PDF | El frijol (Phaseolus vulgaris L.) es un cultivo de relevancia alimentaria y económica en México y particularmente en el estado de Sinaloa, con una... | Find, read and cite all the research you n...

Virginia Tech desarrolló una plataforma electroquímica que identifica señales de Sclerotinia minor en la savia antes de que la infección produzca síntomas visibles Redactor: Camila Herrera R.Editor: Eduardo Schmitz Investigadores de Virginia Tech, en Estados Unidos, desarrollaron un sensor electroquímico capaz de detectar en la savia del maní señales tempranas del tizón causado por Sclerotinia […]

" data-large-file="https://3druck.com/wp-content/uploads/2026/09/Low-Res_image-9.jpg" /> Forschende der Virginia Tech haben einen kostengünstigen Sensor entwickelt, der einen Befall von Erdnusspflanzen mit Sclerotinia minor deutlich vor sichtbaren Symptomen erkennen soll. Das System basiert auf 3D-gedruckten Harzsubstraten mit Platinelektroden und analysiert Pflanzensaft auf erhöhte Konzentrationen von Oxalsäure, die bei einer Infektion vermehrt auftritt. Die Sclerotinia-Fäule kann in schweren Fällen Ertragsverluste von bis zu […] Der Beitrag 3D-gedruckter Sensor erkennt Pilzbefall bei Erdnusspflanzen bereits nach fünf Tagen erschien zuerst auf 3Druck.com - The Independent AM Magazine.

Researchers at Virginia Tech are using sensors to help detect the early signs of Sclerotinia blight, a fungal disease that can severely damage peanut crops.

PDF | Sclerotinia sclerotiorum (Lib.) de Bary, the causal agent of stem rot in Indian mustard (Brassica juncea) and other oilseed Brassicas, is a... | Find, read and cite all the research you need on ...

Newswise — Sweet, salty, crunchy, or creamy — no matter how it's munched, the Virginia peanut has been a cash crop for the commonwealth for much of the last two centuries. But a fungal disease called Sclerotinia blight has decimated peanut plant populations in recent years, with severe outbreaks causing up to a 50 percent yield loss. Virginia Tech researchers hope to help farmers detect and prevent its spread by building sensors that can detect infection early. “Early detection is critical because once the disease produces these irregular, rice grain-sized structures, it spreads quickly on the farm and will stick inside the soil for the next farming season,” said Frank Erukainure, a Ph.D. candidate in the Department of Biological Systems Engineering. “It can survive for years and years, making it difficult to get rid of the disease.” An Institute for Critical Technology and Applied Science Doctoral Scholar, Erukainure is the lead author of a paper published in ACS Agricultural Science & Technology, in which the development and testing of these low-cost sensors is described. His work on this project earned him the 2026 Boyd-Scott Graduate Research Award, one of the American Society of Agricultural and Biological Engineers’ top honors for...

Sweet, salty, crunchy or creamy—no matter how it's munched, the Virginia peanut has been a cash crop for the commonwealth for much of the past two centuries.

Sweet, salty, crunchy or creamy—no matter how it's munched, the Virginia peanut has been a cash crop for the commonwealth for much of the past two centuries. But a fungal disease called Sclerotinia blight has decimated peanut plant populations in recent years, with severe outbreaks causing up to a 50% yield loss.

Cibus is field testing gene-edited sclerotinia-resistant canola, aiming for market availability by 2029 to help growers combat yield losses.

Nuclei define eukaryotes, enabling macromolecular compartmentalization and cellular regulation. Each nucleus is believed to contain one or more haploid sets of chromosomes (1N). However, we discovered...

Sclerotinia is a fungal genus of both significant agricultural and scientific importance, as it contains multiple plant pathogens and provides an interesting case study for the mechanisms of host gene...