Latest Articles for Plant Biology

Research reveals new insights into plant resistance against pathogens.

Riemannian L-systems offer new insights into plant growth in curved spaces.

Chloroplasts and mitochondria work together for plant health and growth.

A comprehensive study on maize's genetic and regulatory networks.

PTF-Vāc improves accuracy in predicting transcription factor binding sites across species.

Research reveals key genes and metabolites in giant duckweed's growth.

Research reveals how Mla3 protein helps plants defend against fungal threats.

A study on the interactions between parasitic plants and their hosts.

Research on pavement cells reveals insights into plant development and genetic influences.

Research examines the complex interactions between aphids and plants.

Research reveals the complex balance of growth and immune responses in plants.

Exploring the role of biosynthetic gene clusters in rice and other plants.

This article explores the importance of small RNAs during seed germination.

Research highlights PMR4's role in helping plants cope with low phosphate levels.

This study explores the production and movement of theanine in tea plant roots.

Research on GmWRI1 and GmLEC1 aims to boost oil production in crops.

Research reveals how giant vacuoles help cells survive under stress.

A look into the genetic factors influencing foxglove's flower color.

ATG6 and NPR1 work together to strengthen plant defenses against disease.

PlantCaduceus enhances plant genomics by improving gene understanding and crop breeding.

Explore how photosynthesis supports life through gas exchange and environmental factors.

Plants communicate through plasmodesmata to enhance their immune response against threats.

Exploring how plants use NLR proteins to defend against pathogens.

Learn how circadian clocks regulate plant growth and health.

Research reveals diversity in NLR genes in cacao, key for disease resistance.

This article explores how plant cooperation shifts to competition in dry environments.

Research uncovers complex effects of DNA methylation on plant growth and traits.

A new approach to incorporating long-read sequencing into educational settings.

New models improve predictions of RNA production in plant genetics.

Study reveals connections between plant roots and antibiotic resistance in soil bacteria.

This research highlights xylanases useful in various industries.

Study of flowering times in Japanese morning glory reveals key genetic factors.

Plants defend against viruses like TCV through RNA decay mechanisms.

A study of legume genomes reveals insights into their evolution and nitrogen fixation.

CESAR protein is essential for plant survival under stress conditions.

Understanding the role of salicylic acid in plant growth and defense mechanisms.

Research highlights key genes in lupin seeds crucial for nutrition.

This study reveals connections between gene expression bias and genetic diversity in liverworts.

Investigating the role of the Evening Complex in plant temperature adaptation.

Study predicts soil moisture behavior for improved agricultural water management.