Katherine Ayers Wins Women Chemists Committee Rising Star Award 2014
The ACS Women Chemists Committee (WCC) has awarded a 2014 WCC Rising Star Award to Katherine Ayers, Director of Research for Proton OnSite (Connecticut, USA). The award recognizes exceptional early to mid-career women chemists from across all areas of chemistry on a national level.
The ACS Women Chemists Committee (WCC) has awarded a 2014 WCC Rising Star Award to Katherine Ayers, Director of Research for Proton OnSite (Connecticut, USA). The award recognizes exceptional early to mid-career women chemists from across all areas of chemistry on a national level.
In her role as research director, Ayers is responsible for setting and executing research and development strategy in membrane-based electrochemical devices. In 2010, 2012, and 2013 she was named a finalist for the Connecticut Women in Innovation Award and in 2012 was awarded the R&D Award from the Hydrogen Production Team at the Department of Energy for Outstanding Contributions to Hydrogen Production by PEM Electrolysis. Ayers is the author of several peer-reviewed journal publications and two U.S. patents.
Rob Friedland, President and CEO at Proton OnSite, said: “I can think of no one more deserving of this award than Kathy. Her tireless commitment to advancing the science and repeatedly making break through R&D achievements are a testament to her recognition as a leader in the field of science.”
For more information visit: www.protononsite.com
Study: GC-MS to Investigate Toxicology Following Italy Prison Riots
October 4th 2024A recent study examined three drug overdose deaths resulting from an Italian prison riot during the initial wave of the SARS-CoV-2 pandemic. To ascertain the nature of these deaths, a comprehensive toxicological analysis was conducted, employing gas chromatography-mass spectrometry to reveal high concentrations of various substances in the biological fluids of the deceased inmates.
Pick Your Poison: Isolation of Paclitaxel (Octt 2024)
October 4th 2024The diterpenoid, paclitaxel, which was identified as a potent chemotherapy agent for breast and ovarian cancer originates from the Pacific Yew tree. The isolation of paclitaxel from its major impurities is shown with the use of Hamilton’s PRP-1 (5 µm) HPLC column.
