75 search results for RNA
- Improving Agriculture through RNA
- RNA silencing is applied to crops to protect against pests and diseases, increase survival during droughts, advance plant performance and enhance nutritional value.
- Improving Agriculture through RNA, For over a decade, new technologies like RNA silencing have been used to discover and investigate plant traits to improve crops. RNA silencing is a powerful, . Researchers are now advancing RNA silencing technology to deliver new products that improve yield, RNA silencing, view our infographic here. Dr. Jim Carrington, President of the Danforth Plant, . Internationally recognized for his research on gene silencing, the functions of small RNA, and virus
- (People Behind the Science) Dr. Blake Meyers: Researching RNA Regulation of Reproduction in Plants
- The focus of Blake’s research is on small RNAs in plants. His lab studies how RNAs are used to regulate the complex machinery of cells, particularly in the context of plant reproductive biology.
- (People Behind the Science) Dr. Blake Meyers: Researching RNA Regulation of Reproduction in Plants, Dr. Blake Meyers is a Member Principal Investigator at the Donald Danforth Plant Science Center and a Professor in the Division of Plant Sciences at the University of Missouri. He received a B.A. in Biology from the University of Chicago, and went on to receive his MS and PhD in Genetics from the University of California, Davis. Afterwards, Blake completed postdoctoral fellowships at Dupont
- Meet 13th Annual Fall Symposium Speaker: Dr. David Baulcombe
- Illumina Lecture presented by,
Professor Sir David Baulcombe, Regius Professor of Botany, Royal Society Research Professor, Department of Plant Sciences, University of Cambridge.
"RNA silencing and heritable epigenetic effects in tomato and ...
- of Plant Sciences, University of Cambridge.
"RNA silencing and heritable epigenetic effects in tomato and Arabidopsis" RNA silencing and heritable epigenetic effects in tomato and Arabidopsis, of these small RNAs guide the Argonaut/Piwi protein to a complementary RNA and they are negative regulators of gene expression acting at the level of messenger RNA turnover or translation. Others participate in more complex epigenetic systems affecting chromatin or they act as part of an RNA signal that moves
- James Carrington
- studied the diversity and functions of endogenous small RNA pathways that control gene silencing, interactions, including the role of RNA silencing in antiviral defense. Currently, his work focuses on the function and diversification of RNA silencing pathways that affect development and disease in model plants and pathogens. RESEARCH SUMMARY
Research in the Carrington lab focuses on RNA-mediated, , and evolution of small RNA-directed silencing pathways in multicellular eukaryotes. Small RNA
- TEDx Talk by Dr. Jim Carrington
In his recent talk, “The Science in Our Food,” Dr. Jim Carrington, president of the Donald Danforth Plant Science Center, discusses our Grand Challenge to sustainably provide food security for a growing, changing world while also preserving natural resources and environmental integrity. Jim makes the case that we cannot meet this challenge without new science and nature-compatible technology.
- in the world. He is recognized for his research on gene silencing, small RNA, and virus-host interactions. His work in the small RNA field has focused on mechanisms through which plants and other organisms use non-coding RNA to control growth and development and to defend against viruses. He
- (St. Louis Business Journal) Danforth Center awarded $1 million grant
- Researchers at the Donald Danforth Plant Science Center were awarded $1 million to study gene networks that control plant growth.
- resources and tools like robotics to study small RNA molecules, which are tied to the way plants, continue small RNA research that Danforth scientists already have been conducting. In particular, it will focus on Argonaute proteins, or AGO proteins. Small RNA molecules that interact with AGO proteins
- Science Center. He has studied the diversity and functions of endogenous small RNA pathways, principles of virus-host interactions, including the role of RNA silencing in antiviral defense. Currently, his work focuses on the function and diversification of RNA silencing pathways that affect, The Arabidopsis Small RNA Project seeks to characterize and functionally analyze the two major classes, Targetfinder predicts small RNA targets in a sequence database using a plant-based scoring metric
- (MIT Technology Review) The Next Great GMO Debate
- James Carrington, Ph.D., president of the Danforth Center discusses modifying crops with RNA instead of through their genes.
- green and carefully netted in Monsanto’s labs outside St. Louis—had been doused with a spray of RNA.
The experiment took advantage of a mechanism called RNA interference. It’s a way to temporarily turn, scientist who showed me her experiment.
The discovery of RNA interference earned two academics, designed RNA. And if the company succeeds in developing sprays that penetrate plant cells, as it’s
- Blake Meyers
Blake's work focuses on genome-scale studies of RNA and components of RNA silencing pathways, of Delaware in 2002, his lab continued to develop the application to mRNA and small RNA analyses of first MPSS, and their RNA products, and the lab continues to develop and apply novel informatics approaches for the analysis of RNA function in plants.
Specific areas of research include the use of these technologies to assess small RNA function and biogenesis in a broad range of plants, including Arabidopsis
- Danforth Center receives $1 million grant from the National Science Foundation
- The Center receives funds to support advanced research and education programs aimed at gaining a greater understanding of how plants develop.
- -throughput tools such as robotics to address fundamental questions about the roles of small RNA molecules, . “This project extends small RNA research that our lab has been doing for many years,” said Jim, . Researchers are now advancing small RNA-based technology to deliver new products that improve yield