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CLSAFA - Collagenase, (Animal Origin Free)-A
Cat.-Nr: LS004152
Prepared cultures grown in medium completely devoid of animal based components and designed for bioprocessing applications where introduction of... Read More
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CLSAFA - Collagenase, (Animal Origin Free)-A
Cat.-Nr: LS004154
Prepared cultures grown in medium completely devoid of animal based components and designed for bioprocessing applications where introduction of... Read More
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CLSAFA - Collagenase, (Animal Origin Free)-A
Cat.-Nr: LS004156
Prepared cultures grown in medium completely devoid of animal based components and designed for bioprocessing applications where introduction of... Read More
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CLSAFAS - Collagenase, CSLAFA, Filtered
Cat.-Nr: LS004119
Collagenase, Animal Origin-Free (Code: CLSAFA) which is filtered through a 0.22 micron membrane and lyophilized in vials.
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CLSAFB - Collagenase, (Animal Origin Free)-B
Cat.-Nr: LS004145
Prepared from cultures grown in medium completely devoid of animal based components and designed for bioprocessing applications where introduction of... Read More
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CLSAFB - Collagenase, (Animal Origin Free)-B
Cat.-Nr: LS004147
Prepared from cultures grown in medium completely devoid of animal based components and designed for bioprocessing applications where introduction of... Read More
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CLSAFB - Collagenase, (Animal Origin Free)-B
Cat.-Nr: LS004148
Prepared from cultures grown in medium completely devoid of animal based components and designed for bioprocessing applications where introduction of... Read More
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CLSAFBS - Collagenase, CSLAFB, Filtered
Cat.-Nr: LS004124
Collagenase, Animal Origin Free (Code: CLSAFB) which is filtered through a 0.22 micron membrane and lyophilized in vials.
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CLSAFBS - Collagenase, CSLAFB, Filtered
Cat.-Nr: LS004125
Collagenase, Animal Origin Free (Code: CLSAFB) which is filtered through a 0.22 micron membrane and lyophilized in vials.
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CLSAFC - Collagenase, (Animal Origin Free)-C
Cat.-Nr: LS004138
Prepared from cultures grown in medium completely devoid of animal based components and designed for bioprocessing applications where introduction of... Read More