Martin Černý

This study shows that removing glycogen in Synechocystis sp. PCC 6803 increases ethylene production but creates a metabolic constraint involving 2-oxoglutarate, GS-GOGAT, and phosphate.

This study identifies CIA2 and CIL as key mediators of cytokinin's antisenescence effects through chloroplast function regulation in Arabidopsis.

This study shows that bacterial community volatiles and direct contact differently affect plant growth under varying nutrient conditions, engaging distinct host regulatory pathways.

The paper shows how cytokinin receptor specificity and metabolic stability determine isoform-specific signaling and senescence delay in Arabidopsis.

This study examines the metabolism and signaling of cytokinin N-glucosides during leaf senescence in Arabidopsis, finding they act as slow, position-dependent reservoirs that modulate cytokinin signaling.

This study identifies early response genes and proteins in Arabidopsis leaves under varying light and cold conditions, revealing development-dependent stress responses and key regulators of cold acclimation.

The paper investigates how Arabidopsis distinguishes between plant growth promoting and pathogenic bacteria, showing CYP71A27 plays a regulatory signaling role rather than a metabolic one in this process.

The paper identifies a diverse virome in Heterobasidion populations from Czechia, including novel viruses, and shows some cause growth reduction and proteome changes in the host.