Physical Sciences Image Innovative chemical strategy targets mosquito larvae gut to combat spread of deadly diseases March 15, 2024 BIO5 members Michael Riehle, John Jewett, and their team made a new advance in mosquito control by designing chemical compounds targeting mosquito larvae without harming other aquatic animals. Read in UArizona News Image NIH research grant awarded to UArizona College of Science to decipher relationships between synapse function and growth control pathways Dec. 19, 2023 BIO5 members Martha Bhattacharya and Thomas Tomasiak recieved a $2M grant from the National Institutes of Health to better understand nervous system disorders by studying disruptions where neurons connect and communicate with each other. Read in College of Science Image $11M Energy Frontier Research Center to advance molecular-level solar science Aug. 29, 2022 BIO5 member Erin Ratcliff will lead a national collaboration to create solar fuels and storage technologies that are more durable and sustainable, but less expensive. Read in UArizona News
Image Innovative chemical strategy targets mosquito larvae gut to combat spread of deadly diseases March 15, 2024 BIO5 members Michael Riehle, John Jewett, and their team made a new advance in mosquito control by designing chemical compounds targeting mosquito larvae without harming other aquatic animals. Read in UArizona News
Image NIH research grant awarded to UArizona College of Science to decipher relationships between synapse function and growth control pathways Dec. 19, 2023 BIO5 members Martha Bhattacharya and Thomas Tomasiak recieved a $2M grant from the National Institutes of Health to better understand nervous system disorders by studying disruptions where neurons connect and communicate with each other. Read in College of Science
Image $11M Energy Frontier Research Center to advance molecular-level solar science Aug. 29, 2022 BIO5 member Erin Ratcliff will lead a national collaboration to create solar fuels and storage technologies that are more durable and sustainable, but less expensive. Read in UArizona News