Upcoming Webinars Archived Webinars Training Vitals Host A Webinar About Get Updates Contact

Pfizer Discontinues Development of PCSK9 Inhibitor

XTALKS VITALS NEWS

Cholesterol

The company sites weak data and changes in the cholesterol-lowering drugs market, as the main reasons behind their decision to discontinue the development program.

Share this!

November 2, 2016 | by Sarah Hand, M.Sc.

Today, Pfizer announced in a statement that it would be stopping all work on its PCSK9 inhibitor, bococizumab. The company sites weak data and changes in the cholesterol-lowering drugs market, as the main reasons behind their decision to discontinue the development program.

According to Pfizer, bococizumab “is not likely to provide value to patients, physicians, or shareholders.” The announcement was made alongside Pfizer’s report on their fourth quarter earnings.

“As a company, we understand that developing new and important medicines for patients is a critical, but difficult undertaking. Accordingly, we continually evaluate our development programs as data emerge to support prudent decisions that provide value both to the patients we serve and our shareholders,” said Dr. James Rusnak, Chief Development Officer, Cardiovascular and Metabolic Diseases, Pfizer Global Product Development. “We are disappointed by this outcome, but remain committed to investing in innovation, concentrating our pipeline on areas where we can bring transformational therapies to address unmet needs, including in patients with cardiovascular and metabolic diseases. We thank the investigators, their patients, and support staff who have participated in this important research program.”



The decision to halt the development program will also affect two cardiovascular outcome studies of the PCSK9 inhibitor. Bococizumab had progressed to late-stage clinical trials where it was being assessed as a cholesterol-lowering agent with the potential to improve cardiovascular outcomes in patients.

The news was a surprise to those in the pharmaceutical industry, as Pfizer’s PCSK9 inhibitor seemed to be moving through the company’s drug development pipeline. Earlier this year, the pharma giant released data from two Phase III clinical trials, which found that bococizumab met its primary endpoint in patients at a high risk of heart problems. The studies – including SPIRE-HR and SPIRE-FH – were being completed in anticipation of a regulatory filing for the drug.

“To honor the altruism of trial participants, and to maximize the clinical and scientific knowledge derived from the halted trials, Pfizer has committed to ensuring that the data will be made available to study leaders for independent analysis and prompt public presentation,” said Dr. Paul M. Ridker, Co-chair Executive Committee, SPIRE clinical trials program and director for Cardiovascular Disease Prevention, Brigham and Women’s Hospital. “We believe the available data will allow us to test the core scientific questions posed by the overall program which is in the best interest of patients who volunteered in these clinical trials, and for patients worldwide who suffer from heart disease.”


Keywords: Pfizer, PCSK9, Cholesterol


| NEXT ARTICLE | MORE NEWS | BLOGS | VIDEOS | POLLS & QUIZZES | WEBINARS |

Share this with your colleagues!

MORE NEWS
New PARP Inhibitor Drug Approved to Treat Women with Recurrent Ovarian Cancer

March 29, 2017 - The US Food and Drug Administration (FDA) has approved Zejula (niraparib) as a maintenance treatment for women with certain types of recurrent cancers, including epithelial ovarian, fallopian tube, and primary peritoneal cancer.

Featured In: Pharmaceutical News


Nektar’s Opioid Analgesic Meets Endpoints in Phase III Clinical Trial

March 28, 2017 - Nektar Therapeutics has announced that their opioid analgesic has met both its primary and secondary endpoint in a recent Phase III efficacy study.

Featured In: Clinical Trials News


Small Molecule May Disrupt Biofilm Formation on Implantable Medical Devices

March 28, 2017 - Researchers at Trinity College Dublin in Ireland have identified a small molecule capable of preventing bacterial biofilms from growing on medical implants.

Featured In: Medical Device News

LEAVE A COMMENT
 
  
THE XTALKS VITALS LIFE SCIENCE BLOG

Will Pharmaceutical Serialization Solve All of Our Drug Counterfeiting Problems?

REGISTER FOR THESE WEBINARS

Strategies for Deploying Innovative Solutions for Perimeter Security


Natural History vs. Registry Studies in Rare Disease


The FDA Guidance on the Assessment of Abuse Potential of Drug – A Critical Review


Combination Product Regulatory Requirement Complexities and the Impact of the 21st Century Cures Act


Copyright © 2016-2017 Honeycomb Worldwide Inc.