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Host Cell Protein Analysis in Biologics Manufacturing
The article explores the importance of host cell protein analysis in biologics manufacturing, detailing challenges in detection, evolving analytical methods and increasing regulatory expectations.
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How Is AI Speeding Pharma’s Journey Toward Precision Medicine?
This article explores how AI is transforming precision medicine by streamlining drug discovery, improving patient stratification and treatment prediction, and accelerating clinical trials while highlighting challenges around data quality.
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European Pharma Experts React to US Tariff Uncertainty
Learn more about the effects US pharmaceutical tariffs could have on European companies and their strategies for overcoming cost and supply chain challenges.
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Transforming Healthcare: What’s on the Horizon for Cell Therapies?
This article explores the current landscape and future potential of cell therapies, including CAR T-cell and stem cell-based approaches, highlighting their expanding clinical use, underlying mechanisms and the challenges that lie ahead.
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Modeling Tauopathy: How New Mouse Models Could Help Map Alzheimer’s Disease
While amyloid-beta has been a central focus in drug development, increasing evidence points to tau pathology as a more accurate predictor of disease progression. This is where the work of Dr. Naoto Watamura could be vital.
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Novel Cystic Fibrosis Treatments Breathe New Life Into the Therapeutic Space
Discover the latest in cystic fibrosis treatment, from CFTR modulators to ENaC blockers and emerging inhalable gene therapies.
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Building the Future of Cell Therapies: Insights From Dr. Andrew Mancini
Presenting at Technology Networks’ Cell and Gene Therapy 2025 Symposium, Dr. Andrew Mancini, senior corporate development manager at MaxCyte, shared his insights on how engineered cell therapies have evolved over the past eight years.
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Building Living Therapeutics With Synthetic Biology
This article explores how synthetic biology is revolutionizing therapeutics through engineered cells, precision genetic circuits and AI-driven design, with applications in cancer treatment, vaccine development and next-generation immunotherapies.
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How Can Viruses Be Harnessed for Good?
Traditionally, viruses have been thought of as a burden that cause disease. Now, viruses are being harnessed to tackle diseases that medicines can’t, helping fight cancer, genetic disorders and even infectious diseases.
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Finding Success Where Theoretical Science and Practical Uses Meet
Professor Franka Kalman shares insights on the journey that has led to be a successful and celebrated separation scientist, the people who have inspired and supported her along the way and how she’s helping the next generation of female scientists.
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