12.05.24 -- Facilities Design/Manufacturing Controls

What do you need to know before you take your process in-house? A team of experts on nucleic acids therapeutics outlined five key things for you to consider as you make the change.

Delve into the intricacies of ADC production and learn how cutting-edge technologies are being deployed to overcome these hurdles to bring life-saving treatments to patients.

Late-stage clinical trial failures usually result in exposure with regard to capital equipment purchased to manufacture that product at a commercial scale. But what to do with this brand new, surplus equipment?

Compare single-use system bags, focusing on their design, materials, and applications to better understand why controlling particulate levels is critical to maintaining product purity and efficacy.

Explore a strategy of building a global network of modular-designed large-scale and single-use facilities to allow customers to rapidly ramp up production and transfer processes.

Explore results from a series of studies evaluating the mixing performance of an innovative ADC reactor during the conjugation step utilizing a model fluid.

Single-use systems are increasingly prevalent in biotechnology processes, and modular strategies offer adaptability and several other benefits. Explore the benefits, challenges, and solutions presented by modular single-use systems.

ISO 14644-21:2023 is a new standard for airborne particle sampling. Marc Machauer and Mark Hallworth discuss the standard, with Mark providing insights into its development.

Expert single-use engineers address six common questions posed by cell and gene therapy manufacturers in the design of custom single-use manifolds for the critical handling of biological fluids.

Explore a study aimed at achieving clinically relevant cell numbers using the engineering of a GMP-compliant large-scale platform is essential.

The project manager's sphere of influence extends beyond the project team, encompassing the organization, industry, and professional discipline.

What is mass photometry and how is it used? Explore this powerful analytical technology that measures the mass of single particles in solution accurately and without labels.

Automation enhances efficiency and minimizes contamination risks and labor costs. Despite the initial investment in automation equipment, the long-term savings can be significant.

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

The right data management platform can streamline biopharma technology transfer by bridging digital gaps, accelerating commercialization, ensuring compliance, and reducing costs.

A new category of software solutions is emerging that may be the key to digital transformation for life sciences companies. Learn in-depth about Industrial DataOps for manufacturing environments.

Learn more about a differential scanning calorimeter that offers thermal stability screening of buffer formulations and protein sequence modifications.

Gain insight into how a leading pharmaceutical company identified the root cause of long-standing inefficiencies and optimized performance and productivity with unprecedented speed and accuracy.

This powerful and easy to use batch planning strategy combines bioprocessing software and parallel bioreactors, enabling you to potentiate process development.