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EVROGEN特約代理

簡(jiǎn)要描述：EVROGEN代理，EVROGEN中國(guó)代理，EVROGEN上海代理，EVROGEN總代，EVROGEN
EVROGEN專業(yè)代理-上海起發(fā)實(shí)驗(yàn)試劑有限公司，具體產(chǎn)品信息歡迎電詢：4006551678

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世界*實(shí)驗(yàn)材料供應(yīng)商EVROGEN正式授權(quán)上海起發(fā)為其中國(guó)代理，EVROGEN 在一直是行業(yè)的*,一直為廣大科研客戶提供zui為優(yōu)質(zhì)的產(chǎn)品和服務(wù),上海起發(fā)一直秉承為中國(guó)科研客戶帶來(lái)的產(chǎn)品，的服務(wù)，簽約EVROGEN 就是為了給廣大科研客戶帶來(lái)更加完善的產(chǎn)品和服務(wù),您的滿意將是我們zui大的收獲

EVROGEN 中國(guó)代理，EVROGEN 上海代理，EVROGEN北京代理，EVROGEN 廣東代理，EVROGEN 江蘇代理 EVROGEN 湖北代理, EVROGEN 天津, EVROGEN 黑龍江代理, EVROGEN內(nèi)蒙古代理, EVROGEN 吉林代理, EVROGEN 福建代理, EVROGEN 江蘇代理, EVROGEN 浙江代理, EVROGEN 四川代理,

EVROGEN是一家新興的生物技術(shù)公司，致力于加速生命科學(xué)新基因的發(fā)現(xiàn)和研究工作。EVROGEN 的總部設(shè)在俄羅斯首都莫斯科，可以非常便利地整合世界著名科學(xué)家和發(fā)明者的各項(xiàng)科研成果和技術(shù)，提供高質(zhì)量的基因克隆服務(wù)和新型的細(xì)胞和分子生物學(xué)研究產(chǎn)品。Evrogen與莫斯科生物和醫(yī)學(xué)分子技術(shù)實(shí)驗(yàn)室建立合作關(guān)系，專注于開(kāi)發(fā)和建立生命科學(xué)發(fā)現(xiàn)新工具。目前其研發(fā)計(jì)劃集中在開(kāi)發(fā)新型的分子遺傳學(xué)、細(xì)胞生物學(xué)技術(shù)和材料

目錄價(jià)格：

產(chǎn)品名	目錄號(hào)	產(chǎn)品描述	規(guī)格	目錄價(jià)格
Anti-CopGFP	AB501	Rabbit polyclonal antibody against non-denatured CopGFP	100 μg	2520
antibody	AB502		200 μg	3360
Anti-Dendra2	AB821	Rabbit polyclonal antibody against Dendra2	100 μg	2520
antibody	AB822		200 μg	3360
Anti-KillerRed	AB961	Rabbit polyclonal antibody against KillerRed and JRed	100 μg	2520
antibody	AB962		200 μg	3360
Anti-PhiYFP	AB601	Rabbit polyclonal antibody against non-denatured PhiYFP, PhiYFP-m, and TurboYFP	100 μg	2520
antibody	AB602		200 μg	3360
Anti-PhiYFP(d)	AB603	Rabbit polyclonal antibody against denatured PhiYFP, PhiYFP-m, and TurboYFP	100 μg	2520
antibody	AB604		200 μg	3360
Anti-Tag(CGY)FP	AB121	Rabbit polyclonal antibody against TagCFP, TagGFP, TagGFP2, TagYFP, PS-CFP2, and EGFP	100 μg	2520
antibody	AB122		200 μg	3360
Anti-tRFP	AB233	Rabbit polyclonal antibody against TurboRFP, TurboFP602, TurboFP635, TagBFP, TagRFP, TagFP635 and mKate2	100 μg	2520
antibody	AB234		200 μg	3360
Anti-TurboGFP(d)	AB513	Rabbit polyclonal antibody against denatured TurboGFP and CopGFP	100 μg	2520
antibody	AB514		200 μg	3360
Cell-Killer vector set	FPK01	pKillerRed-dMito vector encoding mitochondria-targeted KillerRed and pTurboGFP-N vector allowing cytoplasmic expression of bright green fluorescent protein TurboGFP for monitoring cell fate	20 μg each	10920
DMEMgfp**	MC101	antibleaching live cell visualization medium	100ml	924
Double-Killer vector set	FPK03	pKillerRed-mem vector encoding membrane-targeted KillerRed, pKillerRed-dMito vector encoding mitochondria-targeted KillerRed and pTurboGFP-N vector allowing cytoplasmic expression of bright green fluorescent protein TurboGFP for monitoring cell fate	20 μg each	12600
Duplex-specific nuclease, lyophilized	EA001	Thermostable nuclease from Kamchatka crab hepatopancreas with a strong preference for cleaving double-stranded DNA and DNA in DNA-RNA hybrid duplexes	50 U	5880
	EA002		100 U	8400
	EA003		10 U	2184
Encyclo PCR kit*	PK001	Reagents for PCR	100 rxn (50μl each)	3360
Fusion Blue vector set	FPF20	Mammalian expression vectors encoding TagBFP for its expression and fusion generation: pTagBFP-N and pTagBFP-C	20 μg each	10920
Fusion Cyan vector set	FPF11	Mammalian expression vectors encoding TagCFP for its expression and fusion generation: pTagCFP-N and pTagCFP-C	20 μg each	10920
Fusion Far-Red vector set	FPF25	Mammalian expression vectors encoding mKate2 for its expression and fusion generation: pmKate2-N and pmKate2-C	20 μg each	10920
Fusion Green vector set	FPF22	Mammalian expression vectors encoding TagGFP2 for its expression and fusion generation: pTagGFP2-C and pTagGFP2-N	20 μg each	10920
Fusion Red vector set	FPF14	Mammalian expression vectors encoding TagRFP for its expression and fusion generation: pTagRFP-C and pTagRFP-N	20 μg each	10920
Fusion Yellow vector set	FPF13	Mammalian expression vectors encoding TagYFP for its expression and fusion generation: pTagYFP-C and pTagYFP-N	20 μg each	10920
Gateway® HyPer-AS entry clone*	FP943	Gateway® entry clone for transfer of HyPer into Gateway® destination vectors; HyPer codon usage is optimized for expression in Arabidopsis and Saccharomyces	20 μg	10080
Gateway® TagRFP-AS-C entry clone	FP148	Gateway® entry clone for generation of fusions to the C-terminus of TagRFP; transfer of the constract encoding TagRFP or its fusion into Gateway® destination vectors; TagRFP codon usage is optimized for expression in Arabidopsis and Saccharomyces	20 μg	6720
Gateway® TagRFP-AS-N entry clone	FP149	Gateway® entry clone for generation of fusions to the N-terminus of TagRFP; transfer of the constract encoding TagRFP or its fusion into Gateway® destination vectors; TagRFP codon usage is optimized for expression in Arabidopsis and Saccharomyces	20 μg	6720
Gateway® TurboGFP-C entry clone	FP521	Gateway® entry clone for generation of fusions to the C-terminus of humanized TurboGFP; transfer of the constract encoding TurboGFP or its fusion into Gateway® destination vectors	20 μg	6720
Gateway® TurboGFP-N entry clone	FP522	Gateway® entry clone for generation of fusions to the N-terminus of humanized TurboGFP; transfer of the constract encoding TurboGFP or its fusion into Gateway® destination vectors	20 μg	6720
HyPer vector set*	FPS01	pHyPer-cyto and pHyPer-dMito vectors encoding cytosolic and mitochondria-targeted forms of HyPer (a fluorescent indicator of hydrogen peroxide)	20 μg each	13440
Membrane-Killer vector set	FPK02	pKillerRed-mem vector encoding membrane-targeted KillerRed and pTurboGFP-N vector allowing cytoplasmic expression of bright green fluorescent protein TurboGFP for monitoring cell fate	20 μg each	10920
Mint cDNA synthesis kit*	SK001	Allows synthesis of cDNA flanked by the same adapter sequences at the both 3'- and 5'- ends for non-directional cloning, RACE, SSH, and other applications	20 rxn	10080
Mint-Universal cDNA synthesis kit*	SK002	Allows synthesis of cDNA flanked by the same or different adapter sequences at the 3'- and 5'- ends for subsequent non-directional or directional cloning of cDNA libraries	20 rxn	11760
Mito-tracker vector set	FPM01	Mammalian expression vectors for fluorescent labeling of mitochondria: pTurboGFP-mito, pPhi-Yellow-mito, and pKindling-Red-mito	20 μg each	11760
pCase12-cyto*	FP991	Mammalian expression vector allowing Case12 expression in cytosol under the control of CMV promoter	20 μg	10080
pCase12-mem*	FP993	Mammalian expression vector encoding membrane-targeted Case12	20 μg	10080
pCase12-mito*	FP992	Mammalian expression vector encoding mitochondria-targeted Case12	20 μg	10080
pCasper3-BG	FP970	Mammalian expression vector allowing Casper3-BG expression in cytosol under the control of CMV promoter	20 μg	10080
pCasper3-GR	FP971	Mammalian expression vector allowing Casper3-GR expression in cytosol under the control of CMV promoter	20 μg	10080
pHyPer-cyto*	FP941	Mammalian expression vector allowing HyPer expression in cytosol under the control of CMV promoter	20 μg	10080
pHyPer-dMito*	FP942	Mammalian expression vector encoding mitochondria-targeted HyPer	20 μg	10080
pHyPer-nuc*	FP944	Mammalian expression vector encoding nuclear-targeted HyPer	20 μg	10080
pKillerRed-B	FP963	Bacterial expression vector; source of the KillerRed coding sequence	20 μg	6720
pKillerRed-C	FP961	Mammalian expression vector encoding humanized KillerRed and allowing its expression and generation of fusions to the KillerRed C-terminus	20 μg	6720
pKillerRed-dMito	FP964	Mammalian expression vector encoding mitochondria-targeted KillerRed	20 μg	6720
pKillerRed-mem	FP966	Mammalian expression vector encoding membrane-targeted KillerRed	20 μg	6720
pKillerRed-N	FP962	Mammalian expression vector encoding humanized KillerRed and allowing its expression and generation of fusions to the KillerRed N-terminus	20 μg	6720
pKindling-Red-B	FP302	Bacterial expression vector; source of the KFP-Red coding sequence	20 μg	6720
pKindling-Red-mito	FP401	Mammalian expression vector encoding humanized KFP-Red targeted to mitochondria	20 μg	6720
pKindling-Red-N	FP301	Mammalian expression vector encoding humanized KFP-Red and allowing its expression and generation of fusions to the KFP-Red N-terminus	20 μg	6720
pmKate2-actin	FP184	Mammalian expression vector encoding humanized mKate2 fused with human cytoplasmic β-actin	20 μg	6720
pmKate2-actinin	FP317	Mammalian expression vector encoding humanized mKate2 fused with human α-actinin	20 μg	6720
pmKate2-annexin	FP321	Mammalian expression vector encoding humanized mKate2 fused with human annexin	20 μg	6720
pmKate2-C	FP181	Mammalian expression vector encoding humanized mKate2 and allowing its expression and generation of fusions to the mKate2 C-terminus	20 μg	6720
pmKate2-clathrin	FP322	Mammalian expression vector encoding humanized mKate2 fused with human clathrin LCB	20 μg	6720
pmKate2-EB3	FP316	Mammalian expression vector encoding humanized mKate2 fused with human EB3 protein	20 μg	6720
pmKate2-endo	FP314	Mammalian expression vector encoding humanized mKate2 fused with human RhoB protein	20 μg	6720
pmKate2-f-mem	FP186	Mammalian expression vector encoding membrane-targeted mKate2	20 μg	6720
pmKate2-H2B	FP311	Mammalian expression vector encoding humanized mKate2 fused with human histone H2B	20 μg	6720
pmKate2-keratin	FP319	Mammalian expression vector encoding humanized mKate2 fused with human cytokeratin-18	20 μg	6720
pmKate2-laminB1	FP310	Mammalian expression vector encoding humanized mKate2 fused with human lamin B1	20 μg	6720
pmKate2-lyso	FP312	Mammalian expression vector encoding humanized mKate2 targeted to lysosomes	20 μg	6720
pmKate2-mito	FP187	Mammalian expression vector encoding humanized mKate2 targeted to mitochondria	20 μg	6720
pmKate2-N	FP182	Mammalian expression vector encoding humanized mKate2 and allowing its expression and generation of fusions to the mKate2 N-terminus	20 μg	6720
pmKate2-paxillin	FP323	Mammalian expression vector encoding humanized mKate2 fused with chiken paxillin	20 μg	6720
pmKate2-peroxi	FP313	Mammalian expression vector encoding humanized mKate2 targeted to peroxisomes	20 μg	6720
pmKate2-profilin	FP320	Mammalian expression vector encoding humanized mKate2 fused with mouse profilin	20 μg	6720
pmKate2-tubulin	FP185	Mammalian expression vector encoding humanized mKate2 fused with human α-tubulin	20 μg	6720
pmKate2-vimentin	FP318	Mammalian expression vector encoding humanized mKate2 fused with human vimentin	20 μg	6720
pmKate2-zyxin	FP315	Mammalian expression vector encoding humanized mKate2 fused with human zyxin	20 μg	6720
pPhi-Yellow-B	FP603	Bacterial expression vector; source of the PhiYFP coding sequence	20 μg	6720
pPhi-Yellow-C	FP601	Mammalian expression vector encoding humanized PhiYFP-m and allowing its expression and generation of fusions to the PhiYFP-m C-terminus	20 μg	6720
pPhi-Yellow-dest1	FP608	Mammalian expression vector encoding destabilized PhiYFP-m for its expression and generation of fusions to the PhiYFP-m-dest1 N-terminus	20 μg	6720
pPhi-Yellow-mito	FP607	Mammalian expression vector encoding humanized PhiYFP targeted to mitochondria	20 μg	6720
pPhi-Yellow-N	FP602	Mammalian expression vector encoding humanized PhiYFP and allowing its expression and generation of fusions to the PhiYFP N-terminus	20 μg	6720
pPhi-Yellow-peroxi	FP606	Mammalian expression vector encoding humanized PhiYFP-m targeted to peroxisomes	20 μg	6720
pPhi-Yellow-PRL	FP604	Promoterless vector encoding humanized PhiYFP and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
pPhi-Yellow-PRL-dest1	FP605	Promoterless vector encoding destabilized PhiYFP-m and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
pPS-CFP2-C	FP801	Mammalian expression vector encoding humanized PS-CFP2 and allowing its expression and generation of fusions to the PS-CFP2 C-terminus	20 μg	6720
pPS-CFP2-N	FP802	Mammalian expression vector encoding humanized PS-CFP2 and allowing its expression and generation of fusions to the PS-CFP2 N-terminus	20 μg	6720
Promoter-tracker 3-colors vector set	FPP15	Promoterless vectors pTurboYFP-PRL, pTurboGFP-PRL, and pTurboRFP-PRL	20 μg each	11760
Promoter-tracker Green vector set	FPP03	Promoterless vectors pTurboGFP-PRL, pTurboGFP-PRL-dest1, and control vector pTurboGFP-dest1	20 μg each	11760
Promoter-tracker Yellow vector set	FPP14	Promoterless vectors pTurboYFP-PRL, pTurboYFP-PRL-dest1, and control vector pTurboYFP-dest1	20 μg each	11760
pTagBFP-actin	FP174	Mammalian expression vector encoding humanized TagBFP fused with human cytoplasmic β-actin	20 μg	6720
pTagBFP-C	FP171	Mammalian expression vector encoding humanized TagBFP and allowing its expression and generation of fusions to the TagBFP C-terminus	20 μg	6720
pTagBFP-N	FP172	Mammalian expression vector encoding humanized TagBFP and allowing its expression and generation of fusions to the TagBFP N-terminus	20 μg	6720
pTagBFP-tubulin	FP175	Mammalian expression vector encoding humanized TagBFP fused with human α-tubulin	20 μg	6720
pTagCFP-actin	FP114	Mammalian expression vector encoding humanized TagCFP fused with human cytoplasmic β-actin	20 μg	6720
pTagCFP-C	FP111	Mammalian expression vector encoding humanized TagCFP and allowing its expression and generation of fusions to the TagCFP C-terminus	20 μg	6720
pTagCFP-mito	FP117	Mammalian expression vector encoding humanized TagCFP targeted to mitochondria	20 μg	6720
pTagCFP-N	FP112	Mammalian expression vector encoding humanized TagCFP and allowing its expression and generation of fusions to the TagCFP N-terminus	20 μg	6720
pTagCFP-tubulin	FP115	Mammalian expression vector encoding humanized TagCFP fused with human α-tubulin	20 μg	6720
pTagFP635-Cx26	FP382	Mammalian expression vector encoding humanized TagFP635 fused with rat connexin 26	20 μg	6720
pTagFP635-Cx32	FP383	Mammalian expression vector encoding humanized TagFP635 fused with human connexin 32	20 μg	6720
pTagFP635-Cx43	FP384	Mammalian expression vector encoding humanized TagFP635 fused with rat connexin 43	20 μg	6720
pTagFP635-vinculin	FP388	Mammalian expression vector encoding humanized TagFP635 fused with human vinculin	20 μg	6720
pTagGFP2-actin	FP194	Mammalian expression vector encoding humanized TagGFP2 fused with human cytoplasmic β-actin	20 μg	6720
pTagGFP2-C	FP191	Mammalian expression vector encoding humanized TagGFP2 and allowing its expression and generation of fusions to the TagGFP2 C-terminus	20 μg	6720
pTagGFP2-mito	FP197	Mammalian expression vector encoding humanized TagGFP2 targeted to mitochondria	20 μg	6720
pTagGFP2-N	FP192	Mammalian expression vector encoding humanized TagGFP2 and allowing its expression and generation of fusions to the TagGFP2 N-terminus	20 μg	6720
pTagGFP2-tubulin	FP195	Mammalian expression vector encoding humanized TagGFP2 fused with human α-tubulin	20 μg	6720
pTagRFP-actin	FP144	Mammalian expression vector encoding humanized TagRFP fused with human cytoplasmic β-actin	20 μg	6720
pTagRFP-actinin	FP360	Mammalian expression vector encoding humanized TagRFP fused with human α-actinin	20 μg	6720
pTagRFP-C	FP141	Mammalian expression vector encoding humanized TagRFP and allowing its expression and generation of fusions to the TagRFP C-terminus	20 μg	6720
pTagRFP-Cx26	FP362	Mammalian expression vector encoding humanized TagRFP fused with rat connexin 26	20 μg	6720
pTagRFP-Cx32	FP363	Mammalian expression vector encoding humanized TagRFP fused with human connexin 32	20 μg	6720
pTagRFP-Cx43	FP364	Mammalian expression vector encoding humanized TagRFP fused with rat connexin 43	20 μg	6720
pTagRFP-EB3	FP365	Mammalian expression vector encoding humanized TagRFP fused with human EB3 protein	20 μg	6720
pTagRFP-FAK	FP366	Mammalian expression vector encoding humanized TagRFP fused with chicken focal adhesion kinase	20 μg	6720
pTagRFP-Golgi	FP367	Mammalian expression vector encoding humanized TagRFP fused with human Golgi targeting sequence (GTS)	20 μg	6720
pTagRFP-H2B	FP368	Mammalian expression vector encoding humanized TagRFP fused with human histone H2B	20 μg	6720
pTagRFP-integrin	FP361	Mammalian expression vector encoding humanized TagRFP fused with human α-V-integrin	20 μg	6720
pTagRFP-keratin	FP369	Mammalian expression vector encoding humanized TagRFP fused with human cytokeratin-18	20 μg	6720
pTagRFP-laminB1	FP370	Mammalian expression vector encoding humanized TagRFP fused with human lamin B1	20 μg	6720
pTagRFP-mito	FP147	Mammalian expression vector encoding humanized TagRFP targeted to mitochondria	20 μg	6720
pTagRFP-N	FP142	Mammalian expression vector encoding humanized TagRFP and allowing its expression and generation of fusions to the TagRFP N-terminus	20 μg	6720
pTagRFP-profilin	FP371	Mammalian expression vector encoding humanized TagRFP fused with mouse profilin	20 μg	6720
pTagRFP-tubulin	FP145	Mammalian expression vector encoding humanized TagRFP fused with human α-tubulin	20 μg	6720
pTagRFP-vinculin	FP372	Mammalian expression vector encoding humanized TagRFP fused with human vinculin	20 μg	6720
pTagRFP-zyxin	FP373	Mammalian expression vector encoding humanized TagRFP fused with human zyxin	20 μg	6720
pTagYFP-actin	FP134	Mammalian expression vector encoding humanized TagYFP fused with human cytoplasmic β-actin	20 μg	6720
pTagYFP-C	FP131	Mammalian expression vector encoding humanized TagYFP and allowing its expression and generation of fusions to the TagYFP C-terminus	20 μg	6720
pTagYFP-mito	FP137	Mammalian expression vector encoding humanized TagYFP targeted to mitochondria	20 μg	6720
pTagYFP-N	FP132	Mammalian expression vector encoding humanized TagYFP and allowing its expression and generation of fusions to the TagYFP N-terminus	20 μg	6720
pTagYFP-tubulin	FP135	Mammalian expression vector encoding humanized TagYFP fused with human α-tubulin	20 μg	6720
pTurboFP602-B	FP713	Bacterial expression vector; source of the TurboFP602 coding sequence	20 μg	6720
pTurboFP602-C	FP711	Mammalian expression vector encoding humanized TurboFP602 and allowing its expression and generation of fusions to the TurboFP602 C-terminus	20 μg	6720
pTurboFP602-mito	FP717	Mammalian expression vector encoding humanized TurboFP602 targeted to mitochondria	20 μg	6720
pTurboFP602-N	FP712	Mammalian expression vector encoding humanized TurboFP602 and allowing its expression and generation of fusions to the TurboFP602 N-terminus	20 μg	6720
pTurboFP602-PRL	FP715	Promoterless vector encoding humanized TurboFP602 and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
pTurboFP635-C	FP721	Mammalian expression vector encoding humanized TurboFP635 and allowing its expression and generation of fusions to the TurboFP635 C-terminus	20 μg	6720
pTurboFP635-N	FP722	Mammalian expression vector encoding humanized TurboFP635 and allowing its expression and generation of fusions to the TurboFP635 N-terminus	20 μg	6720
pTurboGFP-B	FP513	Bacterial expression vector; source of the TurboGFP coding sequence	20 μg	6720
pTurboGFP-C	FP511	Mammalian expression vector encoding humanized TurboGFP and allowing its expression and generation of fusions to the TurboGFP C-terminus	20 μg	6720
pTurboGFP-dest1	FP519	Mammalian expression vector encoding destabilized TurboGFP for its expression and generation of fusions to the TurboGFP-dest1 N-terminus	20 μg	6720
pTurboGFP-mito	FP517	Mammalian expression vector encoding humanized TurboGFP targeted to mitochondria	20 μg	6720
pTurboGFP-N	FP512	Mammalian expression vector encoding humanized TurboGFP and allowing its expression and generation of fusions to the TurboGFP N-terminus	20 μg	6720
pTurboGFP-PRL	FP515	Promoterless vector encoding humanized TurboGFP and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
pTurboGFP-PRL-dest1	FP518	Promoterless vector encoding destabilized TurboGFP and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
pTurboRFP-B	FP233	Bacterial expression vector; source of the TurboRFP coding sequence	20 μg	6720
pTurboRFP-C	FP231	Mammalian expression vector encoding humanized TurboRFP and allowing its expression and generation of fusions to the TurboRFP C-terminus	20 μg	6720
pTurboRFP-dest1	FP239	Mammalian expression vector encoding destabilized TurboRFP for its expression and generation of fusions to the TurboRFP-dest1 N-terminus	20 μg	6720
pTurboRFP-mito	FP237	Mammalian expression vector encoding humanized TurboRFP targeted to mitochondria	20 μg	6720
pTurboRFP-N	FP232	Mammalian expression vector encoding humanized TurboRFP and allowing its expression and generation of fusions to the TurboRFP N-terminus	20 μg	6720
pTurboRFP-PRL	FP235	Promoterless vector encoding humanized TurboRFP and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
pTurboRFP-PRL-dest1	FP238	Promoterless vector encoding destabilized TurboRFP and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
pTurboYFP-B	FP613	Bacterial expression vector; source of the TurboYFP coding sequence	20 μg	6720
pTurboYFP-C	FP611	Mammalian expression vector encoding humanized TurboYFP and allowing its expression and generation of fusions to the TurboYFP C-terminus	20 μg	6720
pTurboYFP-dest1	FP619	Mammalian expression vector encoding destabilized TurboYFP for its expression and generation of fusions to the TurboYFP-dest1 N-terminus	20 μg	6720
pTurboYFP-N	FP612	Mammalian expression vector encoding humanized TurboYFP and allowing its expression and generation of fusions to the TurboYFP N-terminus	20 μg	6720
pTurboYFP-PRL	FP615	Promoterless vector encoding humanized TurboYFP and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
pTurboYFP-PRL-dest1	FP618	Promoterless vector encoding destabilized TurboYFP and designed for monitoring of activity of different promoters and promoter/enhancer combinations	20 μg	6720
rKFP-Red	FP351	Purified recombinant kindling red fluorescent protein	100 μg	2184
rPhiYFP	FP651	Purified recombinant bright yellow fluorescent protein	100 μg	2184
rTurboGFP	FP552	Purified recombinant bright green fluorescent protein	100 μg	2184
Trimmer cDNA normalization kit	NK001 （停產(chǎn)）	Allows normalization of cDNA for subsequent non-directional cloning	10 rxn	10080
Trimmer-Direct cDNA normalization kit	NK002 （停產(chǎn)）	Allows normalization of cDNA for subsequent directional cloning	10 rxn	12600
TRIMMER-2 cDNA normalization kit	NK003	PROTEIN, BUFFERS (storage, master), CONTROL TEMPLATES, PCR PRIMERS, USER MANUAL	FOR 10 REACTIONS	12600

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1：基本什么都能進(jìn)口，血清，抗體，耗材，還有部分限制進(jìn)口的，

2：貨品全，現(xiàn)經(jīng)營(yíng)過(guò)700多個(gè)品牌，基本所有生物試劑耗材都可以進(jìn)口，特別是冷偏的產(chǎn)品那就更有優(yōu)勢(shì)，

3：提供加急服務(wù)，一般1-2周到貨，超過(guò)時(shí)限加急費(fèi)全免

4：價(jià)格公道，絕大部分價(jià)格有優(yōu)勢(shì)，當(dāng)然不能保證100%產(chǎn)品都是,因?yàn)橐馕吨鴽](méi)有服務(wù).

5：良好的信譽(yù)，大部分客戶我們提供貨到付款服務(wù)，客戶包括清華，北大交大復(fù)旦，中山等100多所大學(xué)，ROCHE，阿斯利康，國(guó)藥，fisher等500多家公司

6：我們還是santa,EVROGEN Inc;Athens Research & Technology, bangs, BBInternational, crystalchem, dianova, EVROGEN, Inc. Genebridege; EVROGEN Biotechnology GmbH; iduron; EVROGEN； EVROGEN； neuroprobe; omicronbio; Polysciences; prospecbi; QA-BIO；quickzyme；RESEARCH DIETS, INC；sterlitech；sysy；TriLink BioTechnologies, Inc；worthington-biochem;zyagen;......幾十家國(guó)外公司授權(quán)代理

7：我們還從事invitrogen，qiagen; EVROGEN ;sigma;neb; roche;merck; rnd; BD; GE; pierce; EVROGEN....等*批發(fā)

上海起發(fā)實(shí)驗(yàn)試劑有限公司
：楊建輝
400：
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