Home / Clinical Laboratory / Chemicals and Solutions / Chemistry Reagent / Chemistry Reagent Tris-Borate EDTA (TBE) Buffer Electrophoresis Grade 10X / pH 8.2 to 8.4 1 LiterBP1333-1
Picture of Chemistry Reagent Tris-Borate EDTA (TBE) Buffer Electrophoresis Grade 10X / pH 8.2 to 8.4 1 LiterBP1333-1

Chemistry Reagent Tris-Borate EDTA (TBE) Buffer Electrophoresis Grade 10X / pH 8.2 to 8.4 1 LiterBP1333-1

Chemistry-Reagent-Tris-Borate-EDTA-(TBE)-Buffer-Electrophoresis-Grade-10X--pH-8-2-to-8-4-1-LiterBP1333-1

SKU #

#1139366

MPN #

BP1333-1

Brand

Fisher Scientific

Stock

In Stock

Quantity

100

Features

BUFFER, TRIS-BORATE-EDTA 10X SOLUTION 1L

$105.32 USD

Product Specifications Product Usage Additional Information
Print
Attribute Name Attribute Value
McKesson # 1139366
Manufacturer # BP1333-1
Manufacturer Fisher Scientific
Application Chemistry Reagent
Chemical Name Tris-Borate EDTA (TBE) Buffer
Concentration Level 10X / pH 8.2 to 8.4
Container Type Poly Bottle
Form Solution
Type Electrophoresis Grade
UNSPSC Code 41116134
Volume 1 Liter
Compare Selected Items Email

Similar Items

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

  • 10X solution contains 0.89M tris, 0.89M borate, and 0.02M EDTA
  • To prepare a 1X solution, mix one volume of Fisher BioReagents 10X TBE Solution with 9 volumes of ultrapure water
  • For Electrophoresis of Nucleic Acids in Agarose and Polyacrylamide Gels