Integrated Biology of Photosynthetic Organisms

The aim is to design a platform for the identification, characterization and production of bioactive molecules of photosynthetic organisms as well as to study the mechanisms and processes involved in their metabolic regulation. The diversity of the chemical nature of the molecules studied ranges from proteins and lipids to secondary metabolites such as polyphenols. These are, among others, biodegradable compounds, antioxidants, antimicrobials, and/or plant growth and defense promoters, with potential use in the protection of crops of agronomic interest, the formulation of dietary supplements and/or drugs of natural origin.

In addition, the projects of the group tend to the valorization of agroindustrial biological by-products that are usually discarded, such as sunflower shells and potato tuber skin, through its use as a source of some of the bioactive compounds studied, as well as the biomass of invasive macroalgae from the local coasts as a source of plant biostimulants. Therefore, its main objective is to study biological processes of photosynthetic organisms, both for the generation of basic knowledge, and for the exploration of their biotechnological potentialities.

 

Members

Mariana is interested in exploring the bioactive properties of a mannose-binding sunflower lectin, investigating the bases of its antifungal activity on pathogenic fungi of clinical relevance (Candida) and impact on crops, among other properties.
Victoria is interested in the biology of the photosynthetic organisms that contribute most to carbon fixation on our planet, algae. Specifically, it studies the relationships between photosynthesis and lipid accumulation. His research is aimed at harnessing these aquatic resources for various applications, such as energy and polymer industry.
Gabriela studies the biology of microalgae in relation to the use of unconventional pathways for lipid accumulation. His research is aimed at the use of these lipids for their various industrial applications in the field of energy and the polymer industry.
Mariana studies the biostimulant effect of algal extracts on protection and performance in tomato plants against pathogenic fungi.
Luciana studies the biochemical-molecular mechanisms that regulate the metabolism of phenolic compounds and characterizes the bioactive compounds in potato tubers.
Candela studies the antimicrobial effect of algal extracts on pathogenic plant bacteria and fungi.
Milagros studies the biostimulant effect of algal extracts on growth and yield in tomato plants.
Ximena studies the neuroprotective effect of (poly)-phenols of different natural sources and the molecular mechanisms by which they exert this effect using in vitro and in vivo models.
Natalia is interested in the relationship between light and the accumulation of triacylglycerols in the green algae model Chlamydomonas reinhardtii. Specifically, it studies the regulation of a soluble acyltransferase diacylglycerol, DGAT3, and its role in the biology of chloroplast.
Melisa is interested in exploring the activity of a sunflower lectin against respiratory disease-causing viruses through the study of its interaction with viral glycoproteins and its ability to attenuate infection of model host cells.
Lic. Félix Eduardo Zegarra Borlando Lic. Félix Eduardo Zegarra Borlando
Félix is interested in the study of unconventional pathways of triacylglycerol synthesis in the green algae model Chlamydomonas reinhardtii. Specifically, it studies the participation of phytyl ester synthases in the accumulation of triacylglycerols.
Guadalupe Rodríguez Guadalupe Rodríguez
Guadalupe is interested in studying the antifungal capacity of polyphenolic extracts of sunflower shells against pathogenic fungi of the genus Candida, valorizing environmentally friendly agroindustrial byproducts.