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Analytical technologies & facilitiesAnalytical Technologies & Facilities
The institute's analytical infrastructure brings together separation sciences, molecular detection, mass analysis, quantitative molecular biology and experimental bioanalysis. Instrument selection and methodological configuration are determined by analytical objectives, sample properties, measurement requirements and the scientific question under investigation.
Liquid Chromatography
High-performance and ultra-high-performance separation methodologies, ultraviolet and diode-array detection, chromatographic purity analysis, gradient separations and method-specific analytical profiling.
Mass Spectrometry
Electrospray ionization, time-of-flight mass analysis, quadrupole-assisted analysis, ion-trap fragmentation, tandem mass spectrometry and matrix-assisted laser desorption/ionization, where configured.
Molecular Interaction Analysis
Surface-based or solution-phase binding methodologies, equilibrium affinity analysis, kinetic interaction measurement and ligand competition assays.
Molecular Biology & Gene Expression
Quantitative polymerase chain reaction, reverse-transcription workflows, nucleic-acid detection, comparative gene-expression analysis and array-based molecular investigation.
Proteomic & Multiplex Bioanalysis
Multiplex bead-based assays, targeted protein measurement, cytokine and growth-factor profiling, immunochemical analysis and selected protein-characterization workflows.
Cellular & Functional Assays
Cell-based pharmacological investigations, receptor-associated signalling, functional response measurements and experimental biological activity assessment.
Stability & Physicochemical Analysis
Stability-indicating chromatographic methods, degradation investigations, environmental stress studies, moisture determination and other appropriate physicochemical measurements.
Technology descriptions are method-focused. No equipment manufacturer names, commercial model numbers or purchased-instrument logos appear in the institute's public copy; figures are illustrative.