The MTM Laboratory

11/15/2023

Summary: Key Contributions of MTM Lab in Cell & Tissue Engineering - https://www.mtmlaboratory.com/research

Creating engineered tissue for applications in toxicology, disease modeling & regenerative medicine.

10/11/2023

👐Will You Support The Mission?
In short, our mission is to improve lives by helping to create better treatments for chronic organ diseases.

How? Here Are Key Details:
The MTM Lab strives for transformative impact by creating engineered tissue for applications in toxicology, disease modeling & regenerative medicine.

Our Lab develops and utilizes microfabrication tools to precisely engineer the microenvironmental cues around primary and stem cell-derived mammalian cells towards stabilizing their long-term phenotype in vitro for applications in the following key areas:

* Drug development (e.g. drug metabolism/toxicity screening)
* Disease modeling for novel drug discovery
* Regenerative medicine (i.e. cell-based therapies)

Public Health Relevance: Tissues and cells can be utilized in long-term experiments to better understand diseases, improve drugs and enhance treatments for chronic conditions.

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Creating engineered tissue for applications in toxicology, disease modeling & regenerative medicine.

10/11/2023

Full list of MTM Laboratory member presentations at the 2023 BMES Annual Meeting starting tomorrow in Seattle!
https://www.bmes.org/annualmeeting

10/10/2023

Check out the empowering innovations and considerable GROWTH that the MTM Lab has experienced over the last several years:

The growth has occurred with significant (> 2 fold) increases in research expenditures, mostly through NIH and NSF grant funding, the numbers of publications and citations, and the number of students being trained in the MTM Lab.

10/10/2023

Take a look at the expert presentations that MTM Lab students at major conferences & symposia:

10/10/2023

https://www.mtmlaboratory.com/grants-awarded-to-the-microfabricated-tissue-models-laboratory-mtm

The MTM Lab has been awarded a NIDDK (National Institute of Diabetes and Digestive and Kidney Diseases) grant to analyze the synergistic effects of extracellular matrix composition and stiffness, multicellular interactions, and soluble triggers of NAFLD in cellular phenotypic alterations, which could aid the development of novel drug therapies for this disease.

See all the latest grants awarded to The MTM Lab