2016 Massachusetts Life Sciences Innovation Day
Many congratulations to Dr. Rong Yang & Dr. Ciolino for winning the 1st & 2nd place in the poster competition respectively at the 2016 Massachusetts Life Sciences Innovation Day!!
Many congratulations to Dr. Rong Yang & Dr. Ciolino for winning the 1st & 2nd place in the poster competition respectively at the 2016 Massachusetts Life Sciences Innovation Day!!
Guo S, Nakagawa Y, Barhoumi A, Wang W, Zhan C, Tong R, Santamaria C, Kohane DS: Extended release of native drug conjugated in polyketal microparticles. J Am Chem Soc 2016. read more
Li L, Tong R, Li M, Kohane DS: Self-assembled gemcitabine – gadolinium nanoparticles for magnetic resonance imaging and cancer therapy. Acta Biomaterialia 2016; 33: 34-9. read more
Liu Q, Zhan C, Barhoumi A, Wang W, Santamaria C, McAlvin JB, Kohane DS: Supramolecular shear-thinning anti-inflammatory steroid hydrogel. Adv Mater 2016. read more
On the morning of Saturday, April 30th, Alan Woodruff’s baby, Lucy Woodruff was born. She was 8 lbs, 8 oz and arrived at 11:04am. Everyone is happy and healthy. Congratulations Alan!
On Thursday, April 14th, Dan was invited to receive a specially selected gift from the Critical Care Fellows in celebration of his “Teacher of The Year” award the previous year. During the celebration, Dan gave some sage advice!
On Thursday, March 24th, the Kohane Group gathered for a surprise lunch to celebrate Julia’s promotion to Senior Administrative Associate. Following lunch, a chocolate cake from Modern Pastry was enjoyed by all!
On February 25th, Brian Timko, Brian McAlvin and Dan won the first-ever $25,000 MIT Sloan Healthcare Innovations Prize! Together, they developed technologies to treat and monitor sepsis, which is the leading cause of death among critically-ill patients. Their team, GoodSIRS, presented a plan to commercialize that technology. Congratulations Brian, Brian and Dan! You can find more info at Read More …
We have designed drug delivery systems or other devices for food and beverage industries, pulmonary drug delivery, the prevention of peritoneal adhesions, surgical glues, and many other contexts.
We have employed inorganic nanomaterials to enhance the performance of engineered cardiac tissues. Also, together with the Lieber group at Harvard, we have developed engineered excitable tissues and blood vessels containing nanoaddressable array with which one could monitor tissue electrical activity, pH, and other parameters.