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CRISPR Series: CRISPR and Gene Drive Systems: Advanced Mechanisms for Population Modification and Vector Control

Advanced analysis of CRISPR gene drives: Explore homing mechanisms in Anopheles gambiae, resistance mitigation via multiplexing, and confinable TARE drive systems.

Aneknowledge January 26, 2026

Exploring the Biopesticidal Potential of Indigenous Bacillus paramycoides EU-SIRCK1266 for Sustainable Management of Greenhouse Whiteflies Trialeurodes vaporariorum

Bacillus Emerging Science Environment

The Tiny Ally: How a Native Soil Bacterium is Saving Our Salads from the “Whitefly Menace”

This research article investigates the use of an indigenous bacterium, Bacillus paramycoides EU-SIRCK1266, as a sustainable alternative to chemical pesticides for managing greenhouse whiteflies.

Aneknowledge January 25, 2026

Agriculture Bacillus Biochemistry

The Pine Protectors: How a Bacterial Super-Team Defends Trees from Disease

The development of a synthetic microbial consortium to combat damping-off disease in pine seedlings.

Aneknowledge January 2, 2026

Agriculture Biochemistry Emerging Science

Integrated Pest Management (IPM): Fundamentals, Practice, and Professional Communication

Explore the history, present applications, and future directions of Integrated Pest Management (IPM). Learn how IPM balances ecology, economy, and sustainability in modern agriculture.

Aneknowledge January 1, 2026

Antagonistic Bacterial Endophytes from Gingers and their Metabolite Mediated Interactions Against Pythium Soft Rot

Agriculture Bacillus Biochemistry

Wild Ginger Endophytes Show Powerful Antifungal Activity Against Devastating Pythium Soft Rot

New research identifies potent endophytic bacteria from wild ginger relatives that strongly inhibit Pythium myriotylum and Pythium deliense, the pathogens responsible for severe soft rot. The study highlights bacterial metabolites as promising eco-friendly alternatives to fungicides.

Aneknowledge December 12, 2025

A two-tiered methodology for the validation of promising plant growth promoting bacteria isolated from durum wheat rhizosphere.

Agriculture Biochemistry Emerging Science

New Two-Tiered Strategy Identifies Heat- and Fungicide-Tolerant Bacteria That Boost Durum Wheat Growth

A new two-tiered methodology has identified Pseudomonas migulae 23P as a highly robust plant growth-promoting bacterium capable of surviving heat, resisting fungicides, and improving nitrogen uptake and biomass in durum wheat under both controlled and field conditions.

Aneknowledge December 12, 2025

Is heptelidic (koningic) acid a microbial hormone that regulates secondary metabolism in the biocontrol fungus Trichoderma virens?

Agriculture Biochemistry Emerging Science

Heptelidic Acid May Act as a Microbial Hormone in Trichoderma virens

A new study investigates whether heptelidic (koningic) acid acts as a microbial hormone regulating secondary metabolism in Trichoderma virens. Transcriptomic and metabolomic analyses reveal broad downregulation of major metabolite clusters in heptelidic acid–deficient mutants.

Aneknowledge December 11, 2025

Enhancing Plant Salt Tolerance with Vreelandella Titanicae Strain GPM3, an Epiphytic Bacterium Isolated from Pyropia Yezoensis.

Agriculture Emerging Science Environment

Marine Bacterium Vreelandella titanicae GPM3 Boosts Plant Salt Tolerance

A new study reveals that marine bacterium Vreelandella titanicae GPM3 improves salt tolerance in Arabidopsis through genomic, physiological, and molecular mechanisms.

Aneknowledge December 11, 2025

Modulation of wheat flag leaf metabolome and inter-root microorganisms by Bacillus subtilis and water retaining agents.

Agriculture Bacillus Biochemistry

Bacillus subtilis and Water-Retaining Agents Boost Wheat Nutrition and Soil Health

A new study reveals that combining Bacillus subtilis with water-retaining agents significantly enhances wheat nutrient uptake, boosts beneficial soil microbes, and activates key metabolic pathways — offering a promising strategy for sustainable agriculture.

Aneknowledge December 11, 2025

Isolation, dye discoloration, and enzymatic activity of fungi present in the soil of deception and King George Island, Maritime Antarctica.

Agriculture Biochemistry Emerging Science

Antarctic Soil Fungi Show Powerful Cold-Active Enzymes With Industrial and Bioremediation Potential

Discover how Antarctic soil fungi from Deception Island and King George Island produce powerful cold-active enzymes—amylase, protease, lipase, and ligninolytic enzymes—with major industrial and bioremediation potential.

Aneknowledge December 9, 2025