Raman Spectroscopy– tag –
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Integrated Advances in CHO Cell Engineering, Media, Perfusion, and PAT Drive Next-Gen Productivity Leap in Mammalian Cell Culture
Pharma's Almanac USA Overview Volumetric productivity in mammalian cell culture, particularly with CHO cells, has dramatically increased due to integrated advancements in cell engineering, media optimization, high-density seeding, fed-ba... -
DTU Innovates SERS: Magnetically Guided Nanotubes Enable Ultrasensitive Single-Cell Bioanalysis
DTU Research Database Denmark Overview A recent DTU study (Sept 4, 2026) showcases Surface-enhanced Raman spectroscopy (SERS) as a game-changing analytical technique for biomedical sensing, offering molecular specificity and single-molec... -
Real-Time Bioreactor Monitoring Advances with Raman Spectroscopy, Enhancing Cell Culture Precision and Efficiency
Spectroscopy Online USA Overview Process Raman Spectroscopy, utilizing fiber-optic probes, enables real-time, in-line chemical monitoring in bioreactors, tracking reaction conversion and cell-culture metabolite concentrations without sam... -
Separation Science Details AI and Machine Learning’s Role in Real-Time Process Monitoring and Predictive Control for Downstream Bioprocessing
Separation Science USA Overview Separation Science elaborates on how AI and machine learning are enabling real-time process monitoring and predictive control in downstream bioprocessing, particularly in chromatography purification. The a... -
Hyperspectral Enhances Bioprocess Visibility with Real-time PAT: Raman Spectroscopy and Chemometrics Enable Non-Invasive Mammalian Cell Culture Monitoring
Hyperspectral (via analytica 2026 presentation) Unknown Overview Hyperspectral has introduced an innovative solution for real-time, non-invasive monitoring of mammalian cell culture processes by combining Raman spectroscopy with chemomet... -
Lonza’s OptiALTO™ Platform Achieves High Cell Density Culture, Significantly Reducing Biologics Manufacturing Costs
Lonza Switzerland Overview Lonza's OptiALTO™ platform enhances biologics manufacturing by enabling higher cell densities, which significantly reduces cost of goods by increasing productivity and efficient asset utilization. The platform ... -
arXiv Paper: Raman Data Fusion & ML Improve Cell Culture Process Forecasting Accuracy
arXiv USA Overview A new arXiv paper introduces a multipath adaptive gated bottleneck latent ODE with Raman data fusion, significantly improving cell culture process forecasting accuracy, evaluated on fed-batch 5L bioreactor runs. The re... -
Hyperspectral.ai Bridges Bioprocess Visibility Gap with Raman Chemometrics for Real-Time PAT
Hyperspectral.ai USA Overview Hyperspectral.ai has unveiled a technology that enables real-time, non-invasive monitoring of mammalian cell culture processes by combining Raman spectroscopy with chemometric and machine learning models. Th... -
Real-Time Fermentation Monitoring Achieved with Raman Spectroscopy-Based PAT in Food, Beverage & Industrial Bioprocessing
Technology Networks Global Overview Process Analytical Technology (PAT) tools, particularly Raman and Near-Infrared (NIR) spectroscopy, are extending their application from biopharma bioreactors to industrial fermentation for real-time m... -
arXiv Paper: Raman Data Fusion with Latent ODE Enhances Cell Culture Process Forecasting Accuracy
arXiv (Preprint) Global Overview New research published on arXiv proposes an innovative approach to improve cell culture process forecasting accuracy by fusing Raman spectroscopy data with a 'Multipath Adaptive Gated Bottleneck Latent OD...
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