Learn More
TAE Buffer, Tris-Acetate-EDTA, 50X Solution, Electrophoresis, Fisher BioReagents™
Tris-Acetate-EDTA, CAS Number-77-86-1, 60-00-4, 6850-28-8, TAE, 4L, Gray, Tris (24%), Acetic Acid (5.0%), and EDTA (<2%)., DNase free, Pass Test, Filtered through a 0.2-micron filter., Electrophoresis, 50X Solution, Poly CUBE, Liquid, Protease free, DNase-, RNase- and Protease-Free, RT
Marca: Fisher BioReagents BP1332-1
46.64 EUR valido fino al 2025-04-30
Usa il codice promo "24155" per avere il tuo prezzo promozionale.
Descrizione
Tris-Acetate-EDTA, CAS Number-77-86-1, 60-00-4, 6850-28-8, TAE, 4L, Gray, Tris (24%), Acetic Acid (5.0%), and EDTA (<2%)., DNase free, Pass Test, Filtered through a 0.2-micron filter., Electrophoresis, 50X Solution, Poly CUBE, Liquid, Protease free, DNase-, RNase- and Protease-Free, RT
- Save time and simplify your buffer preparation step by using Fisher BioReagents 50X TAE Solution - simply dilute as needed!
- 50X solution contains 2M tris-acetate and 0.050M EDTA
- To prepare a 1X solution, mix one volume of Fisher BioReagents 50X TAE
- Solution with 49 volumes of ultrapure water, such as BP2819
- Tested for the absence of DNase, RNase, and protease
- Filtered, autoclaved, and functionally tested for use in electrophoresis applications
- TAE is a commonly used buffer for electrophoresis of nucleic acids in agarose gels
- Intended for laboratory research use only

Specifica
Tris-Acetate-EDTA | |
77-86-1, 60-00-4, 6850-28-8 | |
1 L | |
Filtered through a 0.2-micron filter. | |
Nalgene Poly Bottle | |
TAE | |
Tris (24%), Acetic Acid (5.0%), and EDTA (<2%). |
50X Solution | |
Liquid | |
Esente da DNasi | |
DNase-, RNase- and Protease-Free | |
Protease free | |
Elettroforesi |
Suggerimenti di prodotto
I clienti che hanno visualizzato questo articolo hanno visto anche
Offerte speciali
-
Diversi produttori
Chemical Extravaganza
Shop now and save up to 97% on top-quality products for your lab needs.Codice sconto: 25908Scade: 2025-03-31
Fornite il vostro feedback sul contenuto del prodotto compilando il modulo sottostante.