Feature|Podcasts|October 14, 2025

Advancing Neuroscience and Rare Disease Innovation

Author(s)Mike Hollan

Acadia Pharmaceuticals’ CEO Catherine Owen Adams discusses the current climate in R&D and details her leadership style.

Catherine Owen Adams, CEO of Acadia Pharmaceuticals, discusses the advancements in neuroscience and rare disease innovation, highlighting the accelerated innovation in neuro diseases and the impact of biomarkers in phase 2 and 3 trials. She emphasizes the importance of understanding patient subtypes and the role of biomarkers in improving treatment specificity and patient outcomes. Adams also stressed the need for pharmaceutical leaders to engage in policy advocacy to navigate the evolving regulatory landscape and ensure patient-centric policies. She concluded by reiterating Acadia's mission to develop meaningful innovations for neurological disorders and rare diseases.

Highlights from the episode include:

  • Catherine discusses the recent advancements in neuroscience and rare disease innovation over the past few years.
  • The importance of biomarkers in understanding the heterogeneity of symptoms in neuro diseases like dementia.
  • The evolving regulatory landscape and the importance of continuing with clinical trials and submissions.
  • Catherine emphasizes the need for employees to feel that their ideas are heard and valued, which leads to better engagement and performance.

Related to this article

Pharmaceutical Executive Daily
How microgravity is opening new possibilities for drug R&D and manufacturing, a pharma funding roundup covers Boehringer Ingelheim’s up-to-$7 billion oncology licensing deal with Sino Biopharmaceutical and Nxera Pharma’s EP4 agonist deal with AbbVie, and CytoDyn’s Dr. Jay Lalezari on why Leronlimab isn’t just another repurposed drug.
The Promise of Microgravity for R&D and Manufacturing
As access to low Earth orbit expands, space-based research is opening possibilities in drug discovery, formulation, and manufacturing. In Part 1, the authors look at how microgravity changes biology and chemistry in ways that can’t be reproduced on Earth and where it fits from target discovery to life cycle management.