Bacterial Protein Extraction Lysis Buffer (with PBS)

Description

Bacterial Protein Extraction Lysis Buffer (with PBS) is a PBS-based bacterial protein extraction buffer designed for efficient disruption of bacterial cells and preparation of protein lysates from expression systems such as Escherichia coli. During recombinant protein production, incomplete bacterial cell lysis, unstable extraction conditions, or poor separation of soluble proteins and inclusion bodies can reduce protein recovery and affect downstream purification and analysis. This bacterial cell lysis buffer provides a stable phosphate-buffered environment to help researchers obtain reliable bacterial protein extracts.

Formulated with PBS (phosphate buffered saline), this bacterial protein extraction reagent maintains a suitable ionic environment and pH stability during bacterial protein preparation. After cell disruption, the lysate can be separated into soluble protein fractions and insoluble inclusion body fractions, supporting recombinant protein purification workflows, SDS-PAGE analysis, and protein expression studies.

Bacterial Protein Extraction Lysis Buffer (with PBS) is suitable for routine bacterial protein extraction applications, especially for researchers working with E. coli expression systems who require a convenient lysis solution for soluble protein preparation and inclusion body recovery.

Specifications

Features

• PBS-based extraction environment: Provides stable phosphate-buffered conditions to support consistent bacterial protein preparation.

• Efficient bacterial cell lysis: Designed for disruption of bacterial cells including commonly used E. coli expression strains.

• Soluble protein and inclusion body separation: Enables fractionation of bacterial lysates into soluble proteins and insoluble inclusion bodies after centrifugation.

• Supports recombinant protein workflows: Suitable for protein expression analysis and purification preparation from bacterial expression systems.

• Compatible with downstream protein analysis: Prepared lysates can be used for SDS-PAGE, Western blot, and biochemical protein studies.

Applications

Bacterial Protein Extraction Lysis Buffer (with PBS) is widely used for bacterial protein preparation, recombinant protein research, and molecular biology workflows requiring efficient bacterial cell disruption.

• E. coli Protein Extraction: Used for extracting recombinant proteins expressed in E. coli and other bacterial expression hosts.

• Bacterial Cell Lysis: Provides a convenient bacterial lysis buffer for releasing intracellular proteins from bacterial cells.

• Recombinant Protein Preparation: Supports preparation of bacterial lysates before affinity purification workflows such as His-tag or GST-tag protein purification.

• Soluble Protein Extraction: Helps researchers obtain soluble protein fractions for downstream biochemical analysis.

• Inclusion Body Preparation: Enables separation and collection of insoluble inclusion body fractions from overexpressed bacterial proteins.

• SDS-PAGE Protein Analysis: Provides bacterial protein samples for electrophoretic analysis and expression verification.

• Western Blot Detection: Suitable for antibody-based detection of bacterial expressed proteins and recombinant tags.

• Protein Purification Research: Used as an initial extraction step before bacterial protein purification and characterization.

Protocol Overview

Bacterial Protein Extraction Lysis Buffer (with PBS) is commonly used with mechanical disruption methods such as sonication for efficient bacterial protein extraction.

• Collect bacterial cells by centrifugation after cultivation.
• Add appropriate volume of bacterial protein extraction buffer and resuspend the cell pellet completely.
• Perform cell disruption on ice using sonication or other suitable mechanical methods.
• Centrifuge the lysate to separate soluble protein fractions and inclusion body fractions.
• Collect the supernatant or pellet according to downstream protein purification requirements.

Keeping samples cold during bacterial protein extraction is recommended to minimize protein degradation and maintain sample quality.

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