A newly discovered pathway in a plant process could help farmers grow more successful crops, particularly in places where harsh, high light stresses plants.

By systematically elucidating the role of cold-induced epigenetic variation in rice adaptation, this study not only substantiates a molecular mechanism for rapid environmental adaptation but also ...

New research discovered that cold plunges can impact the way your cells work. Here's what the findings say and what experts think about these health perks.

To investigate how plant responds to various types of stress, measuring gene expression profiles in several time points is a common practice. Analyzing such time series transcriptome data can be ...

The meta-analysis revealed that 14 genes were commonly up-regulated and eight genes were commonly down-regulated across all five ABA-related stress responses investigated. Bono noted that some ...

By means of coimmunoprecipitation and mass spectrometry, a redox- and cold-dependent binding of the Calvin–Benson Cycle Protein 12 (CP12) to NTRC was identified. NTRC was subsequently demonstrated to ...

Compressive stress, oriented by cytokinin-regulated patterned proliferation, establishes the symmetry of tissue boundary in Arabidopsis root vascular tissue. Date: ...

Cross species hybridization is an attractive option to understand the regulatory mechanisms and transcriptional networks underlying a biological activity, particularly for a non model organism. We ...

The Cold-Responsive Molecular Network in Arabidopsis The cold-responsive pathways of Arabidopsis have been the subject of intensive studies. Briefly, when Arabidopsis plants are exposed to cold stress ...

In Arabidopsis, the production of CBF, the key TF for regulating the expression of COR genes is enhanced during cold stress through interaction of REILs, the ribosome biogenesis factors with multiple ...