Worthington Biochemical Corporation

Animal Origin Free Enzymes avoid potential viral risks.
Cleaning Products & Equipment

Animal Origin Free Enzymes avoid potential viral risks.

Consisting of AOF Collagenase, recombinant DNase I, RNase T1, and proteases including Neutral Protease, Animal Origin Free Enzymes avoid potential BSE/TSE and mammalian viral risks and regulatory issues associated with bovine and other animal sources. Applications include biopharmaceutical, biomedical, regenerative medicine, and bioprocessing such as isolation of primary and stem cells for...

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Animal Origin Free Enzymes avoid potential viral risks.
Cleaning Products & Equipment

Animal Origin Free Enzymes avoid potential viral risks.

Consisting of AOF Collagenase, recombinant DNase I, RNase T1, and proteases including Neutral Protease, Animal Origin Free Enzymes avoid potential BSE/TSE and mammalian viral risks and regulatory issues associated with bovine and other animal sources. Applications include biopharmaceutical, biomedical, regenerative medicine, and bioprocessing such as isolation of primary and stem cells for...

Read More »
Laboratory and Research Supplies and Equipment

System provides consistent hepatocyte cell isolation.

Worthington Hepatocyte Isolation System includes single-use enzyme vials, balanced salt solution, buffer, culture media, and protocol for 5 separate adult rat liver perfusions. By using pre-optimized combination of enzymes contained in kit, it is possible to minimize lot-to-lot variations and optimize quality of isolated hepatocytes. Modified protocol for mouse applications is also available.

Read More »
Laboratory and Research Supplies and Equipment

System provides consistent hepatocyte cell isolation.

Worthington Hepatocyte Isolation System includes single-use enzyme vials, balanced salt solution, buffer, culture media, and protocol for 5 separate adult rat liver perfusions. By using pre-optimized combination of enzymes contained in kit, it is possible to minimize lot-to-lot variations and optimize quality of isolated hepatocytes. Modified protocol for mouse applications is also available.

Read More »
Animal Origin Free Enzymes avoid potential viral risks.
Cleaning Products & Equipment

Animal Origin Free Enzymes avoid potential viral risks.

Consisting of AOF Collagenase, recombinant DNase I, RNase T1, and proteases including Neutral Protease, Animal Origin Free Enzymes avoid potential BSE/TSE and mammalian viral risks and regulatory issues associated with bovine and other animal sources. Applications include biopharmaceutical, biomedical, regenerative medicine, and bioprocessing such as isolation of primary and stem cells for...

Read More »
Animal Origin Free Enzymes avoid potential viral risks.
Cleaning Products & Equipment

Animal Origin Free Enzymes avoid potential viral risks.

Consisting of AOF Collagenase, recombinant DNase I, RNase T1, and proteases including Neutral Protease, Animal Origin Free Enzymes avoid potential BSE/TSE and mammalian viral risks and regulatory issues associated with bovine and other animal sources. Applications include biopharmaceutical, biomedical, regenerative medicine, and bioprocessing such as isolation of primary and stem cells for...

Read More »
Laboratory and Research Supplies and Equipment

System provides consistent hepatocyte cell isolation.

Worthington Hepatocyte Isolation System includes single-use enzyme vials, balanced salt solution, buffer, culture media, and protocol for 5 separate adult rat liver perfusions. By using pre-optimized combination of enzymes contained in kit, it is possible to minimize lot-to-lot variations and optimize quality of isolated hepatocytes. Modified protocol for mouse applications is also available.

Read More »
Laboratory and Research Supplies and Equipment

System provides consistent hepatocyte cell isolation.

Worthington Hepatocyte Isolation System includes single-use enzyme vials, balanced salt solution, buffer, culture media, and protocol for 5 separate adult rat liver perfusions. By using pre-optimized combination of enzymes contained in kit, it is possible to minimize lot-to-lot variations and optimize quality of isolated hepatocytes. Modified protocol for mouse applications is also available.

Read More »

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