Facultad de Química
Como undécima rectora de la Universidad de California en Santa Cruz, Cynthia K. Larive dirige una institución conocida en todo el mundo por su enfoque interdisciplinario de la investigación para el bien público, por buscar soluciones y dar voz a los retos de nuestro tiempo, y por su compromiso con la justicia social y medioambiental. Desde su fundación en 1965, la UC Santa Cruz ha seguido una trayectoria sin precedentes, con su profesorado avanzando en la investigación que cambia el mundo y estableciendo su reputación como una de las instituciones más innovadoras, colaborativas y de mayor impacto en la educación superior. Es un lugar donde las ideas se convierten en acción, y la acción en un cambio real y transformador.
La UC Santa Cruz, que cuenta con unos 19.000 estudiantes, se unió a la Asociación de Universidades Americanas en 2019 y a la Asociación de Universidades de la Cuenca del Pacífico en 2020, logros notables que subrayan el impacto y la calidad de la investigación del campus, así como la amplitud y el calibre de su enseñanza de posgrado y de grado. La UC Santa Cruz también comparte la distinción de ser el miembro más joven de la estimada AAU de 66 miembros y uno de los únicos seis miembros que también es una institución de servicio hispano. En 2022, la universidad se unió a otras universidades importantes para formar la Alianza de Universidades de Investigación al Servicio de los Hispanos, cuyo objetivo es aumentar las oportunidades para aquellos que históricamente han sido desatendidos por la educación superior. Larive forma parte del comité ejecutivo de la junta.
Usc chemical biology
New catalytic method could mitigate global plastic pollution.assortment of plastic bottles / Photo: Pexels – Reference imageEurekAlert | DOE/ARGONNE NATIONAL LABORATORYListen to this article Your browser does not support the audio tag. Leer en español: Rethinking the science of plastic recycling
“We asked ourselves the question: ‘Plastic, plastic everywhere: what can we do about it in terms of chemical recycling,'” said Max Delferro, group leader of the Catalysis Science Program in the Chemical Science and Engineering Division of the U.S. Department of Engineering. Energy’s (DOE) Argonne National Laboratory.
“So, we assembled a talented team with DOE’s Ames Laboratory and researchers from top universities to provide a solution.” The academia partners included Northwestern University, Cornell University, the University of South Carolina and the University of California, Santa Barbara.
“We asked ourselves the question, ‘Plastic, plastic everywhere: what can we do about it in terms of chemical recycling?'” – Max Delferro, group leader of the Catalysis Sciences Program in the Division of Chemical Sciences and Engineering
Usc dornsife research
Esta corrección se publica como:1. Las palabras in vitro e in vivo no estaban en cursiva en la sección de resumen.2. Las afiliaciones de la autora LETICIA A. FERNANDEZ no estaban reflejadas correctamente debido a errores de corrección.El artículo original ha sido actualizado.
Irene Laura Cibanal.Información adicionalLa versión online del artículo original se encuentra en https://doi.org/10.1007/s10658-022-02536-4Rights y permisosReprints and PermissionsAbout this articleCite this articleCibanal, I.L., Fernández, L.A., Rodriguez, S.A. et al. Correction to: Extracto de propóleo combinado con aceite esencial de orégano aplicado a semillas de haba contra Sclerotinia sclerotiorum.
Eur J Plant Pathol 164, 149 (2022). https://doi.org/10.1007/s10658-022-02543-5Download citationShare this articleAnyone you share the following link with will be able to read this content:Get shareable linkSorry, a shareable link is not currently available for this article.Copy to clipboard
Usc dornsife vs usc
He moved to the United States to continue his graduate studies and earned his master’s degree at California State University, Long Beach.[2][3] He earned his Ph.D. from the University of Southern California.[4] He returned to Lebanon after the civil war and joined the American University of Beirut in 2001.
She returned to Lebanon after the civil war and joined the American University of Beirut in 2001.[6] In 2002, she helped establish the Ibsar Center for Nature Conservation for Sustainable Futures, which sought to protect Lebanon’s biodiversity.[2] She is the director of Ibsar, which aims to protect the biodiversity of Lebanon.[2] She is the director of Ibsar, which is a non-profit organization.
She is director of Ibsar, which has since been renamed the Center for Nature Conservation, at the American University of Beirut.[7] Saliba established the Atmospheric and Analytical Laboratory.[6] She is also the director of the Ibsar Center for Nature Conservation.
Early in her career, she had difficulty obtaining chemicals, as most Western companies would not ship to Lebanon for fear that they would use them to make weapons.[2] She is a researcher at the University of Beirut.
His research deals with environmental contaminants in Lebanon and the Middle East. In particular, she investigates the toxic and carcinogenic chemical components of e-cigarettes and hookahs.[8] She was the first to identify compounds such as formaldehyde in hookahs, and also demonstrated that e-cigarettes can generate carbon monoxide.[8] She is also the first to identify compounds such as formaldehyde in hookahs, and also demonstrated that e-cigarettes can generate carbon monoxide.[8
