Featured Project

Improved identification and detection of select agent Ralstonia solanacearum strains threatening the US potato industry

The goal of this project is to develop a data-driven framework for improving the regulation and detection of Rs strains that threaten US agriculture.

The primary purpose of this project is to precisely circumscribe the authentically threatening Rs strains that are highly aggressive on potato at cool temperatures using a combination of phenotypic assays and bioinformatics to evaluate current diagnostic markers.

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Syngenta

Syngenta Crop Protection is a leader in agricultural innovation, bringing breakthrough technologies and solutions that enable farmers to grow productively and sustainably. We offer a leading portfolio of crop protection solutions for plant and soil health, as well as digital solutions that transform the decision-making capabilities of farmers. Our 17,900 employees serve to advance agriculture in more than 90 countries around the world. Syngenta Crop Protection is headquartered in Basel, Switzerland, and is part of the Syngenta Group.

Latest News

  • For more than 100 years, ATCC® has been supplying the global scientific community with authenticated, high-quality biological resources and standards that support research with the power to transform lives. At its inception in the 1920s, ATCC® was regarded as simply a microbial culture collection—a repository of microorganisms that scientists could draw from to conduct their research to make new discoveries. Today, ATCC® provides the world’s leading scientists with the largest and most diverse collection of biological materials, including microbe products, cell products, molecular genomics tools, and nucleic acids. ATCC® also serves as both a type strain and patent depository. Our vast collection boasts more than 70,000 microbes and 4,000 eukaryotic cell lines used in various industrial applications, and we are continuing to expand. In this presentation, I will highlight the diversity and importance of the collection built over the last 100 years. I will also describe the tools used to authenticate the materials and provide examples of how this collection can be used as a valuable resource for the present and future generations of scientists.
  • Animal-associated microbiomes play a crucial role in host physiology, significantly influencing livestock phenotypes. Understanding these associations is crucial for developing strategies to enhance livestock productivity, improve animal health and welfare, and mitigate the environmental impact of farming. Beyond nutritional interventions like pre- and probiotics, leveraging host genetics offers a promising approach to modulate microbiomes and consequently, host-associated traits.
  • This year has been remarkable for the Phytobiomes Alliance, highlighted by the International Phytobiomes Conference 2024 and significant advancements in phytobiomes science. Through interdisciplinary collaborations and innovative research, we continue to drive progress in plant-based agriculture.
  • Agricultural sustainability faces growing challenges from climate change and pressure on natural resources. Microbial biostimulants, including PGPR (Plant Growth-Promoting Rhizobacteria), arbuscular mycorrhizal fungi (AMF), and chitosan—a bioproduct from crustacean exoskeletons—offer environmentally-friendly solutions to enhance agricultural productivity. These agents synergize with plants and soils, boosting microbial biodiversity, ecosystem resilience, and plant growth. Case studies in Benin demonstrate their effectiveness, showing significant maize yield increases, reduced reliance on mineral fertilizers, and improved soil health. Biostimulants represent a strategic approach to food security and sustainable development in Africa, empowering farming communities while protecting the environment.

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