Products & Markets
Disrupting the Bioproduction market with Our Cell-Free Platform
Disrupting the
Bioproduction market with Our Cell-Free Platform
Our approach leverages more efficient manufacturing to provide a sustainable alternative to fermentation, which is challenging to develop and scale up, and highly CapEx intensive.
Our approach leverages more efficient manufacturing to provide a sustainable alternative to fermentation, which is challenging to develop and scale up, and highly CapEx intensive.
Human MilK Oligosaccharides
Complex carbohydrates made up of short chains of monosaccharide units (sugars) found naturally in human breast milk.
Advantages of Enzymit’s Cell-Free HMO Production
Protects against harmful bacteria that can cause infections.
Promotes the development of the immune system.
Reduces inflammation.
Advantages of Enzymit’s Cell-Free HMO Production
HMOs are difficult and expensive to produce using chemical synthesis. To date, only a few can be produced through microbial fermentation. Most of the production is hindered due to their relatively large molecular size and structures.
Faster Production
Enzymes can be reused and work at higher temperatures and pressures, resulting in faster production times and higher yields.
Precise Processing
Enzymatic production uses renewable resources that produce less waste and require less energy for growth and maintenance.
Greener Solution
Specific enzymes selectively break down starting materials into HMOs, without producing unwanted by-products, reducing costly purification steps.
Higher Yields
Enzymes aren’t restricted by the molecular size of HMOs, avoiding the yield loss seen in fermentation and reducing expensive downstream purification.
Hyaluronic Acid
A naturally occurring polysaccharide found in the body, particularly in connective tissue and skin. As a component of the extracellular matrix, it provides support and structure to human cells.
Treats joint pain effectively in medical applications.
Reduces inflammation and promote comfort.
Accelerates wound healing with restorative properties.
Is frequently used for cosmetic treatments.
Advantages of Enzymit’s Cell-Free HA Production
Hyaluronic acid is currently manufactured by microbial fermentation, which requires extensive purification from bacterial endotoxing and impurities.
Increased Purity
Enzymatic production results in uniform-sized HA products, significantly improving product purity by minimizing impurities.
Enhanced Yields
Producing uniform HA sizes dramatically increases production yields, reducing major product loss during purification.
Simpler Purification
Enzymatic methods facilitate straightforward downstream purification processes, eliminating extensive purification steps.
Precise Control Over Molecular Weight
Enzymatic production utilize renewable resources, resulting in a lower environmental impact compared to microbial fermentation.
Human MilK Oligosaccharides
Complex carbohydrates made up of short chains of monosaccharide units (sugars) found naturally in human breast milk.
Advantages of Enzymit’s Cell-Free HMO Production
Protects against harmful bacteria that can cause infections.
Promotes the development of the immune system.
Reduces inflammation.
Advantages of Enzymit’s Cell-Free HMO Production
HMOs are difficult and expensive to produce using chemical synthesis. To date, only a few can be produced through microbial fermentation. Most of the production is hindered due to their relatively large molecular size and structures.
Faster Production
Enzymes can be reused and work at higher temperatures and pressures, resulting in faster production times and higher yields.
Precise Processing
Enzymatic production uses renewable resources that produce less waste and require less energy for growth and maintenance.
Greener Solution
Specific enzymes selectively break down starting materials into HMOs, without producing unwanted by-products, reducing costly purification steps.
Higher Yields
Enzymes aren’t restricted by the molecular size of HMOs, avoiding the yield loss seen in fermentation and reducing expensive downstream purification.
Hyaluronic Acid
A naturally occurring polysaccharide found in the body, particularly in connective tissue and skin. As a component of the extracellular matrix, it provides support and structure to human cells.
Treats joint pain effectively in medical applications.
Reduces inflammation and promote comfort.
Accelerates wound healing with restorative properties.
Is frequently used for cosmetic treatments.
Advantages of Enzymit’s Cell-Free HA Production
Hyaluronic acid is currently manufactured by microbial fermentation, which requires extensive purification from bacterial endotoxing and impurities.
Increased Purity
Enzymatic production results in uniform-sized HA products, significantly improving product purity by minimizing impurities.
Enhanced Yields
Producing uniform HA sizes dramatically increases production yields, reducing major product loss during purification.
Simpler Purification
Enzymatic methods facilitate straightforward downstream purification processes, eliminating extensive purification steps.
Precise Control Over Molecular Weight
Enzymatic production utilize renewable resources, resulting in a lower environmental impact compared to fermentation.
Human MilK Oligosaccharides
Complex carbohydrates made up of short chains of monosaccharide units (sugars) found naturally in human breast milk.
Advantages of Enzymit’s Cell-Free HMO Production
Protects against harmful bacteria that can cause infections.
Promotes the development of the immune system.
Reduces inflammation.
Advantages of Enzymit’s Cell-Free HMO Production
HMOs are difficult and expensive to produce using chemical synthesis. To date, only a few can be produced through microbial fermentation. Most of the production is hindered due to their relatively large molecular size and structures.
Faster Production
Enzymes can be reused and work at higher temperatures and pressures, resulting in faster production times and higher yields.
Precise Processing
Enzymatic production uses renewable resources that produce less waste and require less energy for growth and maintenance.
Greener Solution
Specific enzymes selectively break down starting materials into HMOs, without producing unwanted by-products, reducing costly purification steps.
Higher Yields
Enzymes aren’t restricted by the molecular size of HMOs, avoiding the yield loss seen in fermentation and reducing expensive downstream purification.
Faster Production
Enzymes can be reused and work at higher temperatures and pressures, resulting in faster production times and higher yields.
Precise Processing
Enzymatic production uses renewable resources that produce less waste and require less energy for growth and maintenance.
Greener Solution
Specific enzymes selectively break down starting materials into HMOs, without producing unwanted by-products, reducing costly purification steps.
Higher Yields
Enzymes aren’t restricted by the molecular size of HMOs, avoiding the yield loss seen in fermentation and reducing expensive downstream purification.
Faster Production
Enzymes can be reused and work at higher temperatures and pressures, resulting in faster production times and higher yields.
Precise Processing
Enzymatic production uses renewable resources that produce less waste and require less energy for growth and maintenance.
Greener Solution
Specific enzymes selectively break down starting materials into HMOs, without producing unwanted by-products, reducing costly purification steps.
Higher Yields
Enzymes aren’t restricted by the molecular size of HMOs, avoiding the yield loss seen in fermentation and reducing expensive downstream purification.
Faster Production
Enzymes can be reused and work at higher temperatures and pressures, resulting in faster production times and higher yields.
Precise Processing
Enzymatic production uses renewable resources that produce less waste and require less energy for growth and maintenance.
Greener Solution
Specific enzymes selectively break down starting materials into HMOs, without producing unwanted by-products, reducing costly purification steps.
Higher Yields
Enzymes aren’t restricted by the molecular size of HMOs, avoiding the yield loss seen in fermentation and reducing expensive downstream purification.
Hyaluronic Acid
A naturally occurring polysaccharide found in the body, particularly in connective tissue and skin. As a component of the extracellular matrix, it provides support and structure to human cells.
Treats joint pain effectively in medical applications.
Reduces inflammation and promote comfort.
Accelerates wound healing with restorative properties.
Is frequently used for cosmetic treatments.
Advantages of Enzymit’s Cell-Free HA Production
Hyaluronic acid is currently manufactured by microbial fermentation, which requires extensive purification from bacterial endotoxing and impurities.
Increased Purity
Enzymatic production results in uniform-sized HA products, significantly improving product purity by minimizing impurities.
Enhanced Yields
Producing uniform HA sizes dramatically increases production yields, reducing major product loss during purification.
Simpler Purification
Enzymatic methods facilitate straightforward downstream purification processes, eliminating extensive purification steps.
Precise Control Over Molecular Weight
Enzymatic production utilize renewable resources, resulting in a lower environmental impact compared to fermentation.
Increased Purity
Enzymatic production results in uniform-sized HA products, significantly improving product purity by minimizing impurities.
Enhanced Yields
Producing uniform HA sizes dramatically increases production yields, reducing major product loss during purification.
Simpler Purification
Enzymatic methods facilitate straightforward downstream purification processes, eliminating extensive purification steps.
Precise Control Over Molecular Weight
Enzymatic production utilize renewable resources, resulting in a lower environmental impact compared to fermentation.
Increased Purity
Enzymatic production results in uniform-sized HA products, significantly improving product purity by minimizing impurities.
Enhanced Yields
Producing uniform HA sizes dramatically increases production yields, reducing major product loss during purification.
Simpler Purification
Enzymatic methods facilitate straightforward downstream purification processes, eliminating extensive purification steps.
Precise Control Over Molecular Weight
Enzymatic production utilize renewable resources, resulting in a lower environmental impact compared to fermentation.
Increased Purity
Enzymatic production results in uniform-sized HA products, significantly improving product purity by minimizing impurities.
Enhanced Yields
Producing uniform HA sizes dramatically increases production yields, reducing major product loss during purification.
Simpler Purification
Enzymatic methods facilitate straightforward downstream purification processes, eliminating extensive purification steps.
Precise Control Over Molecular Weight
Enzymatic production utilize renewable resources, resulting in a lower environmental impact compared to fermentation.
More to Come:
Unlocking New Markets
More to Come:
Unlocking New Markets
We're just getting started. Beyond our current products, our technology is set to revolutionize multiple high-impact industries, opening new frontiers in bioproduction.
We're just getting started.
Beyond our current products, our technology is set to revolutionize multiple high-impact industries, opening new frontiers in
bioproduction.
Stay tuned for what’s next.
Stay tuned for what’s next.
