgatatcctgctactgtactcctctgatcagaatggaacctgt
cacttagagactgccaaccttgatggggagaccaatttaaaacaaagacaggtggtgaca
ggattcttccatcagagctctgagtttcatccagaatttttccaaaataccatagtctgt
gagatgccaaataatgatctcaataaattcaaaggttacgtggagcagcctgatagcaaa
aagattggttttagcagcgaaaaccttttgcttcgtggatgtacaatcagaaacactgaa
gtcgcaataggaattgttatctatgcaggtcatgaaacgaaggccatgctaaataacagt
ggccctcgttacaaacgcagcaagatagagcgacggatgaacatggatattttcttctgt
gtggggctcctgttcattatgtgtctgattggagcacttggccatggcatttggaatggg
agtttttcagaacacccaccatacaatgtcccagatgtaaatggttactatttgtcatcg
gctcttgctggtttctacatgttcctgacaatgatcatcttgttacaggtgttgatcccc
atctctctctacgtatccattgagttagtcaaattgggccaagttttcttgattcacaat
gacatcgatctgtacgatgaagagagagatttttccatacagtgtcgagccttaaatatc
actgaagatcttgggcaaatccaacacattttctcggacaaaaccgggacactaacagag
aacaaaatggtgtttcggcgttgtactatcaatggaaatgagttttcacatcaggaaaat
gctaaacgattggagacccataaggatatgaacttggaagatgcagactgggcaaaatgt
cagcaagtcatttttcctgctattgagattgagaaacaagccactttaaaacagaaaagt
gcaaaacctttgagaaggtgtcaaagtgccagggctcatgttcctggacacgcaaggaag
aggtcattgggacgttgtgacagctcccagtctcaagtggcattcagcagtaccatagaa
aaggatgtgacccctgatagcacacttttgaggaaagtgagagatgctgccctccagatg
gagtccttgtcgccttttacatctaaggctaccttctccagcactacagctactactgac
ttttttcttgcattggccatctgtaatactgttgtggtctccacagcaactgagccaaga
caaagggtgacagccccacctctgatgaagccatcaggaatctccttggagaggattcat
cagctgtttcaacggctaaaattagcaaaccttagtcaatctttcttatcaactcagtcc
cattcagacctaggagccagttttgaaacagaggataataaagagaatccagctgccccc
aactcctgtgacaaagatgatgacaacaatggtggtggtagaattgtggttcacaggaag
gacagcacagggactcgcaatacctctctggatgaggcttttgaatctgttactcagggc
tctttgcaagcagaattttgttatgaagctgagagcccagacgaggcagcccttgtccat
gctgcccgggcttacagtttcactttagtgtccaggactcctgagcaggtaactgtgagg
ttaccacaaggtaccctcctgacttttgacatactttacactttgggatttgactctgtc
aggaaaaggatgtctgtagtggtgaggcacccccttaccaatgaaataattgtctacacc
aaaggagcagactctgttataatggatttactagaagaccctgccagagatggcattgat
gtagagaagaaactcagaagaatacatgccaaaacacagaagcacctggactgctatgca
agggatggcctaagaaccctgtgcatagctaagaaggttttgagtgaagaggactttgag
aaatgggccaattttcgtcaggaggccggggcagcaattgacaacagagatgagctacta
atggagacagcacagcatctggagaccaaactcaccttgctaggagcaacagggattgaa
gatcggctacaagatggagtaactgataccatcgctgctctccgagaggctggaatacaa
atctgggtgctgacaggagacaagcaggaaacagccgttaacattgcatattcttgtaaa
cttctggaccaaagagacacggtctttactattaataccgaaaataaggaaacctgtgaa
tccctcttggatttgaccttggaagaagtgaggaagaactgtggcgttaaaaaaagcaaa
tggacattctttggcattggtctgccatcttctctgccagcttccacaggccctgttcct
gaatttgggctggttattgatgggaaaacattgaacattgtcttccaaggggagctagaa
aggaagtttctggagttgacaaagtactgccgctcagttttgtgttgccgggccactcct
ctccaaaagagcaaggtggtcaaactagttcggaggcaactaaatgtcatgacactatca
ataggtgatggtgcaaatgatgtgagcatgattcaagtggctgatattggaattggtata
tctggtcaggaaggcatgcaggctgtgatggccagtgattttgcaatatctcgatttaag
cacctcaagaagctgcttctcgtccatggacactggtgctattctcgcttggcaaagatg
gtgatttactacttctacaaaaatgtgaactatgtcaatctactattctggtatcagttc
ttctgtggattctcaggggccaccatgattgattactggcaaatgatctttttcaacctc
tttttcacttccttaccgcccatcatttttggggtgttggatagagatgtttctgcagaa
acacttctaagtttgcctgaactatacaaaaaagggcaaaattcagagatctacaagttg
tcaacgtttaccattgccatgctggatgccttctaccagagtcttgtctgtttctttgtc
ccttattttacatatgagggttctgacatagatgttttcacatttggaactcccatcaat
accatctctctcctgactattctcctacaccaagctctagaaattaaaacttggacactg
tttcattggatcacaatgattggaagtgttgtgctttacctcttcatctcaactgtctac
aatgctgtctgtgttgtttgtaaccctcccaccaacccctactggattatggagaatcag
atgtcagatcctaggttttatttactgtgtttcattgcaccagtccttgctcttttaccg
aggtattttgttttagctctgcaaggaaccttcgtagcatgtccaattctaaaagctcag
caactggataagcttcccaaagagcaacgagatctggaaatccatttaaagaggacaaaa
aagcaagctattttaggcacaacttcagtctgcgttgatgaggttaatctaagcaccagc
aatgtatgcctgtcaccattcctacatccaacagcatctgctatatcccatgataacctc
ggattatccccccaagatacaaaccccagaagggagtggatactgaatagagaaagccaa
tattccatcaggaggcagacagaggaagaaaccacttcagctagttcctcattgacggct
tcaccttggcagtatcaatttttgactgatagaaatgcatctcctgggcagttcactggc
cagttgactgatggttgtgctgaaagacttaaccgtggaagccatcggagatcagtgagt
gcagtgacactatga

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (6)   
   Pfam (6)   
All databases (24)   

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