Aneknowledge.com
@aneknowledge
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A scientific educational digital platform dedicated to sharing agriculture, biotechnology, and sustainable innovations.
Joined December 2023
New research reveals how Bacillus velezensis SYL-3 combats Fusarium oxysporum-induced root rot through multifactorial synergistic strategies. https://t.co/1K5v6HNkpI
aneknowledge.com
New research reveals how Bacillus velezensis SYL-3 combats Fusarium oxysporum-induced root rot through multifactorial synergistic strategies, reshaping soil microbiomes, boosting beneficial microbes,...
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A recent study reveals that adding Tinospora cordifolia (Giloy) extract to honey-based mead enhances its antioxidant activity and bioactive compounds. https://t.co/dJVeu8Z7HU
aneknowledge.com
A recent study reveals that adding Tinospora cordifolia (Giloy) extract to honey-based mead enhances its antioxidant activity and bioactive compounds while maintaining excellent flavor and aroma,...
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Explore Dale Carnegie’s How to Win Friends and Influence People in this complete chapter-by-chapter guide. Learn timeless principles for communication, influence, and building lasting relationships. https://t.co/vLEjLr0Fe9
aneknowledge.com
Explore Dale Carnegie’s How to Win Friends and Influence People in this complete chapter-by-chapter guide. Learn timeless principles for communication, influence, and building lasting relationships.
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How Biotrophs, Necrotrophs, and Hemibiotrophs Wage War on Plants https://t.co/HDDc3cCnRu
aneknowledge.com
Discover how biotrophs, necrotrophs, and hemibiotrophs differ in how they infect plants — from stealthy invaders to destructive killers — and why this matters for crop protection.
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Researchers from China Agricultural University have identified the cotton gene GhEG45 as a key player in defending plants against Verticillium dahliae, a major cause of cotton wilt. https://t.co/m8EOpxDsVI
aneknowledge.com
Researchers from China Agricultural University have identified the cotton gene GhEG45 as a key player in defending plants against Verticillium dahliae, a major cause of cotton wilt. The study reveals...
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Scientists at the Government College of Technology, Coimbatore, have developed eco-friendly calcium oxide photocatalysts from crab shells that remove up to 74% of CO₂ from coal plant emissions, offering a circular solution to waste and climate change. https://t.co/ucGG577UJF
aneknowledge.com
Scientists at the Government College of Technology, Coimbatore, have developed eco-friendly calcium oxide photocatalysts from crab shells that remove up to 74% of CO₂ from coal plant emissions,...
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A team from Paavai Engineering College developed a sustainable probiotic beverage using whey, cucumber, muskmelon, and white pumpkin. https://t.co/HyOxDbBPHU
aneknowledge.com
A team from Paavai Engineering College developed a sustainable probiotic beverage using whey, cucumber, muskmelon, and white pumpkin. The drink showed high probiotic viability, strong antioxidant...
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Researchers developed a natural wound-healing film combining Piper longum extract, honey, and chitosan. https://t.co/2lgWllbuqF
aneknowledge.com
Researchers developed a natural wound-healing film combining Piper longum extract, honey, and chitosan. The biocompatible film demonstrated strong antibacterial activity and accelerated healing in...
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A BMC Plant Biology (2025) study reveals that combining calcium chloride with modified atmosphere packaging preserves sweet cherry fruit quality, reduces decay, and maintains antioxidant levels for longer cold storage. https://t.co/IZe4faI6Yg
aneknowledge.com
A BMC Plant Biology (2025) study reveals that combining calcium chloride with modified atmosphere packaging preserves sweet cherry fruit quality, reduces decay, and maintains antioxidant levels for...
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New research reveals how wild soybeans use salt-tolerant rhizosphere microbes like Pseudomonas and Rhizobium to survive in saline soils of the Yellow River Delta. https://t.co/zCprfG10a1
aneknowledge.com
New research reveals how wild soybeans use salt-tolerant rhizosphere microbes like Pseudomonas and Rhizobium to survive in saline soils of the Yellow River Delta.
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Discover how beer industry waste yeast can sustainably produce hyaluronic acid—bridging biotechnology, waste valorization, and the beauty industry. https://t.co/yBVm8Wl441
aneknowledge.com
Discover how beer industry waste yeast can sustainably produce hyaluronic acid—bridging biotechnology, waste valorization, and the beauty industry.
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New research reveals how root-associated microbiomes respond to pathogen stress, explaining why certain tobacco varieties are more resistant to soil-borne diseases than others. https://t.co/lNlU61c6DW
aneknowledge.com
New research uncovers how root-associated microbiomes shift under pathogen stress, revealing why some tobacco varieties resist soil-borne diseases better than others.
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Discover how intercropping persimmon and apple trees can naturally suppress apple root rot by enriching beneficial soil and leaf microbes. https://t.co/ipYEhpHGy7
aneknowledge.com
Discover how intercropping persimmon and apple trees can naturally suppress apple root rot by enriching beneficial soil and leaf microbes. Learn how this sustainable approach improves tree health and...
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Medicine Nobel goes to scientists who revealed secrets of immune system ‘regulation’ https://t.co/4ODnTh1s69
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Discover how a locally prepared bacterial consortium shows strong potential for oil spill bioremediation. Learn about survival on porous carriers and applications for sustainable environmental cleanup. https://t.co/jwHz742phQ
aneknowledge.com
Discover how a locally prepared bacterial consortium shows strong potential for oil spill bioremediation. Learn about survival on porous carriers and applications for sustainable environmental...
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Discover how edible bird’s nest (EBN) accelerates wound healing by reducing inflammation, boosting collagen production, and enhancing skin regeneration in mice models. https://t.co/74a1FFS7lQ
aneknowledge.com
Discover how edible bird’s nest (EBN) accelerates wound healing by reducing inflammation, boosting collagen production, and enhancing skin regeneration in mice models.
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Discover how Artemesia vulgaris polysaccharide-based edible films offer eco-friendly, biodegradable packaging solutions for a sustainable future. https://t.co/dugf0Xc05U
aneknowledge.com
Discover how Artemesia vulgaris polysaccharide-based edible films offer eco-friendly, biodegradable packaging solutions for a sustainable future.
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