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ABOUT Carolina

​I am a microbiologist. My primary research focus is to decipher how microbial metabolic pathways mediate redox transformations and metal uptake using cultivation-dependent and independent-methods. Deciphering how microorganisms transform and interact with their surrounding environment is crucial for understanding how they decompose and recycle material in the environment and what their wider ecological impact is.

Education:

I obtained a BSc in Microbiology and Molecular Genetics in 2001 from University of California, Los Angeles where I started my research career studying simian virus 40 viral capsid protein interactions. Later, I obtained a MSc in Biology from California State University, Los Angeles where I focused on studying the microbial diversity of soils with high carbon dioxide emissions . In 2011 I obtained a PhD from University of California, Santa Cruz. My thesis focused on understanding the role that multi-heme cytochromes play in mediating iron and arsenic reduction using the model bacterium, Shewanella ANA-3. As a post doctoral researcher, I studied iron-reducing microorganisms in marine sediments at the University of Bremen, Germany. For my second post doc I studied copper acquisition by the archaeon Nitrososphaera viennensis at  University of Vienna, Austria.  Since 2020,  I am at The Swiss Federal Laboratories for Materials Science and Technology (EMPA) as a research scientist where I helped to develop a microbial battery. Currently, I am cultivating fungi in food waste for fungal protein production.

Awards & Nominations:

  • National Science Foundation International Research Program Fellowship (NSF-IRFP)

  • Fulbright Fellow

  • Hanse-Wissenschaftskolleg (HWK) Fellowship

  • Marie SkÅ‚odowska-Curie Incoming Fellowship.

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