Biocatalysis
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Penicillin amidase (E.C. 3.5.1.11) is immobilized covalently on acrylic carrier and it is suitable for industrial use either in batch or column reactors.
Penicillin amidase catalyzes the hydrolysis and synthesis of amides. It finds application in the resolution of chiral amines/amides and in the synthesis of beta-lactam antibiotics. It can be used either in aqueous or anhydrous environment.
| Code | Name | Qty | Price |
| PECME |
SPRIN epobond PGA Wet preparation |
100g 1Kg 5Kg Larger quantities |
230,-
1100,- 1000,-/Kg Enquire |
| PECMA |
SPRIN imibond PGA Wet preparation |
100g 1Kg 5Kg Larger quantities |
230,- 1100,- 900,-/Kg Enquire |
IMMOBILISED CALB (Candida antarctica)
Lipase from Candida antarctica (E.C. 3.1.1.3) is probably the most widely known and used enzyme in biocatalysed organic synthesis, finding also applications in food chemistry and biofuel (biodiesel) production. Specifically it finds application in esterification/transesterification of alcohols and amides and for resolution of chiral amines/amides and alcohols/esters.
| Code | Name | Qty | Price |
| LCADE |
SPRIN lipobond CALB Synthetic activity: >2000 U/gdry (Propyl laureate Units) |
100g |
600,- |
| LCAHN |
SPRIN lipo CALB Adsorbed immobilised preparation of CALB on Polystyrene DVB cross linked (300-800μm) Synthetic activity: >2000 U/gdry (Propyl laureate Units) |
100g 1Kg 5kg Larger quantities |
230,- |
|
LCAME |
SPRIN epobond CALB |
100g |
600,- |
| LCAMO |
SPRIN adsorbed CALB |
100g |
675,- |
net prices in EUR, VAT excluded
To place an order please click here
Read more about Immobilised CALB applications...
IMMOBILISED Lipase PS (Pseudomonas cepacia)
The lipase from Pseudomonas cepacia (E.C. 3.5.1.1) represents a widely applied catalyst for highly enantioselective resolution of chiral primary and secondary alcohols. It is useful for transformation of triglycerides in food applications, but also for the production of biodiesel or other chemicals from renewable source, such as tensioactives. The enzyme shows significant regioselectivity in the esterification/hydrolysis of polyols, such as mono- and poly-saccharides and it can also catalyse the stereospecific synthesis/hydrolysis of amide bonds.
| Code | Name | Qty | Price |
| LPSDE |
SPRIN lipobond P. cepacia Synthetic activity: > 100 U/gdry (1-phenylethyl acetate Units) |
100g |
1125,- |
| LPSHN |
SPRIN lipo P. cepacia |
100g |
750,- |
net prices in EUR, VAT excluded
LIPASES KITS
| Code | Name | Price |
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LIPASE-KIT-S (SMALL) |
1g of each preparation |
250,- |
|
LIPASE-KIT-M (MEDIUM) |
10g of each preparation | 500,- |
LIPASE-KIT-N (NORMAL) |
50g of each preparation | 1500,- |
Kit content description
- SPRIN lipobond CALB: Covalently immobilised lipase CALB on highly hydrophobic support (LCADE)
- SPRIN lipo CALB: Adsorbed lipase CALB on highly hydrophobic support (LCAHN)
- SPRIN epobond CALB: Covalently immobilised lipase CALB on medium hydrophilic support (LCAME)
- SPRIN adsorbed CALB: Adsorbed lipase CALB on medium hydrophobic support (LCAMO)
- SPRIN lipobond P. cepacia: Covalently immobilised lipase from P. cepacia on highly hydrophobic support (LPSDE)
- SPRIN lipo P. cepacia: Adsorbed immobilised lipase from P. cepacia on highly hydrophobic support (LPSHN)
Covalently immobilised preparation of inulinase, Inulinase (E.C. 3.2.1.7) is a mixture of Exo- and Endo-inulinase. Immobilised on acrylic resin. Particularly useful for fructose production, substituting glucoisomerase.
| Code | Name | Qty | Price |
| IANME |
SPRIN epobond INULINASE Inulinase from Aspergillus niger covalently immobilised on Epoxy Acrylic Resin |
100g |
200,- 900,- 700,-/kg Enquire |
net prices in EUR, VAT excluded
To place on order please click here
Kit content description
- SPRIN epobond SUBTILISIN: Covalently immobilised Subtilisin on Epoxy Acrylic Resin (SBSME2)
- SPRIN imibond SUBTILISIN: Covalently immobilised Subtilisin on Amino Acrylic Resin (SBSMH2)
- SPRIN epobond THERMOLYSIN: Covalently immobilised Thermolysin on Epoxy Acrylic Resin (TGSME2)
- SPRIN epobond THERMOLYSIN: Covalently immobilised Thermolysin on Amino Acrylic Resin (TGSMH2)
