Type 2 diabetes is a complex chronic disease that occurs when the body cannot make enough insulin or use it effectively. People living with type 2 diabetes need treatment in order to keep their insulin and blood sugar levels under control.

Insulin is a hormone made by the pancreas that controls the amount of glucose in the blood. Too little insulin means the body cannot absorb glucose from the food we eat. When this happens, blood glucose levels rise, and over time, these increased levels can damage blood vessels and reduce the supply of oxygen and nutrient-rich blood to the body’s organs and nerves.

People living with type 2 diabetes, whose bodies do not respond well, or are resistant to insulin, may need treatment to help their bodies better process glucose. This can help prevent long-term complications.

Every day, we are working to improve treatment options for people living with type 2 diabetes. From more effective medicines to the way they are taken, we leave no stone unturned.

of all diabetes cases are type 2 diabetes globally.

people live with type 2 diabetes globally.

the increased risk of cardiovascular disease.

the increased risk of developing type 2 diabetes for someone living with obesity.

Global Research, Oral tablets

Our scientists work with a simple purpose - find the unmet needs in chronic disease and translate them into new therapeutic solutions. One of those ideas is advancing type 2 diabetes treatment from injections to tablets. 

This has been a goal for many years, but the challenge has been the body’s digestive system. Once swallowed, biological medicines, like insulin, are digested by enzymes in the body, the same way food is broken down. We needed to find a way for biological medicines to get through the digestive system intact and get into the blood.

Our newest discovery has allowed us to transform the treatment paradigm. We enhanced our treatment mechanisms which offers a biologic protein, glucagon-like peptide-1 or GLP1 in a pill format. The GLP-1 hormone is naturally produced in the gut and gets released in response to food. When released, GLP-1 stimulates insulin production in the pancreas, which again lowers the amount of glucose in the blood.


Type 2 diabetes illustration displaying a city outline.

For almost 100 years, we have discovering new ways insulin is injected. This has been driven by our commitment to make drug delivery as simple and convenient as possible.

Our starting place is the people living with type 2 diabetes, listening to their challenges when self-treating, and understanding how to make treatment safer and easier.

We use scientific methods from anthropology to biochemistry to provide data and direction to our research and engineering skills, and experience.

Within the field of type 2 diabetes, we are currently researching into the following areas:

  • Glucose-responsive insulins
  • Connected devices
  • Oral antidiabetics
  • Cardiovascular benefit
  • Weight reduction