Plant Science

iGrow News Plant Science

Plant Science

Plant Science News delivers the latest insights and innovations from the world of plant biology, genetics, and sustainable agriculture.

Our coverage spans breakthroughs in crop resilience, soil health, and biotechnology, spotlighting the research and technology reshaping the future of plant science.

Explore how scientists and agronomists are advancing sustainable food production, enhancing biodiversity, and addressing global agricultural challenges. From gene editing to precision agriculture, stay informed on the developments that are driving sustainability and innovation in the field.

High-Yield Pigmented Rice Varieties Through CRISPR Gene Editing

High-Yield Pigmented Rice Varieties Through CRISPR Gene Editing

Researchers led by Sedeek et al. have made significant strides in understanding and enhancing pigmented rice varieties, according to a study published in 2023. Pigmented rice, known for its rich nutrient […]

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California Dairy Sector on Course to Climate Neutrality by 2030

California Dairy Sector on Course to Climate Neutrality by 2030

A groundbreaking study conducted by researchers from the CLEAR Center at the University of California at Davis confirms that the California dairy sector is poised to achieve the state's ambitious […]

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In Grasses, Cell-Level Analysis Sheds Light on Evolution of Crop Species

In Grasses, Cell-Level Analysis Sheds Light on Evolution of Crop Species

In a groundbreaking study published in Nature by Guillotin et al., 2023, researchers have drawn fascinating new insights into the evolutionary histories and traits of various grass species domesticated to […]

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University of Chicago's Innovation Lab Establishes Commission on Climate Change, Food Security, and Agriculture

University of Chicago’s Innovation Lab Establishes Commission on Climate Change, Food Security, and Agriculture

The University of Chicago's Development Innovation Lab has established an Innovation Commission concentrating on Climate Change, Food Security, and Agriculture. In addition, Michael Kremer, a University Professor in Economics at […]

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Unraveling Plant Immunity

Unraveling Plant Immunity: Linking Receptor Activation to Signaling

A recent study by Sheikh et al. (2023) has uncovered the molecular mechanisms linking nucleotide-binding leucine-rich repeat (NLR) immune receptor activation and the initiation of downstream signaling in plants. Understanding […]

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PGIM Research Highlights Investment Opportunities in Transforming Food System

PGIM Research Highlights Investment Opportunities in Transforming Food System

In the wake of recent global disruptions, including the Ukraine conflict, the COVID-19 pandemic, and climate change, vulnerabilities in the worldwide food system have become apparent. However, these challenges have […]

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Study Unveils New Insights into Plant Growth and Development

A recent study by Zhang et al. (2023) has provided valuable insights into plant growth and development using chemical mapping of the developing maize root. Understanding plant growth is essential […]

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Octarine Bio and Ginkgo Bioworks Announce Partnership

Octarine Bio and Ginkgo Bioworks Announce Partnership

Octarine Bio, a synthetic biology company focusing on sustainable bio-based ingredients, and Ginkgo Bioworks (NYSE: DNA), a leading cell programming and biosecurity platform, announced a multi-stage partnership today. The collaboration […]

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China Maize Production AgTech, Plant Science

Can China Achieve Self-Sufficiency in Maize Production By 2030?

A recent study by Luo et al. (2023) has revealed that China can achieve self-sufficiency in maize production by using optimal planting density and soil management strategies. The research comes […]

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Researchers Identify Versatile Anterograde Transporter in Plants

Researchers Identify Versatile Anterograde Transporter in Plants

A groundbreaking study by Yoshida, Hakozaki, and Goshima (2023) has identified the long-sought-after versatile anterograde transporter in plants. This discovery of a motor functionally equivalent to conventional kinesin, known as […]

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