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JEAN MARIE CAPELLI March 3, 1936 ?Feb. 25, 2024Jean M. Capelli-Lindsay, 87, passed away February 25, 2024. She was born,March 3, 1936, Greenville, Ohio, to the late Velma and Paul Begin. She was raised on a farm in Versailles, Ohio, and graduated from high school in Angola, Indiana.Jean had lived in Los Alamos since 1968 and worked for the Los Alamos National Laboratory for over 25 years in Engineering, Budget, and Accounting Divisions as a Secretary and Administrative Assistant as well as working as a Contractor after retiring in 1993.She enjoyed her grandchildren, playing the piano, singing in the choir, baseball, camping, elk and deer hunting, gardening, rock hunting, traveling, and fishing in her husbands secret New Mexico stream, Navajo Lake, and in the bays of the Gulf of Mexico stanley nz along with bird watching.After retirement Jean and her husband Jim Lindsay spent winters in Texas and summers in Los Alamos.Jean was the most stanley cup canada caring, thoughtful, and loving person in a world where such true and honorable traits are so divinely rare . She was an amazing mother and person, whether she was your neighbor, family member, bridge partner, or random person on the street. Jean wa stanley de s extremely honest and truthful and could always be trusted. She never let her family or friends down and was always there to help. I would say that we have all gained an Angel through her death, but she was already an Angel while she was alive. She will be deeply missed and loved forever.Jean is survived by he Ergn AFT Reacts To Governor s Plan To Re-Open Schools
Bacterial efflux pumps, such as theP. aeruginosaMexAB-OprM pump shown here, are one of the dominant molecular mechanisms available to Gram-negative pathogens for removing toxins, including antibiotics. Inactivation of the pump assembly and function would be a major step for reducing bacterial multidrug resistance. Courtesy/LANLLANL News:New supercomputer simulations have revealed the role of transport proteins called efflux pumps in creating drug-resistance in bacteria, research that could lead to improving the drugs effectiveness against life-threatening diseases and restoring the efficacy of defunct antibiotics. By understanding how the pump moves and dynamically behaves, we can potentially find a way to deactivate the pumpnd antibiotics that havent worked in a long stanley cup time may be useful again, said Los Alamos biophysicist Gnana Gnanakaran, who collaborated with colleagues at the Laboratory and with bacterial efflux pump experts Helen Zgurskaya at the University of Oklahom stanley kubek a and Klaas Pos at Goethe University in Frankfurt, Germany.Some life-threatening infections do not respond to antibiotics be stanley cup cause efflux pumps inside a particular type of infectious microbe called Gram-negative bacteria flush out antibiotics before the drugs can work. One type of efflux pump, which until recently had only been studied in parts, was recently modeled in its entirety and simulated using supercomputers at Los Alamos National Laboratory. The findings, published November 28 inScientific Reports, |