New Technology– category –
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Cellura Report: Human Pluripotent Stem Cell Culture Evolves, Building Next-Gen Manufacturing with Chemically Defined Xeno-Free Media, Advanced Biomaterials, Automated Production, and Intelligent Control
Cellura Unknown Overview Cellura reports a significant evolution in human pluripotent stem cell (hPSC) culture towards more reliable and reproducible cell manufacturing. This transformation is characterized by a shift to chemically defin... -
Scire Science Launches SBIO-420 Benchtop Bioreactor to Strengthen India’s Biomanufacturing Ecosystem with Precision and Enhanced Yields
Scire Science India Overview Scire Science unveiled the SBIO-420 Benchtop Magnetic Stirring Glass Bioreactor, aimed at strengthening India's biotechnology ecosystem. Designed for precision and ease of use, it supports advanced microbial ... -
Immunotherapy’s Fight Against Cancer: Tumor Organoids and Bioreactors Emerge as Key Research Tools
BioSPX International Overview Immunotherapy fights cancer by empowering immune cells to identify and mount sustained responses against cancer cells, rather than directly targeting tumors with drugs or radiation. Tumor organoids are becom... -
Early Manufacturing Planning Critical for Commercial Success of Advanced Therapies: Ensuring Scalability from Process Design to Automation
The Medicine Maker International Overview The commercial success of advanced therapies heavily depends on meticulous manufacturing planning from the early development stages. Sponsors must assess process consistency, effective technology... -
Patient-Specific iPSCs in Organ-on-a-Chip Systems: Pioneering Personalized Medicine and Drug Testing
PMC International Overview Organ-on-a-chip (OoC) systems innovatively mimic human organ structures and functions at a micro-scale. Induced pluripotent stem cells (iPSCs) serve as an ideal platform for constructing patient-specific OoC mo... -
In Vivo CAR-T Cell Therapy Demonstrates Clinical Proof-of-Concept with AI Acceleration: Enabling Direct In-Body Immune Cell Gene Editing Towards ‘Off-the-Shelf Biologics’
OncoDaily International Overview While autologous CAR-T cell therapy yields durable remissions in B-cell malignancies, its delivery model faces persistent challenges. In vivo CAR-T emerges as a radically different approach, delivering CA... -
Digital Twin Technology Accelerates Bioprocess Optimization, Enabling Real-time Monitoring and Cost Reduction
Jojo Imats (Facebook) Global Overview Digital twin technology is transforming traditional manufacturing workflows into data-driven ecosystems, monitoring every stage from design to operation in real-time. Bioprocess engineers can optimiz... -
Azunic AI Adopts Inventia Life Science’s RASTRUM 3D Cell Culture Platform to Accelerate Human-Relevant In Vitro Toxicology
BusinessWire USA Overview Azunic AI has adopted Inventia Life Science's RASTRUM 3D cell culture platform to accelerate the development of an animal-free, human-relevant 3D in vitro toxicology platform. RASTRUM's precision bioprinting, de... -
Chemically Defined Media and Automation Key to Overcoming Raw Material Variability in Autologous Cell Therapy Manufacturing
BioProcess International USA Overview Addressing raw material variability in autologous adoptive cell therapies necessitates the adoption of chemically defined media, standardized handling, automation, and well-characterized unit operati... -
Scire Science Launches SBIO-420 Benchtop Bioreactor, Strengthening India’s Biotech Ecosystem with Indigenous Technology
Scire Science (LinkedIn) India Overview Scire Science has announced the launch of the SBIO-420 Benchtop Magnetic Stirring Glass Bioreactor, an indigenously developed product designed to bolster India's biotechnology ecosystem. The SBIO-4...
