Research in this area explores how metabolic cues regulate immune responses, cellular growth, and tissue function, with particular attention to nutrient sensing, hormonal signaling, and metabolic disorders.

This domain focuses on the regulation of immune responses, host-microbe interactions, and the molecular basis of inflammation and infection, including studies on autoimmunity, lymphocyte dynamics, and danger signaling.

Researchers investigate how intracellular organization, membrane remodeling, and signal transduction govern processes like cellular stress, communication, and adaptation, with implications for respiratory, metabolic, and neurological diseases

Teams study how epigenetic modifications and transcriptional programs shape development, immune function, and disease susceptibility, particularly in response to environmental and microbial signals.

INEM supports the development of patient-derived models, organoid technologies, and targeted therapies, bridging experimental research and precision medicine to meet clinical needs.

This area explores how cells and tissues adapt, remodel, and repair in response to stress, damage, or disease. Research covers stem cell dynamics, immune and hormonal plasticity, and the molecular pathways driving regeneration, with implications for cancer, chronic inflammation, and regenerative medicine.