| Type | Description |
|---|---|
| Definition | solute carrier family 39 (zinc transporter), member 2 |
| Date | Results | Publications |
|---|---|---|
| 2020-07-04 12:24:00 | Loss of Zip2 expression is associated with myocardial ischemia/reperfusion injury. | 31095941 |
| 2014-12-20 10:15:00 | results of this study suggest that ZIP2, a zinc transporter expressed specifically in the epidermis, and zinc taken up by ZIP2 are necessary for the differentiation of keratinocytes | 24936057 |
| 2010-03-26 14:21:00 | ZIP1, ZIP2 and ZIP3 may play cell-specific roles in zinc homeostasis rather than primary roles in the acquisition of dietary zinc | 14525987 |
| 2010-01-21 00:00:00 | Slc39a2 apparently plays a critical role in zinc homeostasis when zinc is replete, but they play important, noncompensatory roles when this metal is deficient | 18353881 |
| 2010-01-21 00:00:00 | These studies suggest that active expression of the Zip2 gene in these few specific cell types, aforementioned, plays a particularly important role during zinc deficiency. | 17506078 |
| Type | IDs |
|---|---|
| Synonymous | F730005G13Rik, Gm1789, Gm289, Zip2 |
| Gene |
UniProtKB-ID:
G3X943_MOUSE
UniprotKB:
G3X943
UniParc:
UPI00000268E8
EMBL:
AC125087
Ensembl:
ENSMUSG00000072572
KO:
mmu:214922
|
| Nucleutide sequences |
Ensembl_TRS:
ENSMUST00000047726
|
| Protein sequencees |
Ensembl_PRO:
ENSMUSP00000038707
RefSeq:
NP_001034765.2,
XP_006518859.1,
XP_006518858.1
|
| Others |
UniRef100:
UniRef100_G3X943
UniRef90:
UniRef90_Q2HIZ9
UniRef50:
UniRef50_Q9NP94
UniGene:
Mm.281343
|
| {{proteinIndex+1}} | mRNA | Protein | UniprotKB | Description | ||||
|---|---|---|---|---|---|---|---|---|
| Refseq |
{{protein.nucleotideVersion}}
Ensembl: {{protein.nucleotideEnsembl}} |
{{protein.proteinVersion}}
Ensembl: {{protein.proteinEnsembl}} |
{{uniprot}} , |
Definition: {{{protein.definition}}}Transcript Veriant:{{protein.transcriptVeriant}} Status: {{protein.status}} |
||||
| Location | {{protein.contigId}} ( {{protein.positionStart}}..{{protein.positionEnd}} , {{protein.orientation}} ) | |||||||
| Conserved domain | Region: {{conservedDomain.region == '' || conservedDomain.region == null ? "-": conservedDomain.region}} GFID: {{conservedDomain.gfid == '' || conservedDomain.gfid == null ? "-": conservedDomain.gfid}} Family: {{conservedDomain.family == '' || conservedDomain.family == null ? "-": conservedDomain.family}} CDD: {{conservedDomain.cdd}} - |
{{conservedDomain.comments == '' || conservedDomain.comments == null ? "-" : conservedDomain.comments }} |
Region: {{conservedDomain.region == '' || conservedDomain.region == null ? "-": conservedDomain.region}} GFID: {{conservedDomain.gfid == '' || conservedDomain.gfid == null ? "-": conservedDomain.gfid}} Family: {{conservedDomain.family == '' || conservedDomain.family == null ? "-": conservedDomain.family}} CDD: {{conservedDomain.cdd}} - |
{{conservedDomain.comments == '' || conservedDomain.comments == null ? "-" : conservedDomain.comments }} |
||||
暂无数据
| Pubmed编号 | 文献信息 | 发表日期 | 相关基因 |
|---|---|---|---|
| 31095941 |
J. Mol. Cell. Cardiol. Luping Du , Hualu Zhang , Huanhuan Zhao , Xinxin Cheng , Jiangyu Qin , Tianming Teng , Qing Yang , Zhelong Xu |
2019-07-01 | - |
| 24936057 |
ZIP2 protein, a zinc transporter, is associated with keratinocyte differentiation. J. Biol. Chem. Yu Inoue , Seiji Hasegawa , Sadanori Ban , Takaaki Yamada , Yasushi Date , Hiroshi Mizutani , Satoru Nakata , Masahiko Tanaka , Naohide Hirashima |
2014-08-01 |
Slc39a2,
SLC39A2
|
| 21873635 |
Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium. Brief. Bioinformatics Pascale Gaudet , Michael S Livstone , Suzanna E Lewis , Paul D Thomas |
2011-09-01 | - |
| 18353881 |
Am J Physiol Regul Integr Comp Physiol Taiho Kambe , Jim Geiser , Brett Lahner , David E Salt , Glen K Andrews |
2008-05-01 | - |
| 17506078 |
Genesis Jennifer L Peters , Jodi Dufner-Beattie , Wenhao Xu , Jim Geiser , Brett Lahner , David E Salt , Glen K Andrews |
2007-06-01 |
Adgre1,
Slc39a2,
Slc39a1
|
| 16141072 |
The transcriptional landscape of the mammalian genome. Science P Carninci , T Kasukawa , S Katayama , J Gough , M C Frith , N Maeda , R Oyama , T Ravasi , B Lenhard , C Wells , R Kodzius , K Shimokawa , V B Bajic , S E Brenner , S Batalov , A R R Forrest , M Zavolan , M J Davis , L G Wilming , V Aidinis , J E Allen , A Ambesi-Impiombato , R Apweiler , R N Aturaliya , T L Bailey , M Bansal , L Baxter , K W Beisel , T Bersano , H Bono , A M Chalk , K P Chiu , V Choudhary , A Christoffels , D R Clutterbuck , M L Crowe , E Dalla , B P Dalrymple , B de Bono , G Della Gatta , D di Bernardo , T Down , P Engstrom , M Fagiolini , G Faulkner , C F Fletcher , T Fukushima , M Furuno , S Futaki , M Gariboldi , P Georgii-Hemming , T R Gingeras , T Gojobori , R E Green , S Gustincich , M Harbers , Y Hayashi , T K Hensch , N Hirokawa , D Hill , L Huminiecki , M Iacono , K Ikeo , A Iwama , T Ishikawa , M Jakt , A Kanapin , M Katoh , Y Kawasawa , J Kelso , H Kitamura , H Kitano , G Kollias , S P T Krishnan , A Kruger , S K Kummerfeld , I V Kurochkin , L F Lareau , D Lazarevic , L Lipovich , J Liu , S Liuni , S McWilliam , M Madan Babu , M Madera , L Marchionni , H Matsuda , S Matsuzawa , H Miki , F Mignone , S Miyake , K Morris , S Mottagui-Tabar , N Mulder , N Nakano , H Nakauchi , P Ng , R Nilsson , S Nishiguchi , S Nishikawa , F Nori , O Ohara , Y Okazaki , V Orlando , K C Pang , W J Pavan , G Pavesi , G Pesole , N Petrovsky , S Piazza , J Reed , J F Reid , B Z Ring , M Ringwald , B Rost , Y Ruan , S L Salzberg , A Sandelin , C Schneider , C Schönbach , K Sekiguchi , C A M Semple , S Seno , L Sessa , Y Sheng , Y Shibata , H Shimada , K Shimada , D Silva , B Sinclair , S Sperling , E Stupka , K Sugiura , R Sultana , Y Takenaka , K Taki , K Tammoja , S L Tan , S Tang , M S Taylor , J Tegner , S A Teichmann , H R Ueda , E van Nimwegen , R Verardo , C L Wei , K Yagi , H Yamanishi , E Zabarovsky , S Zhu , A Zimmer , W Hide , C Bult , S M Grimmond , R D Teasdale , E T Liu , V Brusic , J Quackenbush , C Wahlestedt , J S Mattick , D A Hume , C Kai , D Sasaki , Y Tomaru , S Fukuda , M Kanamori-Katayama , M Suzuki , J Aoki , T Arakawa , J Iida , K Imamura , M Itoh , T Kato , H Kawaji , N Kawagashira , T Kawashima , M Kojima , S Kondo , H Konno , K Nakano , N Ninomiya , T Nishio , M Okada , C Plessy , K Shibata , T Shiraki , S Suzuki , M Tagami , K Waki , A Watahiki , Y Okamura-Oho , H Suzuki , J Kawai , Y Hayashizaki , FANTOM Consortium , RIKEN Genome Exploration Research Group and Genome Science Group (Genome Network Project Core Group) |
2005-09-02 | - |
| 16141073 |
Antisense transcription in the mammalian transcriptome. Science S Katayama , Y Tomaru , T Kasukawa , K Waki , M Nakanishi , M Nakamura , H Nishida , C C Yap , M Suzuki , J Kawai , H Suzuki , P Carninci , Y Hayashizaki , C Wells , M Frith , T Ravasi , K C Pang , J Hallinan , J Mattick , D A Hume , L Lipovich , S Batalov , P G Engström , Y Mizuno , M A Faghihi , A Sandelin , A M Chalk , S Mottagui-Tabar , Z Liang , B Lenhard , C Wahlestedt , RIKEN Genome Exploration Research Group , Genome Science Group (Genome Network Project Core Group) , FANTOM Consortium |
2005-09-02 |
Gm14018,
Gm14964,
F630206G17Rik,
Oog3,
Notumos,
Ldlrap1,
Mdn1,
Pydc3,
9330171B17Rik,
Mfap1b,
Tmsb15b2,
Gm12802,
E430020m11rik,
Gm11335,
Gm15772,
Gm17762,
A930017K11Rik,
LOC100036513,
Gata5os,
Umad1,
Gm16982,
Gm9887,
Gm9872,
LOC100036530,
Gm9934,
Gm9913,
Gm11149,
BC028777,
Gm13999,
LOC100036540,
Gm9744,
Gm9983,
D630002J18Rik,
Gm16525,
Gm11696,
Dnajc3,
9430060I03Rik,
Gm12359,
4921516A02Rik,
Fam129c,
Gm10589,
Rsph3b,
Rnaset2a,
5430403G19Rik,
D030047H15Rik,
Gm13274,
B930046K06Rik,
Gm10862,
Gm10792,
Gm10802,
Gm10532,
G730003C15Rik,
Runx2os1,
Gm15612,
Gm10856,
Gm10857,
Gm10685,
Gm10803,
Gm10723,
F630028O10Rik,
Gm10836,
Gm10405,
Gm10513,
Gm10609,
F630201L12Rik,
4932427H20Rik,
Zfp389,
Gm10763,
Gm10062,
Gm10714,
Gm10531,
Gm10876,
Gm10750,
Gm10433,
Gm10837,
Gm10647,
Gm10648,
Gm10650,
Gm10610,
F830115B05Rik,
Gm10473,
Gm10614,
Gm10286,
G730046D07Rik,
Gm10287,
Gm10785,
Gm10183,
Gm10512,
1700061E17Rik,
Gm44113,
Gm10579,
Gm10741,
Gm10827,
Gm10522,
Gm10536,
Gm15998,
Faddos,
D130050E23Rik,
Gm10735
|
| 14704853 |
Overview of mammalian zinc transporters. Cell. Mol. Life Sci. T Kambe , Y Yamaguchi-Iwai , R Sasaki , M Nagao |
2004-01-01 |
Slc39a3,
Slc30a6,
Slc39a2,
Slc30a1,
Slc30a3,
Slc30a4,
Slc30a2,
Slc39a1,
Slc30a7,
Slc30a5,
Slc39a4
|
| 14681479 |
GenePaint.org: an atlas of gene expression patterns in the mouse embryo. Nucleic Acids Res. Axel Visel , Christina Thaller , Gregor Eichele |
2004-01-01 |
Rnaset2a,
Mthfsl,
Tgtp2,
Gm11273,
Gm3063,
Gm9833,
Zkscan16,
Amd2,
Gm3776,
Gm3934,
Gm10681,
Gm4450,
Cyp2j11,
Camta1,
Zbtb48,
Sco2,
Pafah2,
Akna,
H6pd,
Smpdl3b,
Lao1,
Kifc1,
Gm20186,
Ugt2b38,
Slc15a4,
Psph,
Acacb,
Pds5b,
Ugt2b34,
Ube3c,
Hsd3b7,
Ano1,
Gpat4,
Lars2,
Xylb,
Slc22a13,
Rpp25,
Acad11,
Slc6a8,
Slc6a15,
Upb1,
Mgat4b,
Xpo1,
Slc35e4,
Pnpo,
Slc25a41,
Nt5m,
Rpn1,
Gck,
Synj1,
Cyp27a1,
Adcy4,
Adcy3,
Acly,
Ces1d,
Gldc,
Sbk1,
Barhl2,
E2f4,
Dgkz,
Rars,
Cnot6,
Slc16a6,
Aldh6a1,
Adi1,
Rdh14,
Iars,
Akr1c18,
Dusp22,
Gmpr2,
Thtpa,
Espl1,
Slc45a4,
Stk38,
Tecr,
Ldhal6b,
Ppcs,
Cyp4f15,
Slc39a3,
Slc39a6,
Me2,
Lars,
Cyp2c50,
Carns1,
Yars,
Psat1,
Slc25a45,
Acaca,
Atf5,
Eprs,
Nt5c3,
Dio3,
Ovol2,
Pi4kb,
Uap1,
Slc12a6,
Aldh1l1,
Haao,
Scml2
|
| 14525987 |
Structure, function, and regulation of a subfamily of mouse zinc transporter genes. J Biol Chem Jodi Dufner-Beattie , S Joshua Langmade , Fudi Wang , David Eide , Glen K Andrews |
2003-12-12 | - |
| 排名 | 科研单位 | 文献 |
|---|---|---|
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|---|---|---|
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