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Jared May

Person: Assistant Professor, Principal Investigator
2020 - Present Assistant Professor Division of Biological & Biomedical Systems, School of Science & Engineering University of Missouri - Kansas City Previous Positions 2015 - 2019 NIH F32 Ruth L. Kirschstein National Research Service Award Postdoctoral Fellow Department of Cell Biology & Molecular...

Soft Biomedical Interfaces Lab - Muzzio Lab

Welcome to the Soft Biomedical Interfaces Lab! Smart micro and nanomaterials can serve as tools for guiding cell behavior. The Soft Biomedical Interfaces Lab seeks to engineer soft and hybrid biomaterials with tailored physicochemical properties and investigate cell-material interactions. We aim to shed light on major cell/tissue biology issues and translate knowledge into novel neural engineering and regenerative medicine approaches and therapies for pressing biomedical problems.

Dana Rademacher

she/her
Person: Postdoctoral Researcher
Education Ph.D. Cell & Molecular Biology - University of Missouri-Kansas City ASCP Clinical Laboratory Scientist - Cox School of Medical Technology, Springfield, MO M.S. Cell & Molecular Biology - University of Missouri-Kansas City B.S. Microbiology - Missouri State University, Springfield, MO

New paper in Experiments in Fluids!

News: December 19, 2023
Micah Wyssmann and coauthors from the University of Tennessee have published a paper in Experiments in Fluids. This paper provides new insights into the effects that the submergence level for boulders in mountainous streams has on flow field characteristics. This study has important implications to...

Microbial Environment

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Bio-Fenton microbial fuel cells for energy harvesting and dye degradation A significant acceleration of H2O2 production and MB reduction was observed with three-dimensional (3D) air-cathode manufactured carbon nanotubes (CNTs) and graphene sheets (GNS) hybrid air-cathode in microbial fuel cell (MFC)...

Microbial Energy

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Microbial electrochemical synthesis from CO2 Three-dimensional (3D) structured carbon nano-materials have excellent potential to be used in microbial electrochemical synthesis (MES) for CO2 reduction. NAD/NADH pool in biofilm bacteriuria is changed with GN–CNTs hybrid modified cathode, which...

Biological Nanotechnology

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Enhancement of Electricity Production of Microbial Fuel Cells by Using DNA Nanostructures as Electron Mediator Carriers Engineering DNA nanostructures serves as electron mediator carriers to enhance the electricity conversion from E. coli-based microbial fuel cells. Read the article here DNA...