White Paper: Revolutionizing Mammalian Cell Culture Bioprocesses with Real-Time Glucose Measurement
How Can Real-time Glucose Monitoring Transform Mammalian Cell Culture Bioprocesses?
Glucose is one of the most influential variables shaping cell metabolism, productivity, and the development of critical quality attributes (CQAs) in mammalian cell culture. Even small deviations in glucose concentration can trigger metabolic shifts, lactate accumulation, and variability in product quality.
Yet, most bioprocesses still rely on off‑line or at‑line assays and complex spectroscopic systems that provide delayed, intermittent, or calibration‑intensive data. These limitations restrict timely process control, especially during fast metabolic transitions in fed‑batch and perfusion cultures.
Why Does Real‑Time, In‑Situ Glucose Measurement Matter?
Our white paper examines why glucose remains one of the most challenging critical process parameters to monitor in real time and how existing analytical approaches fall short of modern Process Analytical Technology (PAT) and Quality‑by‑Design (QbD) expectations.
It introduces GlucoSense, a new optical, infrared-based glucose sensor designed to deliver continuous, drift-resistant, and minimal-calibration measurement directly inside the bioreactor. This supports proactive nutrient control and data-driven process development from R&D through to manufacturing/
Why Download This White Paper, And What Will You Learn?
By downloading the white paper, you will learn:
- Why glucose control is central to cell metabolism, productivity, and CQAs in mammalian cell culture
- Where traditional glucose measurement technologies limit real‑time process control
- How continuous, in‑situ glucose monitoring supports PAT and QbD strategies
- How optical, calibration‑light sensing can reduce drift, fouling, and operational burden
- What validation studies reveal about real‑time glucose monitoring in fed‑batch and perfusion processes
Download our White Paper
Download our white paper to explore how real‑time glucose measurement can accelerate process development, improve consistency, and enable smarter nutrient control strategies across the full bioprocess lifecycle.
