ONCOLOGY

+70%
of the Servier R&D budget invested in oncology

With the increase in cancer cases worldwide (+77% by 2050)1, oncology represents one of our priority development areas. Close to 70% of our R&D budget is dedicated to it. We are an innovative player in the treatment of rare cancers, including certain digestive, brain, and hematological cancers.  

This approach offers solutions where few players are investing. We aim to provide therapies that aim to change patients’ lives.  

Servier conducts its oncology R&D programs around two promising pathways: immuno-oncology and targeted therapies. The first involves stimulating the patient’s immune system against cancer cells, for example through antibodies (monoclonal or bi-/tri-specific), which trigger a targeted response from the body against an aggression, with the aim of protecting it. We have strengthened our research ecosystem in this field with Symphogen, our center of excellence specializing in monoclonal antibodies in Denmark. The second, targeted therapies, allows for the specific targeting of abnormal cells and offers solutions tailored to patients’ needs, particularly for rare cancers where therapeutic solutions are still too few.

CARDIOMETABOLISM

5th
leading pharmaceutical group in cardiology worldwide

Cardiovascular diseases are the leading cause of mortality in the world3. Committed for 70 years to the treatment of these pathologies, Servier has acquired renowned expertise. Servier has also been committed for many years to fighting diabetes, a complex and progressive disease that affects 830million people worldwide4. 

In cardiometabolism and venous diseases, the Group focuses on Life Cycle Management (LCM) to capitalize on its medicines and expertise in incremental innovation, in particular by developing Single Pill Combinations (SPC). 

By simplifying treatment, these SPCs increase therapeutic adherence. 

* IQVIA, Analytics Link / World 75 countries – MAT Q1-2024

NEUROLOGY

Over the past 30 years5, the number of people affected by neurological conditions worldwide has risen considerably. More recent data indicates that more than 3 billion people worldwide6, which is to say over 30% of the global population, are affected by a neurological condition, making these conditions the leading cause of disease and disability.  Despite the growing medical need, only a limited number of treatments are available to alter the progression of these disorders or alleviate symptoms. 

We are determined to meet this medical need by specifically targeting three families of neurological diseases: refractory epilepsies, rare movement disorders, and neuromuscular disorders. 

Our scientific focus targets a limited number of mechanisms of action common to these pathologies, enabling us to develop meaningful strategies to, depending on the disease, slow down or stop their progression, or even prevent the manifestation of symptoms. Our neurology research is focused on antisense oligonucleotides (ASO), small pharmacological molecules, and monoclonal antibodies.