Fourteen Research Areas study interactions between microorganisms and hosts from molecular and biotechnological perspectives.
Explore the research lines, teams, projects, outputs and capabilities of each unit.
Antimycobacterial
Bacteria–Host Systems
Bioinformatics
Citrus Biotechnology
Molecular Mechanisms in Bacteria
Molecular Microbiology
Molecular Virology
Plant Development and Hypoxia
Plant Virology and Biotechnology
Rhizobia–Soybean Interactions
Root Biology
Second Messengers
Vaccines and Health — VacSal
Viral Pathogenesis
Research and funding
Institutional summary of strategic projects.
BactiVac Network (University of Birmingham)
Scale-Up and production of a Bordetella pertussis Bifunctional Vaccine/ Adjuvant Candidate for Clinical Trials (BVNCP9-08)
Source: BactiVac Round 9
BactiVac Network (University of Birmingham)
Innovative OMV-Based Vaccines for Human and Veterinary Applications (BVNCP11-03)
Source: BactiVac Round 11
FITBA 2025
Desarrollo y registro de la primera vacuna multivalente para la producción intensiva de bovinos: enfoque Una Salud para prevenir el SUH
Source: FITBA 2025
Williams Foundation
RNA-based crop improvement project (Flavio Blanco team)
Source: IBBM news
Williams Foundation
Role of conserved transcription factors in legume flooding tolerance and their applications
Source: IBBM news
Williams Foundation — Complementary Funds 2024
Experimental validation of determinants involved in bacterial differentiation into bacteroids for efficient nitrogen-fixing symbiosis
Source: 2024 results
Williams Foundation — Complementary Funds 2024
Aplicación exógena y estudio de los mecanismos de acción de ARNs para el mejoramiento del rendimiento y calidad de los granos de leguminosas
Source: 2024 results
Williams Foundation — Complementary Funds 2024
Challenges to rhizobial adaptability in a changing climate: Sinorhizobium meliloti response to elevated temperatures and its impact on nitrogen-fixing symbiosis
Source: 2024 results
High-Impact Federal Networks — RIBOLEG
Develop technologies to optimize biological nitrogen fixation and improve legume production. Institutions: IBBM-CONICET-UNLP, Instituto de Agrobiotecnología del Litoral-CONICET-UNL and INTA NOA-SUR/Estación Experimental Agroindustrial Obispo Colombres.
Source: UNLP — Federal Networks
CONICET — PIP 2025–2027
Adjuvant and immunomodulatory capacity of outer membrane vesicles derived from the genus Bordetella and others
ANPCyT / Secyt — PICT 2022
Regulation of symbiosis by non-coding RNAs in Phaseolus vulgaris
Source: IBBM funding record