Biological defluorination
Finding biological routes to break some of chemistry’s most persistent bonds.
I engineer biological systems to understand
and transform persistent environmental contaminants.
A folded structure. A world of possibilities.
My work lives at the intersection of environmental engineering, biochemistry and biotechnology. I connect the smallest biological mechanisms to some of our most persistent environmental challenges.
A little more about me →Finding biological routes to break some of chemistry’s most persistent bonds.
Connecting protein sequence, molecular structure and catalytic possibility.
Building biological systems that make molecular activity readable.
Investigating the relationship between protein sequence, structure and catalytic function.
Related research →Comparing enzyme variants and asking how molecular changes affect activity.
Related research →Working with DNA and expression systems to investigate biological function.
Related research →Comparing biological sequences to identify meaningful variation and conserved features.
Related research →
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