SUTHERLAND LAB

Bacteria are able to survive and thrive in nearly every environment on Earth. This is in part due the plasticity of bacterial respiration and the diversity found in their electron transport chains. Cytochromes c are a key component of many electron transport chains, but also perform other important functions in bacteria. The Sutherland Lab studies cytochrome c biogenesis or how cytochromes c are made by the cell. We use biochemical, molecular biology and microbiology techniques to study this fundamental biological process.


Congratulations Donna!

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Donna Price was selected as the recipient for the Undergraduate Research Award from the Department of Biological Sciences at the University of Delaware! This annual award is given to a…

mBio paper!

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Check out our new paper in mBio! This paper biochemically maps the heme transporter for System I cytochrome c biogenesis – CcmCD!

Communications Biology Paper!

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Check out our new paper in Communications Biology that determines the System II WWD domain has conserved function across bacterial species.

New Paper!

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Check out our new mBio paper! This work defines the CcmF WWD domain as a heme binding domain and as critical for cytochrome c biogenesis.