Awards for Convergent Research Tackling Biggest Challenges in Life Sciences
"Convergent teams are advancing fundamental discoveries and catalyzing transformational progress."
From light weight but mechanically strong metals used in hip implants, to the optically transparent and permeable polymers used in contact lenses, to the lipid nanoparticles used to deliver important vaccines, biomaterials are the foundation of current and emerging medical therapies.
of biomaterials research, innovation and translation. At BU BME, diverse and interdisciplinary teams are: synthesizing new advanced biocompatible and bioactive biomaterials with tunable properties; fabricating biomaterials with nano- and micro-scale architectures to study multicellular microenvironments; and applying biomaterials as diagnostic contrast agents, surgical sealants, drug delivery devices, hydrogel carriers for cell transplantation and 3D matrices to engineer new tissues and organs.
BU BME is also committed to preparing the next generation of biomaterials scientists and engineers to advance medical innovation using biomaterials through the NIH T32 Translational Research in Biomaterials (TRB) training program.
"Convergent teams are advancing fundamental discoveries and catalyzing transformational progress."
The event showcased some of BU’s star researchers, celebrating how they cross and blur disciplinary boundaries in the pursuit of…
The awards accelerate the advancement of promising new technology, identifying a pathway to bring a new product to market.
What seemed at first like a dead end might someday lead to longer-lasting and safer vaccines.
“This award might open up new avenues of treatment that are not available today."
“If we could use the intrinsic chemical bonds within every molecule to visualize biology, we could achieve better molecular information…
ENG faculty Mark Grinstaff, Wilson Wong, and Béla Suki have won 2023 BU Ignition Awards. Given by BU Technology Development,…
A BU team has developed a noninvasive method of monitoring the solid stresses within tumors.