- Anaerobic Parasite
- Aquatic Ecology
- Abiotic and biotic stress in plants
- Biochemistry and Physiology of Fruit Ripening
- Bovine and Ovine Biotechnologies
- Cell Biology and Biochemical Parasitology
- Comparative Neuroendocrinology
- Developmental Biology
- Environmental Microbial Ecology Laboratory
- Ichthyophysiology and Aquaculture
- Microorganism Plant Interactions
- Molecular Farming and Vaccines
- Molecular Parasitology
- Mycology and Edible Fungi
- Physiology and Assistance to Plant Breeding
- Phytobacteriology
- Photochemistry and Molecular Photobiology
- Plant Physiology
- Soil Microbiology
- Stem Cells and Gene Therapy
Environmental Microbial Ecology Laboratory
Directora
- Dra. María Eugenia Llames PhD - Associate Researcher at CONICET. Associate Professor at UNSAM. mariaellames@intech.gov.ar
Integrantes
- Dra. María Victoria Quiroga - CONICET Assistant Researcher. UNSAM Full - Time Assistant mvquiroga@intech.gov.ar
- Dra. Valeria Alvarez- Posdoctoral Fellow
-
Mtra. Patricia Yong Macias - Doctoral Fellow - pyong@intech.gov.ar
- Ing. Maximiliano Gortari - CONICET PostDoctoral Fellowmgortari@intech.gov.ar
Microorganisms are invisible yet essential players in ecosystems. They transform and regulate biogeochemical cycles, water and soil quality, and plant, animal, and human
health. At the Environmental Microbial Ecology Laboratory, we study the diversity and function of microbial communities in various environments, focusing on their resilience to environmental changes and their potential in biotechnology and conservation.
Our research spans from characterizing natural microbiomes to applying this knowledge in sustainable management strategies. We use molecular ecology, bioinformatics, and statistical modeling tools to understand microbial structure and ecosystem functions.
We conduct studies in aquatic and terrestrial environments, analyzing the impact of agricultural intensification on microbial diversity, the presence of microorganisms with
unique metabolic capabilities, and interactions within complex communities, including bacteria, archaea, and viruses. Additionally, we aim to bridge the knowledge gap in
environmental microbiology in the Southern Hemisphere, generating key insights for conservation and the responsible use of natural resources.
Through an interdisciplinary and collaborative approach with national and international research groups, we embrace science as a driver of sustainable development and the
bioeconomy.