Ideal for bench work, but can be used with high throughput equipment as well.

Benchwork, Manual 

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QGel® Brain JV Matrix, is well-suited for research applications involving brain cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Brain JV Matrix have been found to favor many brain cancer cell lines, including LN229.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
QGel® Brain LL Matrix, is well-suited for research applications involving brain cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Brain LL Matrix have been found to favor many brain cancer cell lines, including SF268.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
QGel® Brain LY Matrix, is well-suited for research applications involving brain cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Brain LY Matrix have been found to favor many brain cancer cell lines, including U87-MG.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
The QGel Brain Matrix ID Kit contains 4 different gel formulations designed to mimic certain characteristics of brain cell environments. Each gel formulation differs in adhesion ligands, degradation kinetics and matrix stiffness components.  With this kit, you will be able to test your cells in a range of relevant environments for brain tissue.  

Prices starting from

$690
QGel® Breast DF Matrix, is well-suited for research applications involving breast cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Breast DF Matrix have been found to favor many breast cancer cell lines, including ZR-75-1.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
QGel® Breast MH Matrix, is well-suited for research applications involving breast cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Breast MH Matrix have been found to favor many breast cancer cell lines, including MDA-MB-468.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
QGel® Breast NS Matrix, is well-suited for research applications involving breast cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Breast NS Matrix have been found to favor many breast cancer cell lines, including MCF7.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
QGel® Breast NZ Matrix, is well-suited for research applications involving breast cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Breast NZ Matrix have been found to favor many breast cancer cell lines, including T-47D.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
QGel® Breast RJ Matrix, is well-suited for research applications involving breast cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Breast RJ Matrix have been found to favor many breast cancer cell lines, including BT474.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
The QGel Breast Matrix ID Kit contains 4 different gel formulations designed to mimic certain characteristics of breast cell environments. Each gel formulation differs in adhesion ligands, degradation kinetics and matrix stiffness components.  With this kit, you will be able to test your cells in a range of relevant environments for breast tissue.  

Prices starting from

$690
QGel® Colon GF Matrix, is well-suited for research applications involving colon cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Colon GF Matrix have been found to favor many colon cancer cell lines, including HCT-116.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
QGel® Colon TB Matrix, is well-suited for research applications involving colon cancer cell lines.  The unique combination of adhesion ligands, degradation kinetics and matrix stiffness properties of the QGel® Colon TB Matrix have been found to favor many colon cancer cell lines, including SK-CO-1.  The 2R vial format is ideal for bench work. 

Prices starting from

$880
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