“Innovative therapeutic areas” refers to fields of medical science where researchers are working to expand understanding of complex health conditions. These areas often involve emerging knowledge, new scientific methods, or fresh approaches to studying diseases that remain difficult to understand or manage.

Neuroscience research looks at conditions that affect the brain, spinal cord, and nervous system. This includes movement disorders that impact coordination and muscle control, migraines that cause recurring headaches and sensory symptoms, and serious mental health conditions such as schizophrenia.

These disorders may significantly impact thinking, behavior, and daily activities. A deeper understanding of these conditions helps researchers explore new ways to support people who live with them.

Movement disorders are conditions that affect how a person moves. They can cause problems like shaking, stiff muscles, slow movements, trouble with balance, or sudden movements that are hard to control.

Some movement disorders may progress over time, while others stay stable. Since movement is important for daily activities, these disorders can impact a person's independence, mobility, and overall quality of life. This makes them a key area for ongoing research.

Neuroscience research includes several long term and complex mental health conditions, such as schizophrenia, schizoaffective disorder, and bipolar disorder. These conditions involve disruptions in mood, thinking, perception, or behavior, and can vary greatly in how they appear from person to person.

Researchers study biological, genetic, and environmental factors to better understand how these conditions develop and vary across individuals.

Teva’s neuroscience research is supported by multidisciplinary teams across global R&D hubs in the United States, Israel, India, Croatia, the United Kingdom, and Australia.

Approximately 3,700 employees support Teva’s neuroscience efforts worldwide, collaborating across locations to advance scientific understanding of neurological and psychiatric conditions.

Research in therapeutic areas helps build scientific knowledge about how diseases work and evolve. By looking at biological processes and how conditions develop, researchers can identify gaps in knowledge that need more exploration. This information can influence future research directions and other scientific efforts. 

Collaboration is vital in medical research because complex health conditions often require expertise that looks at different biological, environmental, and social factors. When researchers, doctors, data experts, and scientific teams work together, they can share insights that may not come from just one discipline.

Working together helps scientific communities explore new ideas, compare approaches, and strengthen the overall research process. By combining their knowledge, research communities can address challenges more effectively and in a coordinated way.