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Iowa State Researchers Highlight the Power of Genomic Selection in Modern Agriculture

Developing high-yielding, nutritious and climate-resilient crops is vital to safeguard the future of global food production.

5 Nov 2025

Precision Genome Editing of D3 Gene Enhances Rice Architecture and Stress Resilience

By precisely editing the D3 gene, which regulates both plant height and tillering, researchers developed compact, high-tillering rice plants that maintain grain yield while showing enhanced resistance to bacterial blight.

30 Oct 2025

Rhizosphere Metabolites Play Key Role in Regulating the Distribution of Antibiotic Resistance Genes

Their study reveals that rhizosphere metabolites-substances secreted by plant roots-play a crucial role in regulating the distribution of manure-derived ARGs in both the soil and plant tissues.

27 Oct 2025

RNA-Based Molecular Switch Enhances Disease Resistance in Pears

In recent years, scientists have uncovered the remarkable regulatory power of long non-coding RNAs (lncRNAs) - RNA molecules once dismissed as "genetic dark matter."

24 Oct 2025

Fully Automated 3D Framework Accurately Maps Fruit Microstructure

Applied to apple and pear fruit, the model achieved very high accuracy, outperforming previous 2D approaches and traditional algorithms.

23 Oct 2025

Decoding the Genetic Network Behind Soybean Shade Tolerance

In intercropping systems, soybeans grown beneath tall maize plants experience severe shading that disrupts photosynthesis, weakens stems, and limits yield.

21 Oct 2025

Synthetic Biology Unlocks New Ways to Engineer Plant–Microbe Interactions

By integrating engineering principles with plant biology, this review highlights how redesigned genetic pathways and plant-based biosensors can deepen understanding of plant responses to both harmful and beneficial microbes.

17 Oct 2025

Research Reveals Transcriptional Mechanism Behind Salt Tolerance in Watermelon

High soil salinity disrupts water absorption, ion balance, and photosynthesis in plants, leading to growth inhibition and yield loss.

16 Oct 2025

Millicompost Can Replace Peat For Growing Stronger Bell Pepper Seedlings

Millicompost-based substrates enhance bell pepper seedling growth, offering a sustainable alternative to peat and supporting resource-efficient urban farming.

16 Oct 2025

NTU Singapore and SMART Scientists Develop Safer and More Sustainable Antimicrobials to Prevent Infection of Cow Udders

The dairy industry has been plagued by a persistent global problem for decades – bacterial infection of cow udders that significantly reduces milk production.

13 Oct 2025

Structural Variation and Resistance Gene Clusters Drive Disease Defense in Wild Grapes

Grapes are a cornerstone of global agriculture and the foundation of the wine and table grape industries.

8 Oct 2025

Understanding the Impact of Phytohormones on Plant Adaptation in Extreme Environments

Which plant hormones are critical in responding to drought conditions? How do plant hormone responses adjust to environmental changes?

3 Oct 2025

Unveiling the Hidden Alliances Between Plant Roots and Microbes

When we talk about microbiota, we usually think of the one inhabiting our gut. But there is another, less known and equally vital: the plant microbiota.

3 Oct 2025

Molecular Innovation Behind the Origin of Type V CRISPR-Cas Systems

CRISPR-Cas systems are adaptive immune systems found in prokaryotes that defend against invading nucleic acids through CRISPR RNA-guided cleavage.

30 Sep 2025

Tomato Microbiome Study Reveals Natural Defense Against Bacterial Speck

Bacterial speck is a common disease affecting tomatoes that can result in lower yields for growers. A new study led by researchers at Penn State gives new clues on how a plant's microbiome can be used to combat the pathogen.

30 Sep 2025

Nanoplastics Can Cross Plant Root Barriers and Enter Food

Polystyrene nanoplastics were found to translocate in radishes, suggesting a pathway for human dietary exposure and emphasizing the need for safety strategies.

24 Sep 2025

Oligo-Barcodes Enable High-Resolution Chromosome Mapping in Tropical Fruits

Karyotype analysis plays a central role in cytogenetics, helping to reveal evolutionary processes and species relationships.

23 Sep 2025

Deciphering the Genetic Logic of Terpene Diversity in Plants

Angiosperms, representing nearly 90% of all plant species, dominate terrestrial ecosystems thanks in part to their sophisticated chemical communication systems.

22 Sep 2025

SHAT2 Transcription Factor Influences Rice Seed Shattering and Grain Traits

In natural ecosystems, the timely abscission of seeds in wild plants is a crucial adaptive trait that contributes to reproductive success, population renewal, and colony expansion.

22 Sep 2025

Editing SlVI Gene Enhances Sugar Content and Disease Resistance in Tomato Fruit

Tomato fruit development relies on complex sugar metabolism, including the conversion of stored starch into sucrose, glucose, and fructose.

22 Sep 2025

Agriculture News and Research

Iowa State Researchers Highlight the Power of Genomic Selection in Modern Agriculture

Precision Genome Editing of D3 Gene Enhances Rice Architecture and Stress Resilience

Rhizosphere Metabolites Play Key Role in Regulating the Distribution of Antibiotic Resistance Genes

RNA-Based Molecular Switch Enhances Disease Resistance in Pears

Fully Automated 3D Framework Accurately Maps Fruit Microstructure

Decoding the Genetic Network Behind Soybean Shade Tolerance

Synthetic Biology Unlocks New Ways to Engineer Plant–Microbe Interactions

Research Reveals Transcriptional Mechanism Behind Salt Tolerance in Watermelon

Millicompost Can Replace Peat For Growing Stronger Bell Pepper Seedlings

NTU Singapore and SMART Scientists Develop Safer and More Sustainable Antimicrobials to Prevent Infection of Cow Udders

Structural Variation and Resistance Gene Clusters Drive Disease Defense in Wild Grapes

Understanding the Impact of Phytohormones on Plant Adaptation in Extreme Environments

Unveiling the Hidden Alliances Between Plant Roots and Microbes

Molecular Innovation Behind the Origin of Type V CRISPR-Cas Systems

Tomato Microbiome Study Reveals Natural Defense Against Bacterial Speck

Nanoplastics Can Cross Plant Root Barriers and Enter Food

Oligo-Barcodes Enable High-Resolution Chromosome Mapping in Tropical Fruits

Deciphering the Genetic Logic of Terpene Diversity in Plants

SHAT2 Transcription Factor Influences Rice Seed Shattering and Grain Traits

Editing SlVI Gene Enhances Sugar Content and Disease Resistance in Tomato Fruit

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