You read, you watch, you listen, you travel to conferences and events, and you learn from all of it, but none of those are the leading source of information for those who seek it. What medium do most biopharma leaders actively seek when it’s learning they’re yearning? Conversation.

When considering outsourcing strategies, develop the right kind of checklist that considers human dynamics. This is not a script, nor is it static. Flexible enough to meet the needs of the project and the personnel, this spec will help you create frameworks, master service agreements, and quality agreements for best oversight of your supplier.

Can cell and gene therapies be programmed with sophisticated behaviors, to sense, make decisions, and treat important diseases effectively? Synthetic gene circuits may hold the key.

Particles in parenteral products are a major cause of product recalls, and appropriate management of risk from visible particles is vital. This standardized methodology provides users with a decision-making tool to clarify the risks presented by a particle to a batch.

This month kicks off the final year of a decade-long process to enhance overall security of the U.S. prescription drug supply chain under the Drug Supply Chain Security Act. This article looks at this year’s DSCSA implementation efforts, before examining where implementation currently stands and what gaps and challenges remain.

In the FDA guidance entitled Drug Products, Including Biological Products, that Contain Nanomaterials, “nanomedicine” refers to a drug product that contains at least one component with a dimension in the size range of approximately 1 nanometer (nm) up to 100 nm. Focus of the guidance is on a risk-based regulatory strategy.

The COVID-19 pandemic thrust RNA-based therapeutics into the spotlight. Before that, only a handful had received regulatory approval. Why are RNA-based therapeutics seeing more patent activity now and how should biotech companies mitigate patent risks? Attorneys from Neal Gerber Eisenberg share their insights.

We have entered a new age in biologics development, which is undergoing a technological revolution with an increasing focus on software-dependent and data-driven results. Integrating the biological and the computational creates a need for specialists working together in parallel.

It is sometimes astonishing how often pharmas and biotechs "commit" similar or even the same GMP mistakes — in (almost) always the same places. Here are two of the most common pitfalls to avoid: inadequate handling of deviations and inadequate handling of changes.