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Study: Louisiana's Agriculture and Forestry Sectors Suffer $1.69 billion in Damages Due to Heat and Drought

Louisiana's agriculture and forestry sectors experienced approximately $1.69 billion in damages in 2023 due to excessive heat and drought, according to a

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Louisiana Department of Education releases hurricane preparedness playbook for schools - L'Observateur

Louisiana Department of Education releases hurricane preparedness playbook for schools - L'Observateur
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Gov. Edwards signs bills into law from 2023 Legislative Session

Gov. Edwards signs bills into law from 2023 Legislative Session
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Bills Signed by Gov. Edwards | Bossier Press-Tribune

Bills Signed by Gov. Edwards | Bossier Press-Tribune
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Internet goes WILD over sleeping hack that sees you drinking a glass of tart cherry juice before bed

If you're having trouble falling asleep or staying asleep, TikTok's latest trend may help you - and all it takes is a glass of tart cherry juice.

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On June 21, 2022, after a nearly three-year long application process, The Ohio State University registered the trademark THE. The registration of the simple three-letter word has...

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8 high-protein desserts that can help reduce blood sugar spikes

Chocolate protein ice cream can be made with Greek yogurt. Getty Minimizing blood sugar spikes can be helpful for anyone looking to keep their energy

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Bio Fungicide Dec 21 - AG INFORMATION NETWORK OF THE WEST

For California Ag Today, I’m Mike Stephens <p><p>Soybean study utilizes more effective & less toxic bio-fungicide<p>Researchers used non-toxic dsRNA molecules to manage fungal plant disease.<p>Fungal diseases of plants are normally managed through the application of fungicides, which are not only toxic to the pathogens that cause these diseases but to other organisms, including humans, animals, and the environment, especially after long and repeated applications. A recent article summarizes an attempt to use dsRNA molecules, which are non-toxic by themselves and present in all living organisms, to manage fungal plant diseases.<p> “Our research explores the potential of using dsRNA molecules (similar to the mRNA molecules used in the Pfizer and Modern vaccines) as bio-fungicides for managing fungal diseases of plants,” explained Chen, a plant pathologist at Louisiana State University Agricultural Center. “DsRNAs are not toxic to non-targeted organisms or harmful to the environment. They carry species-specific genetic information that makes them toxic only to the targeted pathogens.”<p>As the first step in their proof-of-concept study, Zivanovic, a graduate student and his advisor Dr. Chen selected five genes from the causal agent of Leaf Blight in soybean and synthesized dsRNA molecules with sequences identical to those genes.<p>Their research offers a new, economical, and potentially more effective way of managing plant diseases and increasing the sustainability of agricultural production. Unlike commercial pesticides that need to be applied in advance to degrade residue to safe levels, DsRNA could likely be applied the day before harvest with no harm to the consumer. This approach also offers a solution to reducing the development of fungicide resistance in pathogen populations.

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Bio Fungicide Dec 21 - AG INFORMATION NETWORK OF THE WEST

For California Ag Today, I’m Mike Stephens <p><p>Soybean study utilizes more effective & less toxic bio-fungicide<p>Researchers used non-toxic dsRNA molecules to manage fungal plant disease.<p>Fungal diseases of plants are normally managed through the application of fungicides, which are not only toxic to the pathogens that cause these diseases but to other organisms, including humans, animals, and the environment, especially after long and repeated applications. A recent article summarizes an attempt to use dsRNA molecules, which are non-toxic by themselves and present in all living organisms, to manage fungal plant diseases.<p> “Our research explores the potential of using dsRNA molecules (similar to the mRNA molecules used in the Pfizer and Modern vaccines) as bio-fungicides for managing fungal diseases of plants,” explained Chen, a plant pathologist at Louisiana State University Agricultural Center. “DsRNAs are not toxic to non-targeted organisms or harmful to the environment. They carry species-specific genetic information that makes them toxic only to the targeted pathogens.”<p>As the first step in their proof-of-concept study, Zivanovic, a graduate student and his advisor Dr. Chen selected five genes from the causal agent of Leaf Blight in soybean and synthesized dsRNA molecules with sequences identical to those genes.<p>Their research offers a new, economical, and potentially more effective way of managing plant diseases and increasing the sustainability of agricultural production. Unlike commercial pesticides that need to be applied in advance to degrade residue to safe levels, DsRNA could likely be applied the day before harvest with no harm to the consumer. This approach also offers a solution to reducing the development of fungicide resistance in pathogen populations.

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Lawrence E. Datnoff

Lawrence E. Datnoff is Professor and Department Head, Plant Pathology & Crop Physiology, Louisiana State University Agricultural Center.

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