Lab Tubing

Lysing Matrix J is used for lysis of plant and animal tissues, bacteria, fungi, coral emulsions, fixed samples and dry fungal spores. Impact-resistant tube High density, tensile strength and hardness High impaction but low shearing Lysing Matrix J

Lysing Matrix J is used for lysis of plant and animal tissues, bacteria, fungi, coral emulsions, fixed samples and dry fungal spores. Impact-resistant tube High density, tensile strength and hardness High impaction but low shearing Lysing Matrix J

Lysing Matrix J is used for lysis of plant and animal tissues, bacteria, fungi, coral emulsions, fixed samples and dry fungal spores. Impact-resistant tube High density, tensile strength and hardness High impaction but low shearing Lysing Matrix J

Lysing Matrix J is used for lysis of plant and animal tissues, bacteria, fungi, coral emulsions, fixed samples and dry fungal spores. Impact-resistant tube High density, tensile strength and hardness High impaction but low shearing Lysing Matrix J

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

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