Enzyme development campaigns keep failing?

Stop betting and select the most promising projects with Zymplifier.

ZYMPLIFIER

The smart way to go about enzyme development

Zymplifier offers a structured, data-driven approach to identify and prioritize the most promising opportunities in your biocatalysis portfolio.

Close up view of a green leaf. The lines of the leaf symbolize differnt roads and paths.

Whether to assess the viability of potential reactions or enhance enzyme performance, Zymplifier provides clear guidance so you can invest only in what is most likely to succeed.

A graph showing how Zymplifier's confidence score ranks different routes depending on its success percentage.

Unlock your biocatalysis portfolio

Data-driven precision

Harness the power of cutting-edge molecular modeling to make informed decisions. Invest only in what is worth it.

Complete analysis

Delve deep into your portfolio, assessing enzymatic pathways, enzyme homologs, and more. Receive a thorough evaluation of your potential investments.

Quick, reliable insights

Get accurate guidance based on enzyme-substrate interactions, key structural points, and critical activity parameters; all in record time.

Choose how you want to use Zymplifier

OPTION 1

Find the most promising route to go bio

Prioritize your project portfolio and invest only in those enzyme development campaigns that have the most chances of success.

  • Provide us with your target routes, such as reactions, enzyme homologs, substrates, or products for assessment.

  • We select a representative sample of enzymes that can potentially perform the target reaction or use your provided enzyme library.

  • Using docking simulations, we evaluate enzyme-substrate interactions, focusing on the active site and key structural points for catalytic performance.

  • Within one week, receive a detailed report with recommendations on the most promising routes based on our analysis.

OPTION 2

Find the best candidate for enzyme optimization

Prioritize your performing candidates and invest only in those enzymes that show the greatest potential for optimized performance through engineering.

  • Provide us with your portfolio of enzyme candidates for assessment and optimization.

  • Using our molecular modeling approach, we identify mutation hotspots in each enzyme and predict their impact on performance.

  • We prioritize candidates based on the predicted outcome of enzyme engineering, focusing on those with the highest potential to outperform.

  • Within one week, receive a detailed report with recommendations on the most promising candidates for further engineering.

CTO & Co-founder, Rubi Laboratories

“Zymplifier gave us the assurance we needed to invest in the right enzyme engineering campaign.
Thanks to it, we now have a clear roadmap.”

COO, Medichem

“It has helped us optimize our time and resources, and dedicate our efforts in what really is most likely to succeed.”

Pay as you go

Get a complete analysis and prioritization of your biocatalysis projects.
Make informed decisions and optimize your resources.

Starter

7.000

5 routes

(reactions / candidates)

Estimated time: 1 week

Advanced

12.000 €

10 routes

(reactions / candidates)

Estimated time: 2 weeks

Advanced +

20.000 €

20 routes

(reactions / candidates)

Estimated time: 3 weeks

Need to analyze more than 20 routes?

Ask us about our custom plans

A mock-up showing part of the information that Zymplifier delivers. Includes ranking of routes, overall recommendation, enzyme EC numer and potential hit enzymes.

What’s included in the price?

Each plan includes a Zymplifier analysis + 2 bonus features:

Development Blueprint
Receive an actionable plan for developing the most promising projects, including timelines and costs.

Alternative Strategies
If none of your options look promising, we will provide alternative routes to overcome your challenges, ensuring you make the most of your investment.

Ready to make the right bet?

Start leveraging Zymplifier for smarter, data-driven decisions in your biocatalysis projects.