| Applications | Normalizing assay data by cell numbers | - Drug Discovery & Development – Metabolic profiling for disease models and evaluating drug candidates
- Metabolic Disease Research – Studies on diabetes, obesity, and mitochondrial disorders
- Cancer Metabolism – Analysis of tumor bioenergetics and metabolic adaptations
- Cell Therapy & Regenerative Medicine – Optimization of stem cell and differentiated cell metabolism
- 3D cell cultures, tissue samples, spheroids & organoids – Validated workflows for metabolic analysis in wide range of 3D models
| Metabolic profiling of any cell types and some 3D models (spheroids), ATP production rate measurement, Cancer Metabolism – Analysis of tumor bioenergetics and metabolic adaptations, Immunology & Inflammation – Metabolic assessment of immune cell function, Cell Therapy & Regenerative Medicine – Optimization of stem cell and differentiated cell metabolism, Drug Discovery & Development – Metabolic profiling for disease models and evaluating drug candidates, Immune cell activation, Mitochondrial health assessment, Glycolysis function assessment, Mitochondrial toxicity, Substrate dependency study, Mechanism investigation | Metabolic profiling of any cell cultures, especially rare primary cell types, ATP production rate measurement, Immune cell activation, Mitochondrial health assessment, Glycolysis function assessment, Mitochondrial toxicity, Substrate dependency study, Mechanism investigation | Metabolic profiling of any cell types and some 3D cultures, ATP production rate measurement, Immune cell activation, Mitochondrial health assessment, Glycolysis function assessment, Mitochondrial toxicity, Substrate dependency study, Mechanism investigation. |