Animal Membrane and Cytosol Protein Extraction Kit

This kit provides a streamlined and efficient method for the isolation of membrane and cytosolic proteins from animal cells and tissues. Read more

Cat.No.

Specification

Price

BF7475-10

10 Samples

$88.00

BF7475-50

50 Samples

$348.00

Upon receipt aliquot and store Cell Permeabilization Buffer and Solubilization Buffer at -20°C to avoid freeze/thaws. Store Cell Wash Solution at 4°C. Product is shipped on ice.

This kit provides a streamlined and efficient method for the isolation of membrane and cytosolic proteins from animal cells and tissues. The membrane protein fraction includes plasma membrane proteins as well as proteins associated with mitochondrial, endoplasmic reticulum, and Golgi membranes.
This kit uses a new and highly efficient detergent formulation. First, a mild detergent is used to permeabilize cells and release soluble cytoplasmic proteins. Then, another detergent is used to dissolve membrane proteins. The extraction efficiency depends on the number of times the integral membrane protein(s) span the lipid bilayer. For proteins with at least one or two transmembrane domains, the extraction efficiency is usually as high as 90%. The cross-contamination of cytoplasmic proteins into the membrane fraction is usually less than 10%. Selective detergent extraction eliminates the need for phase separation based on hydrophobicity, allowing for better reproducibility and higher throughput.

KEY FEATURES

High Yield

High Yield Up to 0.4-0.6 mg of membrane protein can be extracted from 5×10^6 cells, delivering 30-50% higher yields compared to leading competitor products.

High Purity

High Purity Cross-contamination is maintained below 10%, ensuring minimal cytosolic protein carryover in the membrane fraction.

Simplified Workflow

Simplified Workflow No homogenization, freeze–thaw cycles, or complex pre-treatment steps are required.

Board Compatibility

Board Compatibility Suitable for membrane protein extraction from animal cells and tissues. Extracted proteins are compatible with BCA protein quantification, SDS-PAGE, Western blot, and immunoprecipitation.

Fast Speed

Fast Speed Membrane protein extraction can be completed within about 90 minutes.

Figure 1. Four membrane proteins (monomer molecular weights: 70.6 kDa, 78.8 kDa,103.6 kDa, and 39.8 kDa) were overexpressed in HEK293F cells. Equal cell numbers (5×10^6) were processed using Thermo 89842 and YamayBio BF7475 kits. Western blot detection was performed using an anti-Strep tag II antibody. Lysate loading: 10 µL per lane.

Outperforms Competitors with Higher Target Protein Yield

Figure 1. Four membrane proteins (monomer molecular weights: 70.6 kDa, 78.8 kDa,103.6 kDa, and 39.8 kDa) were overexpressed in HEK293F cells. Equal cell numbers (5×10^6) were processed using Thermo 89842 and YamayBio BF7475 kits. Western blot detection was performed using an anti-Strep tag II antibody. Lysate loading: 10 µL per lane.

Figure 2. Membrane (M) and cytosolic (C) fractions were isolated from HEK293F cells using Thermo 89842 and YamayBio BF7475 kits. Western blot analysis was performed using an anti -HSP90 antibody. Lysate loading: 10 µL per lane.

High-Efficiency Membrane Isolation with Low Cytosolic Cross-Contamination

Figure 2. Membrane (M) and cytosolic (C) fractions were isolated from HEK293F cells using Thermo 89842 and YamayBio BF7475 kits. Western blot analysis was performed using an anti -HSP90 antibody. Lysate loading: 10 µL per lane.

Figure 3. Membrane proteins were extracted from 5 × 10^6 cells across multiple cell lines using Thermo 89842 and YamayBio BF7475 kits. Protein yield was quantified using a BCA protein assay (e.g., Cat. No. BH5484).

30–50% Higher Membrane Protein Yield Across Multiple Cell Types

Figure 3. Membrane proteins were extracted from 5 × 10^6 cells across multiple cell lines using Thermo 89842 and YamayBio BF7475 kits. Protein yield was quantified using a BCA protein assay (e.g., Cat. No. BH5484).

Figure 4. Membrane proteins were isolated from 20 mg of mouse heart tissue using the YamayBio BF7475 protocol. Membrane and cytosolic fractions were analyzed by Western blot using various target antibodies.

Efficient Membrane Protein Isolation from Tissue Samples

Figure 4. Membrane proteins were isolated from 20 mg of mouse heart tissue using the YamayBio BF7475 protocol. Membrane and cytosolic fractions were analyzed by Western blot using various target antibodies.

Certificate of Analysis

Batch number

Certificate type

Date

Catalog Number(s)

Controls

05B2102

Internal COA

02/03/2026

BF7475-50

05B2102

Internal COA

02/03/2026

BF7475-10

A11120

Internal COA

01/13/2025

BF7475-10

A1120

Internal COA

01/15/2025

BF7475-50

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Specifications

Product Type Protein Extraction Kit
Form Liquid
Sufficient For 10 Samples / 50 Samples
Reagent Type Cell Wash Buffer / Cell Permeabilization Buffer / Cell Solubilization Buffer
Quantity 60 mL / 300 mL

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