26 February 2025, New Delhi: Fungicide resistance is an ongoing challenge in agriculture, and understanding the risks associated with different fungicide classes
Read More08 February 2025, New Delhi: Botanicals like neem oil are contact fungicides offering a sustainable approach to crop protection. Chemical Names and
Read More08 February 2025, New Delhi: Anilinopyrimidines target methionine biosynthesis in fungi, providing an effective solution. Chemical Names and Trade Names Mode of
Read More08 February 2025, New Delhi: Benzimidazoles are systemic fungicides that inhibit microtubule assembly, critical for fungal cell division. Chemical Names and Trade
Read More08 February 2025, New Delhi: Phosphonates are systemic fungicides that disrupt fungal metabolism and protect crops effectively. Chemical Names and Trade Names
Read More08 February 2025, New Delhi: Chloronitriles are contact fungicides that disrupt fungal metabolism, making them highly effective. Chemical Names and Trade Names
Read More08 February 2025, New Delhi: Phenylamides are systemic fungicides designed to inhibit RNA synthesis in fungi. Chemical Names and Trade Names Mode
Read More08 February 2025, New Delhi: Cymoxanil fungicides offer translaminar protection, targeting RNA synthesis in fungal cells. Chemical Names and Trade Names Mode
Read More08 February 2025, New Delhi: Triazoles are systemic fungicides that inhibit sterol biosynthesis, essential for fungal membrane integrity. Chemical Names and Trade
Read More08 February 2025, New Delhi: Dithiocarbamates are contact fungicides known for their multi-site activity against fungal enzymes. Chemical Names and Trade Names
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