- ￥515
- Thermo Scientific
- USA
- R1171
- 2025年07月09日
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- 详细信息
- 文献和实验
- 技术资料
- 保存条件：
-20
- 保质期：
2年
- 英文名：
thermo
- 库存：
1000
- 供应商：
北诺生命科学
- 规格：
10x1.5 ml
公司产品线包括：FastDigest & 常规限制性内切酶、修饰酶、PCR & RT-PCR产品、核酸和蛋白质Markers、分子生物学试剂盒（分子克隆、核酸纯化、标记、检测）、转染试剂、核苷酸等。
Unstained Protein MW Marker, 2 x 1 mL. 26610(SM0431) Pierce
Prestained Protein MW Marker, 500 uL. 26612(SM0441) Pierce
PageRuler Unstained Protein Ladder, 2 x 250 uL. 26614(SM0661) Pierce
PageRuler Prestained Protein Ladder, 2 x 250 uL. 26616(SM0671) Pierce
PageRuler Prestained Protein Ladder, 10 x 250 uL. 26617(SM0672) Pierce
PageRuler Plus Prestained Protein Ladder, 2 x 250 uL. 26619(SM1811) Pierce
PageRuler Plus Prestained Protein Ladder, 10 x 250 uL. 26620(SM1812) Pierce
Spectra Multicolor Broad Range Protein Ladder, 10 x 250 uL. 26623(SM1842) Pierce
Spectra Multicolor High Range Protein Ladder, 2 x 250 uL. 26625(SM1851) Pierce
Spectra Multicolor Low Range Protein Ladder, 250 uL. 26628(SM1861) Pierce
PageRuler Broad Range Unstained Protein Ladder, 26630(SM1881) Pierce
PageRuler Low Range Unstained Protein Ladder, 2 x 250 uL. 26632(SM1891) Pierce
Spectra Multicolor Broad Range Protein Ladder, 2 x 250 uL. 26634(SM1841) Pierce
10X Buffer Cfr9I B02 Fermentas
10X Buffer Cfr10I B04 Fermentas
10X Buffer EcoRI B12 Fermentas
10X Buffer Bsp143I B13 Fermentas
Bovine Serum Albumin B14 Fermentas
10X Taq Buffer with KCl and 15 mM MgCl2 B16 Fermentas
Dilution Buffer for Restriction Enzymes B19 Fermentas
10X Buffer Eco52I B22 Fermentas
10X Buffer SduI, Ppu21I B23 Fermentas
10X Buffer SdaI B24 Fermentas
10X Buffer Eam1105I B25 Fermentas
10X Buffer Ecl136II, PacI, SacI B26 Fermentas
10X Buffer AarI, AjiI, Bpu10I, ScaI, PasI B27 Fermentas
10X Buffer TaqI B28 Fermentas
10X Buffer KpnI B29 Fermentas
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文献和实验Use of Peptide Nucleic Acids (PNAs) for Genotyping by Solution and Surface Methods
are described: PCR clamping, fluorescence-based recognition, and microarray platform. The first two methods are performed in solution, while the microarray method uses a solid surface.
. 2. We may use the lac promoter to drive or regulate expression of any gene in an appropriate prokaryotic cell (e.g. E. coli, where it comes from). That is, lac Z may be nowhere in the picture. We've just taken the regulatory machinery
Investigation of structure–function relationships in protein complexes, specifically protein–ligand interactions, carry great significance in elucidating the structural and mechanistic bases of molecular recognition events and their role
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