Congratulations to Lauren for winning this prestigious award. She is also featured on the CoE website and UMass Website.
Congratulations, Dr. Hawkins and Dr. Yang
Jamar and Feiyu successfully defended their Ph.D. theses in Dec. 2022. Congratulations on their achievements! Jamar will start his new position in Colossal Biosciences to bring back Mammoths and Feiyu will join JHU BME as a postdoctoral scholar. Best wishes for their future endeavors.
New NIH Grant
We received a new R21 grant from NIMH to derive properly patterned brain organoids using the gradient generation devices we developed. This will be an exciting collaboration with Dr. Changhui Pak.
Farewell lunch for Tianfa
Tailoring PDMS for embryo culture
Our collaborative work with Dr. Wei Cui’s lab, led by Jamar and Sue, revealed that blocking nonselective adsorption of PDMS facilitates embryo culture in vitro. Congratulations on their paper! [link]
Tianfa successfully defended his thesis
Congratulations, Dr. Xie! (12/2021)
Jamar received Hubertus W. V. Willems Scholarship
Jamar recently received a prestigious Hubertus W. V. Willems Scholarship from NAACP. The scholarship recognizes students who “display academic excellence and early signs of leadership and a commitment to social justice”. Congratulations, Jamar!
R01 grant supports the development of a novel Bladder tissue engineering technique
Our lab will collaborate with Dr. Govind Srimathveeravalli to investigate whether mechanical stimulation or the activation of certain mechanosensitive pathways can facilitate cell regeneration and eventually generate functional bladder tissue. Check the MIE news.
Condensation tendency and tissue stiffness gradient drives cell alignment
Our newest eLife paper, in collaboration with Dr. Min Wu @ WPI, established that cell alignment in a confined monolayer in mechanical equilibrium states can be regulated by a condensation tendency (prestretch) and a tissue stiffness gradient. Congratulations to all the authors!
Ningwei and Feiyu’s paper published
Ningwei and Feiyu’s paper on differentiating hPSCs using a chemical gradient generation device is accepted by ACS Biomaterials Sci. & Eng. Congratulations!