Sequence of HMA2_ORYSJ
EC Number:7.2.2.12
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
ATP + H2O + Zn2+[side 1] = ADP + phosphate + Zn2+[side 2]
Other sequences found for EC No. 7.2.2.12
General information:
Sequence
0 MAAEGGRCQK SYFDVLGICC PSEVPLVEKL LQPLEGVQKV TVIVPSRTVI VVHDVDAISQ
60 SQIVKALNQA RLEASVRAYG NGSEKITNKW PSPYVLLCGL LLVVSLFEHF WHPLKWFALV
120 AAAAGLPPIV LRSIAAIRRL TLDVNILMLI AVAGAIALKD YSEAGFIVFL FTTAEWLETR
180 ASHKATAGMS ALMSMAPQKA ILAETGEVVA ARDVKVNTVI AVKAGEVIPI DGVVVDGRSE
240 VDESTLTGES FPVSKQPDSQ VWAGTLNIDG YIAVRTTAMA DNSAVAKMAR LVEEAQNSRS
300 STQRLIDTCA KYYTPAVVVM AGSVAAIPAI AKAHNLKHWF QLALVLLVSA CPCALVLSTP
360 IATFCALLRA ARTGLLIKGG DVLESLASIK VAAFDKTGTI TRGEFSVEEF QPVGERVSLQ
420 QLLYWVSSVE SRSSHPMASV LVDYAQSKSV EPKSENVSEF QIYPGEGIYG EIDGAGIYIG
480 NKRILSRASC ETVPDMKDMK GVTIGYVACN NELIGVFTLS DACRTGSAEA IKELRSLGIK
540 SVMLTGDSSA AATYAQNQLG NILAEVHAEL LPEDKVRIVG ELKEKDGPTL MVGDGMNDAP
600 ALAKADVGVS MGVSGSAVAM ETSHVALMSN DIRRIPKAVR LARRTHRTII VNIIFSVITK
660 LAIVGLAFAG HPLIWAAVLA DVGTCLLVIM YSMLLLREKD SRKAKKCAAS HHGSPKKCCS
720 SSHHGSHAKK NHGVSHHCSD GPCKSMVSCK ESSVAKNACH DHHHEHNHHE EPAHKHSSNQ
780 HGCHDHSHGH SNCKEPSNQL ITNKHACHDG HNHCADTSNL HDTKKHDCHG HEHSTCKEEL
840 NALPPTNDHA CHGHEHSHCE EPVALHSTGE HACHEHEHEH IHCDEPIGSH CADKHACHDH
900 EQVHEHHCCD EQQTPHTADL HPCHDHDHDN LEVEEVKDCH AEPPHHHNHC CHEPHDQVKN
960 DTHPVQEHSI SIEESSDHHE HHHNEEHKAE DCGHHPKPKD CAPPPTDCIS RNCCSNTSKG
1020 KDICSSLHRD HHTSQASRCC RSYVKCSRPS RSCCSHSIVK LPEIVVE
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
43744
Nocito F.F.,Lancilli C.,Dendena B.,Lucchini G.,Sacchi G.A.
Cadmium retention in rice roots is influenced by cadmium availability, chelation and translocation.
Plant Cell Environ.
34
994-1008
2011
43745
Satoh-Nagasawa N.,Mori M.,Nakazawa N.,Kawamoto T.,Nagato Y.,Sakurai K.,Takahashi H.,Watanabe A.,Akagi H.
Mutations in rice (Oryza sativa) heavy metal ATPase 2 (OsHMA2) restrict the translocation of zinc and cadmium.
Plant Cell Physiol.
53
213-224
2012
43746
Yamaji N.,Xia J.,Mitani-Ueno N.,Yokosho K.,Feng Ma J.
Preferential delivery of zinc to developing tissues in rice is mediated by P-type heavy metal ATPase OsHMA2.
Plant Physiol.
162
927-939
2013
43749
Kawahara Y.,de la Bastide M.,Hamilton J.P.,Kanamori H.,McCombie W.R.,Ouyang S.,Schwartz D.C.,Tanaka T.,Wu J.,Zhou S.,Childs K.L.,Davidson R.M.,Lin H.,Quesada-Ocampo L.,Vaillancourt B.,Sakai H.,Lee S.S.,Kim J.,Numa H.,Itoh T.,Buell C.R.,Matsumoto T.
Improvement of the Oryza sativa Nipponbare reference genome using next generation sequence and optical map data.
Rice
6
4-4
2013
43750
Yu J.,Wang J.,Lin W.,Li S.,Li H.,Zhou J.,Ni P.,Dong W.,Hu S.,Zeng C.,Zhang J.,Zhang Y.,Li R.,Xu Z.,Li S.,Li X.,Zheng H.,Cong L.,Lin L.,Yin J.,Geng J.,Li G.,Shi J.,Liu J.,Lv H.,Li J.,Wang J.,Deng Y.,Ran L.,Shi X.,Wang X.,Wu Q.,Li C.,Ren X.,Wang J.,Wang X.,Li D.,Liu D.,Zhang X.,Ji Z.,Zhao W.,Sun Y.,Zhang Z.,Bao J.,Han Y.,Dong L.,Ji J.,Chen P.,Wu S.,Liu J.,Xiao Y.,Bu D.,Tan J.,Yang L.,Ye C.,Zhang J.,Xu J.,Zhou Y.,Yu Y.,Zhang B.,Zhuang S.,Wei H.,Liu B.,Lei M.,Yu H.,Li Y.,Xu H.,Wei S.,He X.,Fang L.,Zhang Z.,Zhang Y.,Huang X.,Su Z.,Tong W.,Li J.,Tong Z.,Li S.,Ye J.,Wang L.,Fang L.,Lei T.,Chen C.-S.,Chen H.-C.,Xu Z.,Li H.,Huang H.,Zhang F.,Xu H.,Li N.,Zhao C.,Li S.,Dong L.,Huang Y.,Li L.,Xi Y.,Qi Q.,Li W.,Zhang B.,Hu W.,Zhang Y.,Tian X.,Jiao Y.,Liang X.,Jin J.,Gao L.,Zheng W.,Hao B.,Liu S.-M.,Wang W.,Yuan L.,Cao M.,McDermott J.,Samudrala R.,Wang J.,Wong G.K.-S.,Yang H.
The genomes of Oryza sativa: a history of duplications.
PLoS Biol.
3
266-281
2005
43751
Takahashi R.,Ishimaru Y.,Shimo H.,Ogo Y.,Senoura T.,Nishizawa N.K.,Nakanishi H.
The OsHMA2 transporter is involved in root-to-shoot translocation of Zn and Cd in rice.
Plant Cell Environ.
35
1948-1957
2012
