Glucose-Tris EDTA Buffer, GTE (Nuclease Free) | Boston BioProducts

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

CAT#: BM-157

Ready-to-use sterile-filtered resuspension buffer tested for DNase and RNase contamination
Commonly used for bacterial cell resuspension and lysis preparation in alkaline lysis plasmid prep
Molecular biology buffer for plasmid DNA purification workflows

Need a Custom Formulation?

Modify concentration, pH, packaging, or quality grade.

We manufacture to your exact specifications.

Custom Reagent Builder

Need a Custom Formulation?

Modify concentration, pH, packaging, or quality grade.

We manufacture to your exact specifications.

Custom Reagent Builder

Product Description

GTE Buffer is composed of glucose, Tris, and EDTA, and serves as the resuspension solution in alkaline lysis plasmid preparation. Glucose increases osmotic pressure outside the cells, Tris maintains a constant pH, and EDTA protects DNA from degradation by chelating divalent cations required for nuclease activity.

Specifications

Component Name	CAS	Molecular Weight	Concentration
Tris-Base / Tris-HCl	77-86-1 / 1185-53-1	121.14 / 157.60	25 mM
EDTA Disodium Salt Dihydrate	6381-92-6	372.24	10 mM
Dextrose	50-99-7	180.16	50 mM
Water	7732-18-5	18.02	Rest

Documents

Safety Data Sheets (SDS)Document request form

Need a specific formulation?

We can manufacture custom buffers to your exact specifications.

Custom Reagent Builder

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

Need a Custom Formulation?

Need a Custom Formulation?

Product Description

Specifications

Documents

Product Citations

Need a specific formulation?

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

Need a Custom Formulation?

Need a Custom Formulation?

Product Description

Specifications

Documents

Product Citations

Tris-EDTA Buffer, TE (pH 8.0, Nuclease Free)

Tris-EDTA Buffer, TE (20X, pH 7.4, Nuclease Free)

Tris-Acetate-EDTA Buffer, TAE (10X)

Tris-Borate-EDTA Buffer, TBE (10X)

Tris-EDTA Buffer, TE (pH 7.4)

Need a specific formulation?

Tris-EDTA Buffer, TE (pH 8.0, Nuclease Free)

Tris-EDTA Buffer, TE (20X, pH 7.4, Nuclease Free)

Tris-Acetate-EDTA Buffer, TAE (10X)

Tris-Borate-EDTA Buffer, TBE (10X)

Tris-EDTA Buffer, TE (pH 7.4)

Tris-EDTA Buffer, TE (pH 8.0, Nuclease Free)

Tris-EDTA Buffer, TE (20X, pH 7.4, Nuclease Free)

Tris-Acetate-EDTA Buffer, TAE (10X)

Tris-Borate-EDTA Buffer, TBE (10X)

Tris-EDTA Buffer, TE (pH 7.4)

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

Need a Custom Formulation?

Need a Custom Formulation?

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

Need a Custom Formulation?

Need a Custom Formulation?

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

Need a Custom Formulation?

Need a Custom Formulation?

Product Description

Specifications

Documents

Product Citations

Related Products

Need a specific formulation?

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

Need a Custom Formulation?

Need a Custom Formulation?

Product Description

Specifications

Documents

Product Citations

Related Products

Tris-EDTA Buffer, TE (pH 8.0, Nuclease Free)

Tris-EDTA Buffer, TE (20X, pH 7.4, Nuclease Free)

Tris-Acetate-EDTA Buffer, TAE (10X)

Tris-Borate-EDTA Buffer, TBE (10X)

Tris-EDTA Buffer, TE (pH 7.4)

Tris-EDTA Buffer, TE (pH 8.0, Nuclease Free)

Tris-EDTA Buffer, TE (20X, pH 7.4, Nuclease Free)

Tris-Acetate-EDTA Buffer, TAE (10X)

Tris-Borate-EDTA Buffer, TBE (10X)

Tris-EDTA Buffer, TE (pH 7.4)

Need a specific formulation?

Tris-EDTA Buffer, TE (pH 8.0, Nuclease Free)

Tris-EDTA Buffer, TE (20X, pH 7.4, Nuclease Free)

Tris-Acetate-EDTA Buffer, TAE (10X)

Tris-Borate-EDTA Buffer, TBE (10X)

Tris-EDTA Buffer, TE (pH 7.4)

Tris-EDTA Buffer, TE (pH 8.0, Nuclease Free)

Tris-EDTA Buffer, TE (20X, pH 7.4, Nuclease Free)

Tris-Acetate-EDTA Buffer, TAE (10X)

Tris-Borate-EDTA Buffer, TBE (10X)

Tris-EDTA Buffer, TE (pH 7.4)

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

Need a Custom Formulation?

Need a Custom Formulation?

Glucose-Tris EDTA Buffer, GTE (Nuclease Free)

Need a Custom Formulation?

Need a Custom Formulation?