Monitoring glucose concentration

Is accurate glucose monitoring critical for your application?

Core Mammalian Cell Culture Applications

• Mammalian cell culture monitoring
• Glucose utilization profiling in culture media
• Bioreactor glucose control (batch, fed-batch, perfusion)
• Real-time bioprocess monitoring
• Automated nutrient feed optimization
• Metabolic shift detection (glycolytic vs oxidative metabolism)
• Cell viability and productivity correlation with glucose levels

iPSC and Stem Cell Systems

• iPSC maintenance culture monitoring
• iPSC differentiation process control
• iPSC-derived cardiomyocytes glucose consumption
• iPSC-derived hepatocytes glucose metabolism
• iPSC-derived neurons metabolic monitoring
• Mesenchymal stem cell (MSC) expansion control
• Hematopoietic stem cell (HSC) culture optimization
• Embryoid body (EB) formation nutrient dynamics

Cell Therapy & Advanced Cell Manufacturing

• CAR-T and engineered T-cell expansion systems
• Natural killer (NK) cell culture optimization
• HSC and progenitor cell expansion systems
• MSC-based therapeutic cell production
• Adherent vs suspension cell metabolism comparison
• Closed-system and GMP-compliant glucose monitoring solutions

Tissue Models & Organoids

• Cardiac organoid glucose monitoring
• Liver organoid metabolic profiling
• Brain organoid nutrient utilization
• Kidney and intestinal organoid perfusion systems
• Tumor spheroid and 3D culture metabolic studies
• Organ-on-chip glucose sensing integration

Technology & Platform Development

• Microfluidic cell culture glucose sensors
• On-line / in-line glucose monitoring probes
• Non-invasive optical glucose sensors for media
• Electrochemical biosensors for bioreactors
• Smart culture flask and bioreactor platforms
• Glucose monitoring in perfusion vs fed-batch comparison
• Multi-analyte monitoring (glucose, lactate, glutamine, ammonia)