Latest Articles for Plant Biology

Research reveals how RNA-binding proteins help plants survive cold environments.

Research on C4 photosynthesis in Alloteropsis semialata reveals genetic factors and implications for crop improvement.

Research reveals how electrons are distributed during photosynthesis in engineered organisms.

This study examines how climate change affects legume growth in deserts.

NLRs play a crucial role in how plants defend against diseases.

Research reveals key stages in lateral root growth in Brachypodium.

Scientists develop innovative tests for plant resilience against drought.

This study examines predicting traits in Arabidopsis using various data types.

Research on gene expression in plants enhances crop health and immune response.

This article examines how self-fertilization affects genetic diversity and adaptation in populations.

Multicopy genes are vital for plant adaptation and resilience.

Investigating CFI complex components in Arabidopsis for mRNA processing and plant health.

Exploring the unique qualities of plant cells and their regeneration abilities.

Research reveals the impact of gibberellin and light on tomato root elongation.

GARFIELD takes a fresh approach to understanding genetic interactions in traits.

Research shows how circadian clocks affect plant defenses against pathogens.

Investigating the processes behind plant regeneration through callus formation.

Brassinosteroids play a critical role in plant growth and environmental response.

Research reveals how plants adjust chloroplasts to optimize light use.

Research sheds light on how plants use chemicals to defend against pests.

A look at how hybrids affect nature and farming through gene expression.

New tools enhance study of plant immune proteins and their functions.

Examining how Spirodela manages transposable elements and their evolutionary implications.

Research reveals how plants use myrosinase and glucosinolates for defense against stress.

This article examines the interactions of species affected by allelopathy through modeling.

Research explores improving water efficiency in poplar trees using a jojoba enzyme.

This study details a new gene editing method for the fern C. richardii.

Research reveals key genes for soybean nodulation with rhizobia.

Study reveals insights on WAK proteins and plant immunity.

Exploring how polyploidy impacts adaptation and diversity in species.

A device to improve measurements of plant responses to light.

Research utilizes AI to create realistic forest images for better agricultural practices.

Researchers use plant extracts to create valuable nanoparticles for various applications.

Exploring the growth of cotton fibers through water and solute dynamics.

A look into how maize leaves and veins grow and function.

Learn how plants manage light stress through the xanthophyll cycle.

Explore how circadian clocks influence plant growth and agricultural practices.

Research reveals how cis-NATs influence LRR-RLK genes in plants.

VRN2 is essential for plant growth, influencing gene expression in response to light.

Research explores how microtubules affect plant structure and development.