FEATURED ARTICLES/BLOGS

• Biologically Expressed vs. Synthetic GLP-1 Peptides

  Selecting the right GLP-1 peptide manufacturing route determines the specific impurity profile and regulatory strategy. Robust analytical methods are essential for ensuring efficacy and patient safety.

• Green Chemistry: Inherently Safer Chemistry For Accident Prevention

  Chemical manufacturing must prioritize inherently safer substances to prevent accidents. Adopting greener alternatives improves worker health, lowers costs, and leads to safer products.

• Green Chemistry: Real-Time Analysis For Pollution Prevention

  Gaining real-time visibility into chemical processes helps stop hazardous substance formation. Process monitoring reduces waste, cuts down on reagent use, and optimizes reaction time.

• Green Chemistry: Catalysis – Use Catalysts, Not Stoichiometric Reagents

  True green chemistry minimizes waste and maximizes effectiveness. Catalysis is a key technology for reducing the E-factor and increasing efficiency across industrial and biological synthesis.

• The Principles Of Green Chemistry: Reduce Derivatives

  Design synthetic routes to minimize or eliminate unnecessary temporary blocking groups. This reduces reagent use, yield loss, and waste generation, improving overall process efficiency.

• The Principles Of Green Chemistry: Use Of Renewable Feedstocks

  Adopting renewable feedstocks is crucial for green chemistry. Innovations using bio-renewable materials can drastically reduce waste, solvent use, and process steps, leading to major benefits.

• A Review Of The Twelve Principles Of Green Chemistry

  Prevention and design are foundational to green chemistry, requiring foresight to minimize hazards from the start. Reducing reliance on solvents is a critical step toward sustainability.

• The Principles Of Green Chemistry: Design For Energy Efficiency

  Focusing on solvent management is key to minimizing energy consumption in synthesis. By reducing or replacing solvents, chemists significantly cut both hazardous waste and process energy use.

• The Principles Of Green Chemistry: Safer Solvents And Auxiliaries

  Solvents account for the majority of the environmental impact in chemical synthesis. Consider adopting safer alternatives and implementing reuse strategies to reduce waste, emissions, and toxicity.

• Why Comprehensive Process Safety Assessments Matter In Pharmaceutical Manufacturing

  Discover how deep technical knowledge, unmatched capabilities, and a proven safety culture can help protect your process at every stage.

• 2025 And Beyond: Another Look At Upcoming NDSRI Regulations

  The presence of nitrosamine drug substance-related impurities (NDSRIs) in medications has become an urgent issue for the pharmaceutical industry. Understand the acceptable intake (AI) limits.

• The Fourth Principle Of Green Chemistry: Design Safer Chemicals

  Chemists should strive to design molecules with the least environmental impact. They can utilize toxicologists and data to apply new metrics and issue guidelines to better assess the safety of chemicals.

• Lentiviral Vectors: The Key To Cell And Gene Therapy Success

  Lentiviral vector manufacturing is complex and highly regulated, which is why a specialized CDMO is required to ensure safe, scalable, and compliant production from early development to commercialization.

• Shedding Light On Photo-Stability Forced Degradation

  Ensure the stability and safety of your drug products by utilizing comprehensive forced degradation and photo-stability testing, guided by ICH and FDA standards, to identify degradation pathways and assess light exposure risks.

• Third Principle Of Green Chemistry: Less Hazardous Chemical Syntheses

  Chemists and chemical engineers must prioritize sustainable practices by innovating holistic, efficient processes that minimize environmental impact and toxicity, addressing challenges like solvent waste and complex molecule synthesis.

• Partnering Through Membership For A Better Pharmaceutical Industry

  Explore our series on key industry advocacy groups to learn how organizations like California Life Sciences (CLS) are driving innovation, fostering growth, and improving patient access in healthcare.

• EFCG Membership Assures Supplies Of Affordable Medicines To Patients

  Explore the key organizations shaping the pharmaceutical industry, starting with an in-depth look at the European Fine Chemicals Group (EFCG) and the European Chemical Industry Council (Cefic).

• Evolution Of An Adherent HEK293 Cell Line Into A cGMP Serum-free Suspension Cell Line

  Learn how cutting-edge advancements in viral vector production and innovative cell line development are overcoming the challenges of scaling gene and cell therapies.

• First Principle Of Green Chemistry: Prevent Waste

  Discover how to reduce waste, minimize costs, and improve sustainability using the 12 principles of green chemistry. The first principle emphasizes designing chemical processes to eliminate waste creation.

• The Second Principle Of Green Chemistry: Atom Economy

  Delve into the concept of "Atom Economy," a principle that emphasizes optimizing the incorporation of reactants into the final product to enhance efficiency and minimize waste.