Resources

Case studies

Engineering Specificity into Unspecific Peroxygenases (UPOs)

Biocatalysis

Pushing Boundaries: Biocatalysis Surpassing Conventional Chemistry in Unprecedented Ways

Precision Fermentation for Sustainable Bioproduction of Bisabolol using Engineered Escherichia coli

Technology

Bioeconomy

When Enzyme Engineering Unlocks the Efficiency of Precision Fermentation

Engineered Enzyme for Diagnostic Applications

Technology

Bioeconomy

A commercial partner engaged Allozymes to improve an enzyme for biosensing applications.

Engineering of Bottleneck Enzyme in a Metabolic Pathway

Bioeconomy

Fermentation

Bioactive Titer Improvement in Precision Fermentation

Engineering MVK to Relieve Biosynthetic Bottlenecks

Technology

Bioeconomy

How Enzyme Engineering Enhances the Efficiency of Precision Fermentation

Publications
Coming soon
Find a list of our scientific publications showcasing our research and technological advancements.
White papers
Coming soon
Download comprehensive white papers exploring specific applications of our technology and detailed explanations of our scientific approach.

June 26, 2025

Online

Directing Enzyme Evolution with Deep Learning

Webinar

October 14, 2024

Online

Unveiling the Power of Bioengineering

Webinar

November 11, 2025

Allozymes

How Microfluidics Is Transforming Enzyme Engineering

December 19, 2024

Allozymes

What Are Enzymes?

How can Allozymes' technology benefit my company's specific needs?
Our ultra-high-throughput screening platform allows us to identify enzymes with the desired functionalities for your unique application. We screen up to 20 millions of enzyme variants daily to provide deep functional screening and uncover rare combinations of aminoacids to unlock FTO for our partners.
We engineer these enzymes for optimal performance, leading to improved efficiency, activity, stability or expression, reduced costs, and a more sustainable production process.
What processes for enzymes does Allozymes focus on?
We have extensive experience engineering a wide range of enzymes across various industries. However, our focus is on enzymes for biocatalysis to enable sustainable manufacturing and metabolic and strain engineering for fermentation.
Feel free to discuss your specific needs with our team to determine the best approach.
How long does the enzyme discovery and engineering process typically take?
Our platform significantly accelerates the process compared to traditional methods. The timeframe can vary depending on the complexity of the desired enzyme function, but we typically deliver results within 4 to 6 months.
How does Allozymes differentiate itself from other enzyme engineering companies?
Our unique combination of advanced microfluidics, ultra-high-throughput screening, our proprietary enzyme data set and machine learning algorithms allows for rapid and efficient enzyme discovery and optimization. Additionally, our data-driven approach ensures consistent and reliable results.
All this leads to a higher platform diversity enabling biosolutions in different sectors using the fastest enzyme development technology and the deepest and most uniform enzyme database.
What is the market potential for Allozymes' technology?
The bioeconomy is expected to reach $409.4 billion by 2025. Allozymes is positioned to become a leader in this rapidly growing sector by providing cost-effective and sustainable enzyme solutions for various industries.
What are Allozymes' future plans for growth and development?
We are building the largest enzyme data set in correlation with chemical functions and becoming a global leader in novel biosolutions, revolutionizing various industries with sustainable enzyme technology.
We are actively seeking partnerships and funding to expand our platform capabilities and broaden our enzyme library.
How can enzymes contribute to a more sustainable future?
In biology there are only two options: fermentation and enzymatic reactions. Fermentation can not address a lot of our needs because of limitations over starting material, meaning sugar and glycerol. Enzymatic reactions can offer a clean and efficient alternative to traditional chemical reactions.
They can reduce waste generation, minimize energy consumption, and enable the development of bio-based products, all contributing to a greener future.
What specific environmental challenges can Allozymes' technology address?
Our enzymes can be used as a tool box or a game changer in bioremediation efforts, biodegradation of pollutants, and the development of sustainable alternatives for various industrial processes from chemicals all the way to Pharma, ultimately leading to a reduction in greenhouse gas emissions and environmental pollution.
How can I get involved in supporting Allozymes' mission for a sustainable future?
We encourage you to learn more about our technology and its potential impact. Consider partnering with us or following our journey as we work towards a greener future.
Additionally, you can share our information with others who share our vision for a greater tomorrow.

Resources

Case studies

Engineering Specificity into Unspecific Peroxygenases (UPOs)

Precision Fermentation for Sustainable Bioproduction of Bisabolol using Engineered Escherichia coli

Engineered Enzyme for Diagnostic Applications

Engineering of Bottleneck Enzyme in a Metabolic Pathway

Engineering MVK to Relieve Biosynthetic Bottlenecks

Publications

White papers

Latest webinars & events

Directing Enzyme Evolution with Deep Learning

Unveiling the Power of Bioengineering

Blog

FAQ