KEGG   Ziziphus jujuba (Chinese jujube): 107419829
Entry
107419829         CDS       T04794                                 
Name
(RefSeq) putative inactive cadmium/zinc-transporting ATPase HMA3 isoform X1
Organism
zju  Ziziphus jujuba (Chinese jujube)
SSDB
Motif
Pfam: E1-E2_ATPase Hydrolase HMA
Other DBs
NCBI-GeneID: 107419829
NCBI-ProteinID: XP_048337170
Position
1:join(1888666..1888879,1889759..1890016,1893443..1893540,1893795..1894050,1894143..1894280,1894447..1894774,1894891..1895093,1895219..1895421,1895527..1896909)
AA seq 1026 aa
MAGHDQDKTNKAVKKLQKSYFDVLGLCCSSEIPLIENLLRPLDGVKEVTVIVATRTVIVV
HDSLLISQIQIVKALNQARLEANVKVHGEENMKKKWPSPYAIASGVLLMLSFLKYVFRPL
GWLALGAVAVGIIPVCLKALVAVRNLRLDINILVIVAVIGTIAMNDYLEAGTIVFLFTIA
EWLETRASHKANAVMSSLMSMAPQKAVIAETGEVVDVDEVKLNTVLAVKAGEAIPIDGIV
VDGKCEVDEKTLTGESFPVAKQKDSSVWAGTINLNGYVSVKTTALAEDCAVTKMAKLVEE
AQNGKSRTQRFIDKCAKFYTPGVLIISISLAVIPAALRVHNQNMWFHLALVVLVSACPCA
LILSTPVATFCALTNAATSGLLIKGGDYLEILGKTKIVAFDKTGTITRGEFFVTNFQSLR
DDIGLNTLLYWVSSIESKSSHPMAAALVDYGRSRSIEPKPEIVEEFHNFPGEGIHGKLEG
NDIYIGNKKIAARASCEIVPTLEGYAKEGKTVGYIYSGGNPVGIFTLSDACRSGVIEAIN
ELKSLGIKTAMLTGDSHAAAMQTHGQLGQALEVVRAELLPEDKVKIIKGFKKEGTTAMVG
DGINDAPALAIADIGISMGISGSALATETGHVILLSNDIRKIPKAIRLSRRTIRKVVQNV
ILSITTKVAILALAIAGHPLVWAAVLADVGTCLLVIFNSMLLLTETHKHGGKCCKSSSAP
HVHKHGCNESHHSHLHHKHQHCSSNSKAPKVCEHKKCSSHTKESKCCEPKRCSSHTKESK
CQASTDGARSCSDNECLDLADMHDACVDNNALHNAKHCHHHGISNMLNHDLESQDTHDRS
CSSPQNVSSCMEGDCVKTGREGDFVGGDGCHDAEQCDHSSSLVQYNKVVNTSGHCHSIHC
GKTHKNNKEPGKTVVSSCVHKHQNIEVDSCMKKCGGDHTTIDIDRGSESSDHSEPVAVEG
CVHLEKRDLDLCCGMNVCTRSNDIHACKSLEKREMGGCCKSYMEECCKHGNFGAAFGGGL
SEIITE
NT seq 3081 nt   +upstreamnt  +downstreamnt
atggctggtcatgatcaggacaaaaccaataaggcagtaaaaaagttgcagaaaagttac
ttcgatgtgttggggctttgctgttcttcagagattcctctcattgagaaccttcttaga
cctctcgatggagttaaagaggttacagtcatcgttgccaccagaaccgtcattgttgtc
catgacagccttcttatatctcagattcaaattgtgaaggcactgaatcaagcaagattg
gaagcaaacgtgaaagtacatggggaagagaatatgaaaaaaaaatggccaagcccatac
gcaatagcttcgggggtgttgcttatgttgtcgtttctgaaatatgtgtttcggccgctt
ggatggttggctcttggagcggttgctgttggcattatccctgtttgcttgaaagcatta
gtggccgttcggaatctgaggcttgacatcaatatcctcgttattgttgcagtgattgga
acaattgctatgaatgattatctagaagctggaaccatagtttttctcttcaccattgca
gagtggcttgagacaagggcaagccacaaggcaaacgcagtaatgtcatcgctgatgagc
atggcacctcaaaaagcggtcatagccgaaacaggagaagttgtggatgttgacgaggtc
aagttaaacacagttcttgctgttaaggctggtgaagccatccccattgatggaatagtt
gtggatggaaaatgtgaagtggacgagaaaacattaactggagaatctttcccagttgcc
aaacaaaaagactctagtgtttgggctggaacaatcaatctaaatggctatgttagtgtc
aaaactactgccttggctgaagattgtgcagtgactaaaatggcaaagcttgtggaagag
gctcaaaatggcaagtcaagaactcagagattcattgacaaatgcgcaaagttttatacc
ccaggggtgttgattatatcgatttcactcgcggtgattcctgcagcattacgagttcat
aatcaaaacatgtggtttcacttagctttggtcgttttggtgagtgcatgtccttgtgct
ctcattctttcaactcctgtggcaacattttgtgcccttacaaatgcagcaacatctggt
ctactgatcaaagggggtgactaccttgaaattcttggtaaaacgaagattgtggcattc
gacaaaactggtacgataacaaggggtgaattcttcgtaacaaattttcaatctctccgt
gatgatattggcttgaacacattactttactgggtatcaagcattgagagtaagtcgagt
catccaatggcggctgctctagttgactatggacgatcacgttcgattgagccaaagcct
gaaatcgtggaggagtttcataattttccaggagaaggaattcatggaaaacttgaagga
aatgatatttacattggtaacaagaaaattgctgcaagagctagttgtgaaatagttcca
acactggaaggctatgctaaagaagggaaaactgttggttacatatactctggaggaaac
cctgttggaatttttacactatctgatgcttgtcgatctggggttattgaagcaatcaac
gagctaaagtcattaggtattaaaacagctatgctcaccggagatagtcatgcagcagcg
atgcaaacacatggacagctagggcaagctctcgaggtagttcgtgcagaacttctacct
gaggacaaggtcaaaatcatcaaagggtttaaaaaagaaggaactacagccatggttgga
gatggcattaatgatgcccctgctttagccatagctgatataggaatctccatgggcatt
tcaggttcagcacttgctacagaaaccgggcatgtgattctcttgtcaaatgacattaga
aagatacctaaagccatccggctttccagaagaactattcgaaaagtggttcaaaatgtc
atactgtcaattactacaaaggttgcaatcctggctttggccattgctggccatccgctt
gtttgggctgcagttcttgctgatgtaggaacttgtttactagtaatctttaacagtatg
ctacttctaacagaaacacataaacatggaggtaaatgttgcaaatcttcttctgcacct
cacgtccataagcacggctgcaatgagagtcatcatagccacttacaccataagcaccaa
cattgtagctccaacagcaaagctccaaaggtatgtgaacataaaaagtgttcttcccac
acaaaggaatcaaaatgctgtgaacctaaaaggtgttcttcccacaccaaggaatcaaaa
tgtcaggccagcaccgatggtgcaagatcatgcagtgataacgagtgcttggacttggct
gacatgcatgatgcatgtgtggataataatgcattacacaatgcaaaacactgtcaccat
catgggatttctaacatgcttaatcatgatttggagtcccaagatactcatgatcgcagt
tgttcaagccctcaaaatgtgagctcttgtatggaaggtgattgtgtaaaaacagggaga
gaaggtgattttgtaggaggcgatggatgccacgatgcagagcagtgtgatcattcttct
tctttggttcaatacaataaagtggtaaatactagtggtcattgccactcaatccactgt
gggaaaacccataaaaacaataaagagccagggaaaacagttgtatcaagttgtgttcac
aaacatcaaaatatcgaggttgattcttgtatgaaaaagtgcggtggagatcacacgacc
attgatatagaccgtggtagtgaatctagtgatcacagtgagcctgtggccgtggaaggt
tgtgtgcatttagagaagagggatttagatttgtgctgcgggatgaacgtttgtacaaga
tctaatgatattcatgcttgcaagagtttggagaaaagagaaatgggtggttgttgcaag
agctacatggaggaatgttgtaagcatggaaattttggggctgcctttggcggaggtctg
tcagaaattatcactgaatag

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Genome (1)   
   KEGG GENOME (1)   
Gene (11)   
   RefGene (8)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (3)   
   Pfam (3)   
All databases (24)   

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