Laboratory & Facilities

Our laboratory supports advanced cell culture platforms designed for immunological and translational research. Controlled in-vitro modeling of immune responses under reproducible conditions. Primary cells & lines for immune signaling, inflammation, host–pathogen interactions. Strict sterility protocols ensure data reliability.

Multiparametric characterization of immune cells and soluble biomarkers. High-throughput, quantitative immune profiling at single-cell level. Simultaneous detection of cytokines, surface markers, intracellular signals. Core: fluorescent antibodies, laser detection, digital analysis.

Quantitative and qualitative assessment of immune mediators. Precise measurement of cytokines in biological samples. Supports inflammatory pathways, immune activation, immunopharmacology. Critical for monitoring cytokine production in culture and preclinical models.

Quantifying molecular signatures of immune function at cellular/subcellular levels. Cytokines, chemokines, surface/intracellular receptors, gene expression. Insights into immune dynamics, disease profiles, and experimental interventions. Accuracy and reproducibility.

Investigating regulatory mechanisms controlling immune responses. Signaling networks, cellular interactions, and pathways modulating activation, suppression, tolerance. Identifying therapeutic targets for inflammatory disorders, autoimmunity.

Key signaling cascades governing inflammation. Pro/anti-inflammatory networks, cytokine pathways, innate-adaptive interactions during inflammation. Molecular regulators in disease models. Guiding targeted immunomodulatory strategies.

Experimental systems investigating dynamic processes during infectious encounters. Cellular/molecular/immunological readouts, innate and adaptive responses, pathogen invasion. In vitro/ex vivo platforms for immune signaling and microbial evasion.

Interplay between immune system & reproduction: fertility, pregnancy, maternal-fetal tolerance, reproductive disorders. Cellular/molecular responses in reproductive environment, pregnancy loss, implantation failure, preeclampsia.

Dynamic maturation of immune system from prenatal through childhood. Lymphoid organ development, T/B lymphocyte differentiation, immunological memory. Disruptions link to infections, allergies, immune disorders.

Bidirectional communication between immune and endocrine systems. Hormones modulate immune function; cytokines impact endocrine activity. Implications for chronic inflammation, metabolic disorders, autoimmunity.

Evaluating pharmacological agents on immune functions. Immune modulation, cytokine response, cellular signaling. In vitro/ex vivo drug-immune interactions for immunotherapies and vaccines. Rigorous design, translatable results.