December 2011
Scientific articles | Others
The herbicide glyphosate inhibits the shikimate pathway of the synthesis of amino acids such as phenylalanine, tyrosine, andtryptophan. However, much uncertainty remains concerning precisely how glyphosate kills plants or affects cellular redoxhomeostasis and related processes in glyphosate-sensitive and glyphosate-resistant crop plants. To address this issue, weperformed an integrated study of photosynthesis, leaf proteomes, amino acid profiles, and redox profiles in the glyphosatesensitive...
October 2006
Scientific Communications | Others
Normally, plants do not develop under optimal conditions throughout their life cycle, but undergo different adverse situations that cause different types of stress that prevent them from reaching maximum yield...
May 2004
Scientific articles | Others
Unfavourable climate conditions, pathogen attacks and certain states of plant development trigger the expression of so-called stress proteins. From the moment the plant receives the stimulation signal until it synthesizes the stress-response proteins, several different processes take place: recognition of the stress factor, synthesis of secondary metabolites that act as transduction signals, expression of the genes and, finally, synthesis of the different stress proteins
February 2003
Scientific articles | Others
One evolutionary way living organisms fight infections consists in the production of several peptides with antimicrobial activity. Recently, peptides with direct (especially on Gram-negative bacteria) and indirect antimicrobial activity, antifungal, anti-inflammatory and vasodilator activity have been discovered.