New paper in Developmental Biology by Feroze et al. Force production during blastopore closure measured in vivo!
Congratulations to Melis Hazar on defending her PhD Thesis in Mechanical Engineerring at Carnegie Mellon University, “Probing Collective Migration of a 3D Embryonic Tissue with Bioetching.”
Congratulations to Lacey Cirinelli on defending her PhD Thesis in Bioengineering, “Network Level Manipulation of Neuronal Populations via Microtechnology: Epilepsy on a Chip.” Lacey is currently a Cross Reference Specialist at Thermo Fisher Scientific.
New paper in Lab on a Chip by Hazar et al. Demonstrates novel application of microfluidics to “etch” multilayer composite tissues. Narrow streams bearing etchants can cut though single cell layers or can create broad, deep cuts through multiple tissue layers.
Congratulations to Callie Miller on defending her PhD Thesis in Bioengineering, “Identifying essential mechanisms for cortical actomyosin contractions with computational modeling.” Callie is currently a Postdoctoral Researcher with Drs. Timothy Elston, Jason Haugh, and James Bear at the North Carolina State University in Raleigh North Carolina.
Strong showing at the BMES Cellular & Molecular Bioengineering Special Interest Group meeting in La Jolla, CA. Melis Hazar (co-advised with Dr. Phil LeDuc at CMU and Dr. Bill Messner at Tufts) spoke about her investigation of Xenopus tissue morphogenesis using microfluidics. Callie Miller and Deepthi Vijayraghavan presented posters on their work on computation models of actomyosin and Xenopus neurulation, respectively.