<p> Discover how scientists harnessed a unique bacterial lipase, SpL, featuring a novel catalytic tetrad and dual access tunnels, to achieve highly efficient synthesis of pharmaceutical-relevant amides directly in water. This breakthrough bypasses traditional wasteful methods, offering a greener, faster route for chemical manufacturing.</p>

Discover how scientists harnessed a unique bacterial lipase, SpL, featuring a novel catalytic tetrad and dual access tunnels, to achieve highly efficient synthesis of pharmaceutical-relevant amides directly in water. This breakthrough bypasses traditional wasteful methods, offering a greener, faster route for chemical manufacturing.

<p>&nbsp;Discover how scientists harnessed a unique bacterial lipase, SpL, featuring a novel catalytic tetrad and dual access tunnels, to achieve highly efficient synthesis of pharmaceutical-relevant amides directly in water. This breakthrough bypasses traditional wasteful methods, offering a greener, faster route for chemical manufacturing.</p>

Unlocking Amide Synthesis: How a Bacterial Enzyme Works Wonders in Water

Let's dive into the results of industrial biotechnology at acib. This short podcast episodes shortly summarize our scientific publications and give a quick hint about the main findings.

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Unlocking Amide Synthesis: How a Bacterial Enzyme Works Wonders in Water

Unlocking Amide Synthesis: How a Bacterial Enzyme Works Wonders in Water