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Molly Kozminsky Research Group

The Kozminsky Lab receives a Department of Defense CDMRP PCRP Idea Development Award.

We are excited to investigate challenging-to-model phenomena in metastatic prostate cancer, including tumor cell dormancy and the vicious cycle, through our funded proposal, “High-throughput, high resolution in vitro models of prostate cancer bone marrow metastases.”...
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The Kozminsky Lab receives funding from the Roy J. Carver Charitable Trust.

We are excited to explore new directions in in vitro models of the bone marrow microenvironment through our funded proposal, "High-throughput high resolution in vitro models of the bone marrow to investigate stem cell and tumor microenvironments." Read more about the...
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The toolbox of shape-morphing strategies contains several techniques used to induce rolling, gripping, and folding.

New review article: 3D and 4D assembly of functional structures using shape-morphing materials for biological applications

Congratulations to Soheyl and Lily on this exciting review article in Frontiers in Bioengineering and Biotechnology. You can read it here.
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S25 Group Picture

Welcome to the Kozminsky Lab!

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Kozminsky Lab research highlighted by Office of the Vice President for Research

Read more about our collaborative project with the Wannemuehler Lab here.
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Molly Kozminsky and collaborator Mike Wannemuehler receive grant award from the Margaret B. Barry Cancer Research Program

Looking forward to our new collaborative project: Dissecting contributions to the immunosuppressive tumor microenvironment in pancreatic cancer using novel in vitro systems.
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Join the lab!

We are recruiting postdocs, graduate students, and undergraduate students who are interested in working at the interface of engineering and cancer research. Experience in cell culture or photolithography is beneficial, but not required. Please email Professor...
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Multiplexed DNA-directed patterning of antibodies for applications in blood cell detection and analysis

M Kozminsky*, OJ Scheideler*, B Li, NK Liu, LL Sohn. "Multiplexed DNA-Directed Patterning of Antibodies for Applications in Cell Subpopulation Analysis." ACS applied materials & interfaces 13.39 (2021): 46421-46430. *denotes equal contribution Abstract: Antibodies...
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Recapitulating Complex Biological Signaling Environments using a Multiplexed, DNA-Patterning Approach

OJ Scheideler, C Yang, M Kozminsky, KI Mosher, R Falcón-Banchs, EC Ciminelli, AW Bremer, SA Chern, DV Schaffer, LL Sohn. "Recapitulating complex biological signaling environments using a multiplexed, DNA-patterning approach." Science advances 6.12 (2020): eaay5696....
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