Pharmaceutical Enzymes Manufacturer


Pharmaceutical Enzymes are protein – biological catalysts that speed up chemical reactions in living organisms. These can be used as drugs, which have two important features that distinguish them from all the other types of chemical drugs. First, they bind and act on their targets with great affinity and specificity. And second, they are catalytic in nature converting multiple target molecules to the desired products. These two features make Pharmaceutical Enzymes specific and potent drugs that can accomplish therapeutic biochemistry in the body that small molecules cannot.
Most of these therapeutic enzymes are produced industrially by employing various types of fermentation techniques, using a suitable expression system which includes a microbial strain (bacteria, yeast, fungi, etc), plant or animal cell culture, and genetically engineered organisms. The advancements in the fields of recombinant DNA technology, protein engineering, material science, enzyme immobilization, and nanotechnology has provided an astounding platform for the development of enzymatic drugs that have varied applications in the treatment of a range of diseases.
Enzymes used in the pharmaceutical industry have revolutionized drug development and treatment approaches. These specialized enzymes possess remarkable affinity and specificity, allowing them to target specific molecules with precision. Additionally, their catalytic nature enables them to convert multiple target molecules into desired therapeutic products. As a result, enzymes used in pharmaceuticals offer unique advantages over conventional chemical drugs. The industrial production of therapeutic enzymes involves employing fermentation techniques and advanced expression systems using microbial strains, plant or animal cell cultures, and genetically engineered organisms. Leveraging advancements in recombinant DNA technology, protein engineering, material science, enzyme immobilization, and nanotechnology, the pharmaceutical industry has witnessed remarkable progress in developing enzymatic drugs. These pharmaceutical enzymes find diverse applications in treating various diseases, showcasing their immense potential in advancing therapeutic biochemistry.
Pharmaceutical Enzymes are protein – biological catalysts that speed up chemical reactions in living organisms. These can be used as drugs, which have two important features that distinguish them from all the other types of chemical drugs. First, they bind and act on their targets with great affinity and specificity. And second, they are catalytic in nature converting multiple target molecules to the desired products. These two features make Pharmaceutical Enzymes specific and potent drugs that can accomplish therapeutic biochemistry in the body that small molecules cannot.
Most of these therapeutic enzymes are produced industrially by employing various types of fermentation techniques, using a suitable expression system which includes a microbial strain (bacteria, yeast, fungi, etc), plant or animal cell culture, and genetically engineered organisms. The advancements in the fields of recombinant DNA technology, protein engineering, material science, enzyme immobilization, and nanotechnology has provided an astounding platform for the development of enzymatic drugs that have varied applications in the treatment of a range of diseases.
Enzymes used in the pharmaceutical industry have revolutionized drug development and treatment approaches. These specialized enzymes possess remarkable affinity and specificity, allowing them to target specific molecules with precision. Additionally, their catalytic nature enables them to convert multiple target molecules into desired therapeutic products. As a result, enzymes used in pharmaceuticals offer unique advantages over conventional chemical drugs. The industrial production of therapeutic enzymes involves employing fermentation techniques and advanced expression systems using microbial strains, plant or animal cell cultures, and genetically engineered organisms. Leveraging advancements in recombinant DNA technology, protein engineering, material science, enzyme immobilization, and nanotechnology, the pharmaceutical industry has witnessed remarkable progress in developing enzymatic drugs. These pharmaceutical enzymes find diverse applications in treating various diseases, showcasing their immense potential in advancing therapeutic biochemistry.


Our Solutions
AMYLASE, DIASTASE AND PEPSIN
This can be used as digestive aids.






















Starch And Protein
Digestion






















Gastrointestinal
Aid






















High Energy
Generation






















Starch And Protein Digestion






















Gastrointestinal Aid






















High Energy Generation
BROMELAIN
It reduces swelling and pain.






















Plant Origin






















Hydrolysis Of Protein






















Infection
Treatment






















Plant Origin






















Hydrolysis Of Protein






















Infection Treatment
PAPAIN
This Proteolytic Enzyme can be used as an anti-inflammatory agent.






















Plant Origin






















Hydrolysis Of
Protein






















Infection Treatment






















Plant Origin






















Hydrolysis Of Protein






















Infection Treatment
LACTASE
This is useful for treating lactose intolerance.






















Use In Products For Lactose Intolerant






















Increases Availability
Of Vitamin D






















Gastrointestinal aid






















Use In Products For Lactose Intolerant






















Increases Availability Of Vitamin D






















Gastrointestinal aid
SERRATIOPEPTIDASE
It removes blood clots in the system.






















Anti-Inflammatory






















Reduces Edema






















Metabolizes Scar Tissues






















Anti-Inflammatory






















Reduces Edema






















Metabolizes Scar Tissues
NATTOKINASE
It can be used as a blood thinner.






















Improves
Blood Flow






















Reduces Strain
On Heart






















Improves Varicose
Veins






















Improves Blood Flow






















Reduces Strain On Heart






















Improves Varicose Veins
LYSOZYME
It acts as an anti-microbial agent.






















Antimicrobial
Properties






















Alternative To
Chemical Antibiotics






















Boost Immunity
System






















Antimicrobial Properties






















Alternative To Chemical Antibiotics






















Boost Immunity System
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Why Are Enzymes Important In Brewing Process
Importance Of Enzymes In The Brewing Process The enzymes in the brewing process can play an important role in enhancing the overall fermentation and brewing process. These are meant to improve the overall taste and also speed up the fermentation process. Enzymes are...
A Guide To Safe Handling Of Enzymes In Detergent Manufacturing
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FAQ’S
What are Pharmaceutical Enzymes?
Pharmaceutical enzymes are enzymes that are used to treat a wide range of conditions such as inflammation, pain, swelling, and other conditions that cause tissue damage in the body.
What is the difference between a therapeutic enzyme and a digestive enzyme?
A therapeutic enzyme has been specifically designed to treat a specific type of condition. A digestive enzyme can be used to digest food, but it’s not designed to cure any specific condition.
What is Serratiopeptidase used for?
Serratiopeptidase is a protease which removes blood clots from the system, which can cause strokes and pulmonary embolisms.
What is lysozyme used for?
Lysozyme is a naturally occurring enzyme that acts as an anti-microbial agent. It breaks down the cell wall of bacteria, which causes them to swell and burst.
What is the main function of pepsin and trypsin?
Trypsin transforms proteins into polypeptides, whereas polypeptides are converted to amino acids by the action of pepsin on proteins.
Looking For Enzymes?
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Looking For Enzymes?
We’re Here To Help



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