Cell Lysis Kits

Lysing Matrix C is used primarily for lysis of yeast and fungi and can also be used for molds, spores and filamentous algae. 1mm silica spheres Each 96 deep well rack comes with 1.

Lysing Matrix C is used primarily for lysis of yeast and fungi and can also be used for molds, spores and filamentous algae. 1mm silica spheres Extraction of nucleic acids, proteins and other small molecules Rapid and reliable biological sample

Lysing Matrix C is used primarily for lysis of yeast and fungi and can also be used for molds, spores and filamentous algae. 1mm silica spheres Extraction of nucleic acids, proteins and other small molecules Rapid and reliable biological sample

Lysing matrix D is for rapid and reliable biological sample lysis from a wide variety of starting materials. Impact resistant tube containing 1.

Lysing Matrix I is used for breaking very tough and hard samples, including organisms within a tough or dense exterior matrix. Impact-resistant tube High density, tensile strength and hardness High impaction but low shearing Lysing Matrix I useful

Lysing Matrix I is used for breaking very tough and hard samples, including organisms within a tough or dense exterior matrix. Impact-resistant tube High density, tensile strength and hardness High impaction but low shearing Lysing Matrix I useful

Lysing Matrix K is effective in breaking fungal spores, cysts, and yeast polysaccharide capsules. 0.

Lysing Matrix K is effective in breaking fungal spores, cysts, and yeast polysaccharide capsules. 0.

Lysing Matrix M is used to break hard/brittle samples. Impact-resistant tube RNA extraction from difficult samples Lysis by impaction with minimal amounts of mechanical shearing Chemically inert and will not bind nucleic acids Lysing Matrices are

Lysing Matrix M is used to break hard/brittle samples. Impact-resistant tube RNA extraction from difficult samples Lysis by impaction with minimal amounts of mechanical shearing Chemically inert and will not bind nucleic acids Lysing Matrices are

Lysing Matrix M is used to break hard/brittle samples. Impact-resistant tube RNA extraction from difficult samples Lysis by impaction with minimal amounts of mechanical shearing Chemically inert and will not bind nucleic acids Lysing Matrices are

Lysing Matrix M is used to break hard/brittle samples. Impact-resistant tube RNA extraction from difficult samples Lysis by impaction with minimal amounts of mechanical shearing Chemically inert and will not bind nucleic acids Lysing Matrices are