03.20.24 -- Novel Approaches For Obtaining High-productivity Clones

Streamline the downstream process using variable pathlength technology to determine the DBC of affinity chromatography resins to produce reliable data more effectively and efficiently.

Explore operational technology (OT) vulnerability assessment findings that may be unexpected or unanticipated, and find answers to common questions about these assessments, penetration testing, and more.

Learn about the three most common sources of filtration failures and how to prevent these problems.

Pouring millions into the infrastructure and quality systems necessary to move away from manual filling is unrealistic and detracts from your strengths in drug development.

No two journeys through the drug pipeline are the same; the ability to leverage a variety of approaches for different products is what sets one lean biotech company apart.

Defined control strategies enable more intensified and stable cell culture processes such as perfusion which may see dramatically improved productivity.

Learn about the impact and advancing use of organoids on basic and translational research, as well as their potential in areas such as disease modeling and drug screening.

Explore current and emerging technologies to optimize mRNA manufacturing, especially when considering commercial production and the validation of processes in a cGMP environment.

Using the Cytiva SA25 Aseptic Filling Workcell, a standardized system designed with flexibility built in, ensures that companies can pivot between products quickly and adapt as manufacturing needs change.

See how today’s leading instrumentation helps researchers get crucial information faster so they can speed up biopharmaceutical development and get to clinical trials faster with more reliable products.

Explore alternative processes and solutions being suggested to combat the bottleneck created by downstream processing that is seriously impacting the overall production of treatments and vaccines.

Aseptic risk management plays a crucial role in bioproduct safety and efficacy. Discover a process for single-use production and automation control logic that ensures stable and efficient production.

Gain insight into the impact of osmolality in bioprocessing as well as its correlation with immunoglobulin G (IgG) production.

Explore best practices that serve as a guideline for commonly encountered data modeling challenges and how life sciences manufacturers can overcome them by leveraging an industrial DataOps solution.

Single-use strategies and tools are constantly evolving to better serve industry needs, and adept solutions providers can help streamline development with simple, custom adaptations.