Redefining drug quality in 2026: The Analytical advantage Kumar Jeetendra | February 4, 2026 The pharmaceutical, laboratory, and analytical industries are entering a defining phase where scientific rigor, technological intelligence, and regulatory expectations are converging like never before. As global supply chains expand, therapies grow more complex, and patients demand higher safety and efficacy standards. The pressure on manufacturers to deliver uncompromising quality is immense. In this environment, analytical …
Optimized fittings for Microfluidic systems Kumar Jeetendra | February 4, 2026 Biotech Fluidics has introduced a range of miniature flat-bottom port fittings for life science microfluidic instrumentation that process low liquid volumes and when the physical space for connections is restricted. Flat-bottom ports are the ‘go-to fitting’ for connection of semi-rigid tubing within fluidic systems at low to medium pressure. Miniature port fittings from Biotech Fluidics …
Microfluidic Technology:An Advanced Synthesizing Platform for Nano formulations Kumar Jeetendra | February 4, 2026 The last several years have seen the integration of nanotechnology and microfluidics become one of the most promising areas for the advanced manufacturing of nanocarriers for use in drug and vaccine delivery. This integration is beginning to drive development throughout the healthcare and biopharma sectors by consolidating microfluidic systems as a means to conduct both …
Process Analytical Technology (PAT) Advancing Pharmaceutical Manufacturing through Real-Time Process Control and Quality by Design Kumar Jeetendra | February 4, 2026 In the pharmaceutical industry, ensuring product quality and safety is paramount. Process Analytical Technology (PAT), a methodology defined by the U.S. FDA, has become an essential approach to designing, analyzing, and controlling manufacturing processes. By focusing on the measurement of critical process parameters (CPPs) that affect the quality of active pharmaceutical ingredients (APIs), PAT ensures …
Wiggens Laboratory Shakers – One Solution for Every Mixing Need Kumar Jeetendra | February 4, 2026 Wiggens laboratory shakers are designed to deliver precision, reliability, and versatility for today’s demanding research and industrial laboratories. Combining rocking, waving, orbital, and microplate shaking technologies, Wiggens offers a complete mixing solution that adapts effortlessly to a wide range of applications—from gentle sample agitation to high-speed microplate processing. Key Specifications & Features Supports multiple shaking …
Contamination Control in Cell Culture: A Technology-Driven Approach Kumar Jeetendra | January 6, 2026 In biological research, especially in areas such as drug development, regenerative medicine, immuno-therapies, and diagnostics, the use of cell cultures is crucial. However, the first and oldest threats in such research, i.e., microbial contaminations, remain the most serious challenges. Bacteria, fungi, mycoplasma, and other cells lines can ruin data collection and analysis by invalidating experiments …
Infection control measures in Healthcare facilities Kumar Jeetendra | January 6, 2026 Infection-control infrastructure in India has seen recurring signals over the past few years that it needs strengthening. The Nipah virus alerts in Kerala spotlighted isolation, surveillance, and hygiene gaps, particularly in overstretched hospitals during 2024–2025. Nipah was just the headline, but beneath it lies a daily, quiet challenge: healthcare-associated infections i.e., HAIs, affecting 10-20% of Indian inpatients and are contributing …
The Lean Lab Approach Revolutionizing Laboratory Efficiency and Productivity Kumar Jeetendra | January 6, 2026 In today’s fast-paced and resource-conscious world, laboratories are under increasing pressure to deliver high-quality results quickly and cost-effectively. One powerful strategy that has emerged to meet these challenges is the Lean Lab approach, which adapts the proven principles of Lean Manufacturing to the unique environment of laboratories. What is Lean? Lean principles originated in manufacturing …
Leveraging Microfluidic Technology for mRNA-LNP Manufacturing Kumar Jeetendra | January 6, 2026 In the past five years, messenger RNA (mRNA) therapeutics have presented new life-saving opportunities, going from experimental tools for medicine to effective mechanisms in producing vaccines and cancer therapy and producing therapeutic proteins on demand by instructing our own cells to produce proteins. Yet, there are vivid engineering challenges behind this remarkable advancement. How do …
Micro Spargers improve Bioreactor yields Kumar Jeetendra | January 6, 2026 Biotech Fluidics has launched a range of micro spargers engineered to significantly reduce bubble size and increase gas transfer and volumetric mass transfer coefficient (kLa), resulting in reduced gas consumption and improved upstream reactor yields.A micro sparger is a device that introduces a gas such as air, oxygen, or carbon dioxide into a liquid by …
High Temperature Raman Microscope Reaction Chamber Kumar Jeetendra | January 6, 2026 This High Temperature Reaction Chamber is an effective for Raman measurements of powders under controlled environmental conditions. Designed for operation from high vacuum to 25.8 ktorr and for temperatures up to 910°C (under vacuum), this reaction chamber is ideal for studying heterogeneous catalysis, gas-solid interactions, photochemical reactions, and oxidation mechanisms. Use in conjunction with a …
Enhancing Laboratory Accuracy with the JULABO PURA Water Bath Kumar Jeetendra | January 6, 2026 The JULABO PURA series is a modern line of laboratory water baths designed for precision, safety, and ease of use. These units are made to support a range of temperature-controlled tasks—routine or demanding—while offering durability and intuitive operation. Their temperature range (usually from ~ +25°C up to ~ +99.9 °C) makes them suitable for many …
