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It all started with a journey

… A journey driven by scientific curiosity, desire to change the world, business sense and public spirit in addition to unusual commitment and willpower

In 1922, August Krogh, a professor at the University of Copenhagen, went on a lecture tour of universities on the east coast of the United States after receiving the Nobel Prize in Physiology or Medicine in 1920. During this tour, his wife, Marie Krogh, persuaded the renowned Danish scientist to take a detour to Toronto, Canada, where the scientists Frederick Banting, Charles Best and John Macleod had just succeeded in manufacturing active insulin. The outcome was that August Krogh received permission to manufacture insulin in the Nordic countries. This not only changed the lives of August and Marie Krogh but also became the starting-point for a unique scientific odyssey and Danish business adventure.

August Krogh returned to Copenhagen in December 1922 with permission to manufacture insulin and instinctively knew that he had a historic opportunity and responsibility to change the lives of thousands of incurably sick people with diabetes in Denmark and the other Nordic countries. In a commemorative publication from 1924, Krogh gave a comprehensive account of his role in securing the permission and his own journey to Canada: ”I was soon convinced that it would be invaluable to bring the benefits of insulin to Denmark …”

From the very beginning, the primary considerations focused on the special scientific and societal responsibility associated with producing life-saving medicine and how this could best be ensured in a foundation structure. Thus, science and public spirit were integral to the Group’s history and raison d’être and have been ever since. Today, this spirit is extremely important for the Group and its activities: contributing significantly to research and development that improves the health and welfare of people.

Support for the scientific and humanitarian

In 1922, August Krogh joined forces with H.C. Hagedorn, a physician specialising in diabetes, and pharmacist August Kongsted to start the production and sale of insulin in Scandinavia. This led to the establishment in 1923 of the company Nordisk Insulinlaboratorium. From the start, the founders placed the company and its responsibilities in a foundation structure. Hagedorn, August Krogh and Kongsted comprised the formal Nordisk leadership in both the company and the foundation and, although all three were very diverse and charismatic men, they agreed on one thing: the profit from the sale of diabetes medicine would be used for scientific and humanitarian purposes. This was fully in accordance with the agreement that August Krogh made with the Insulin Committee of the University of Toronto.

In 1924, an event took place with far-reaching consequences for the history of the Group. As a result of a disagreement, Hans Christian Hagedorn fired one of his most trusted employees, Thorvald Pedersen, a pharmacist and chemist. His brother, Harald Petersen, a highly valued employee working for August Krogh, resigned out of loyalty to Thorvald.

According to the people involved, the following exchange took place:

August Krogh: “What are you going to do?”

Harald Pedersen: “We want to make insulin.”

August Krogh: “Well, you’ll never manage that.”

Harald Pedersen: “We will show you!”


Historical films
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The Story of GLP-1. “A diabetes doctor’s dream”. Episode 1

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The Story of GLP-1. “If you don’t fix this”. Episode 2

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The Story of GLP-1.”A steak well done”, Episode 3

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The Story of GLP-1. “The next really good idea”. Episode 4

Video

The story about Steno Diabetes Center – Episode 1 “The Miracle”

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The story about Steno Diabetes Center – Episode 2 “The Vision”

Video

The story about Steno Diabetes Center – Episode 3 “The Name”

Video

The story about Steno Diabetes Center – Episode 4 “The Battle”

The Story of GLP-1. “A diabetes doctor’s dream”. Episode 1

Published
November 27th, 2022
Description

Some people eat too much food. Others eat unhealthy food, perhaps because they cannot afford healthy alternatives. Other people continue to eat a balanced diet but still struggle with their weight. How we eat and how our bodies react to food greatly affects our health. More than a third of all deaths today are caused by diseases such as obesity and type 2 diabetes.

But why does the body tell us that it wants more food – even though it has enough energy? And can you get the body to settle for what it needs by adjusting the body’s control systems? These questions have puzzled researchers for decades. And translating new knowledge into something to combat these diseases turned out to be extremely challenging.

In the 1990s, as the obesity pandemic spreads, even young people start to lose their ability to keep their body weight and blood glucose in balance. In turn, researchers and pharmaceutical companies set out to find new remedies.

Follow “A diabetes doctor’s dream”, Episode 1 of the Novo Nordisk Foundation’s 2022 Advent Calendar “The Story of GLP-1”.

The Story of GLP-1. “If you don’t fix this”. Episode 2

Published
December 4th, 2022
Description

In an office in Bagsværd near Copenhagen, young biotechnologist Lotte Bjerre Knudsen has been made project manager for a promising, but uncertain project of converting the hormone GLP-1 into a drug that can prove effective in combating the rapidly growing wave of diseases such as type 2 diabetes in the 1990s. If she fails, the project will fold. Follow “If you don’t fix this”, Episode 2 of the Novo Nordisk Foundation’s 2022 Advent Calendar “The Story of GLP-1”.

The Story of GLP-1.”A steak well done”, Episode 3

Published
December 11th, 2022
Description

In 1997, Novo Nordisk scientist Lotte Bjerre Knudsen managed to turn the short-lived GLP-1 hormone into a long-acting drug candidate. However, the initial test failed as the dose was set too low. And the company could not immediately start a new trial. Victory is still far from assured. Follow “A steak well done”, Episode 3 of the Novo Nordisk Foundation’s 2022 Advent Calendar “The Story of GLP-1”.

The Story of GLP-1. “The next really good idea”. Episode 4

Published
December 18th, 2022
Description

Thousands of years ago, it was good to have ‘thriftiness’ genes that enabled the body to preserve energy (calories) during cold winters. We are still equipped with these genes, but now they are really working against us by trying to preserve a body weight ‘setpoint’ that is too high in today’s environment. This has caused obesity to spread epidemically throughout the world, driving cardio-metabolic disease (type 2 diabetes and cardio-vascular disease) to become the #1 killer globally. The race for an effective way to treat these diseases started in the 1990’s with some important results for the GLP-1 hormone when given to animals and humans.
Follow “The next really good idea”, the last episode of the Novo Nordisk Foundation’s 2022 Advent Calendar “The Story of GLP-1”.”

The story about Steno Diabetes Center – Episode 1 “The Miracle”

Published
November 27th, 2020

The story about Steno Diabetes Center – Episode 2 “The Vision”

Published
November 27th, 2020

The story about Steno Diabetes Center – Episode 3 “The Name”

Published
November 27th, 2020

The story about Steno Diabetes Center – Episode 4 “The Battle”

Published
November 27th, 2020

Decades of rivalry

The die was now cast for decades of rivalry between two companies, two images and two cultures, but both with the same overall objective: to develop and manufacture world-class diabetes medicine. Hagedorn, August Krogh and Kongsted belonged to the established social and intellectual elite with deep roots in the world of science and its way of thinking and pathos; the Pedersen brothers could not display the same impressive achievements or network. They therefore described themselves as manufacturers and virtually boasted about having a totally different background than their previous employers.

The differences could not have been greater. Nevertheless, although the Pedersen brothers starting the Novo branch did not have the same thorough understanding of diabetes, the same scientific background or even the same knowledge about manufacturing and selling pharmaceutical products as the Nordisk branch, their entrepreneurial spirit, inventiveness and perseverance compensated for these disadvantages. August Krogh had to eat his slightly condescending words. Harald and Thorvald Pedersen managed – and then some. But they did it in their way, and their approach to the task differed decisively.

The Pedersen brothers did not initially establish a foundation equivalent to the Nordisk Insulin Foundation, the main task of which was to award grants for scientific research. The Novo Foundation was not established until 1951, nearly three decades after the Nordisk Insulin Foundation was created, with Thorvald Pedersen as Chair and with both he and Harald Pedersen as life members of the Board. The Novo Foundation was mainly a foundation with corporate interests with the clear mission of ensuring the survival of Novo Terapeutisk Laboratorium and developing the business optimally. The Foundation began to award grants regularly in the early 1960s in medicine, veterinary sciences, natural sciences, business, the humanities and humanitarian and social causes.

In 1973, Novo Terapeutisk Laboratorium and Novo Industri merged and became Novo Industri A/S, the internationally known name. In 1974, Novo Industri A/S was listed on the Copenhagen Stock Exchange, with the Novo Foundation retaining a controlling interest in accordance with the Articles of Association and the owners’ wishes.

The competitors, Nordisk Insulinlaboratorium, followed a different path. Despite massively investing during that period in new sites and factory buildings, the company was initially self-financing. On the Nordisk branch, the management reorganised into three divisions: 1) the commercial part called Nordisk Gentofte A/S; 2) Steno Memorial Hospital Research Laboratory, which was renamed the Hagedorn Research Laboratory; and 3) Steno Memorial Hospital. The Nordisk Insulin Foundation continued to award grants.

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Our full story

Explore the history of the Novo Nordisk Foundation through the decades.

Merger on the horizon

How was the stage set in the mid-1980s? Two pharmaceutical companies, large by Danish standards but small in global terms, were operating within a few kilometres of each other, both manufacturing insulin as their core business. Both companies were pursuing the same markets, the same researchers and the same scientific personnel, which were vital to the future development of the companies.

There was talk of a possible merger in the circles around the two companies and their respective foundations. The discreet feelers came to nothing, at least at first. The historical, cultural and personal barriers were too great. August Krogh’s words to Harald Pedersen in 1924, “You’ll never manage that”, and Pedersen’s reply, “We will show you”, were perhaps no longer prominently displayed in the corridors of the respective companies, but the voices of the past and the fierce competition between them had not been forgotten. Nevertheless, in January 1989, the boards of the two foundations with corporate interests, Novo Foundation and Nordisk Insulinlaboratorium, issued a press release that unleashed tremendous external attention on the two companies and was the equivalent of a palace revolution internally. The press release was short and sweet: “The Boards of the Novo Foundation and Nordisk Insulinlaboratorium have agreed to merge the two foundations into the Novo Nordisk Foundation.” The press release did not merely culminate one of the largest mergers in Denmark’s corporate history; it was also an event that all employees of Nordisk and Novo, from the directors’ offices to the warehouses, will never forget.

But what led to this situation? How did events lead to the merger? The short answer can be summarised using some of the same terms that characterised August Krogh, Hans Christian Hagedorn, August Kongsted and the Pedersen brothers when they started out in the 1920s: considerable foresight, vision, courage, business sense and a strong desire to safeguard the future of the companies and thus the awarding of grants for scientific, humanitarian and social purposes. Common sense was also an ingredient, because a merger had obvious advantages. Most importantly, the merger would bring a totally different force behind the Foundation’s mandate “… to provide a stable basis for the commercial and research activities … ”. A merged company was also clearly expected to be able to generate greater profit and thus be able to increase the grants for health research, and this assumption turned out to be very true.

The Novo Nordisk Foundation thus came into being. Merging the predecessor foundations allowed one foundation to exercise the controlling interest in Novo and Nordisk, which thereby enabled the two companies to merge into Novo Nordisk A/S.

An independent actor

However, almost three years elapsed before the Novo Nordisk Foundation became an independent actor with its own management and administration instead of existing in a drawer in the offices of Novo Nordisk’s CEO. Not until 1999–2000 did the Foundation step into the limelight in its own right, a result of major changes in the Novo Group. The decision was made to split the company into two – one for health care, which retained the name Novo Nordisk A/S, and one for the enzyme business, which became Novozymes A/S.

Since the Foundation is the majority shareholder of Novo Nordisk A/S and Novozymes A/S, the demerger had a major effect on the Foundation. The personal overlap between the Foundation and the companies was reduced by establishing separate boards with new members for the two companies. In addition, the Foundation also took the bold new initiative of establishing a wholly owned subsidiary, Novo Holdings A/S, the main tasks of which are to manage the Foundation’s interests in the two operating companies, to implement the stable basis for the companies and to ensure sufficient income for the Foundation’s grant activities.

Thus, what started as a promising journey to Toronto nearly a century ago has developed today into a great Danish business venture. The Novo Nordisk Foundation has awarded thousands of grants, primarily for health research, with the funding increasing significantly in recent years. The Foundation’s journey continues.


The founders of the insulin adventure

Click a founder’s picture to read more

August Krogh

PROFESSOR IN ZOOPHYSIOLOGY, DR.PHIL. & JUR.

Marie Krogh

DOCTOR DR. MED.

Harald Pedersen

BLACKSMITH AND ENGINEER

H. C. Hagedorn

DOCTOR DR. MED.

August Kongsted

PHARMACIST

Thorvald Pedersen

CHEMIST

August Krogh

BORN IN GRENAA

Schack August Steenberg Krogh (1874–1949) was born in Grenaa, Denmark and received a degree in zoology in 1899. In 1903 he defended his dissertation: Frøernes hud- og lungerespiration [Respiration in the skin and lungs in frogs]. Krogh began his career working for Professor Christian Bohr (father of Niels Bohr) and the two men published a study that showed that the oxygen-binding affinity of haemoglobin is inversely related to the concentration of carbon dioxide. The discovery was called the Bohr effect and was entirely based on a device constructed by August Krogh. In 1916, Krogh was appointed Professor of Zoophysiology at the University of Copenhagen and, from 1916 to 1919, he carried out research explaining how an organism can meet greatly increased oxygen requirements during work by showing that relatively few capillaries are open during rest and many more open during work. In 1920, August Krogh received the Nobel Prize in Physiology or Medicine for his discovery and was subsequently invited to give a lecture tour in the United States. This was the start of the whole insulin adventure on which the history of the Novo Nordisk Foundation is based.

Marie Krogh

BORN IN HUSBY

Birte Marie Jørgensen (1874–1943) was born in Husby (Fyn), Denmark. She was determined to become a physician and succeeded in doing this in 1907. Thereafter, she started her own general practice in Copenhagen. She met August Krogh in 1904, and the couple married the following year. Alongside her work as a general practitioner, she continued doing scientific research, both independently and in collaboration with her husband. In 1910, the Kroghs published their highly acclaimed “Seven small devils” articles on the mechanism of gas exchange in the lungs. In 1914, Marie Krogh becomes the fourth woman in Denmark to earn a doctorate in medicine, defending her dissertation on oxygen diffusion in human lungs (Luftdiffusion gennem Menneskets Lunger).

Harald Pedersen

BORN IN ØSTER HURUP

Peter Harald Pedersen (1878–1966) was a born inventor and became an apprentice blacksmith when he was 15 years old. In 1907, he became an engineer at Frederiksberg Electricity Works, where he worked until 1918. In his spare time, he helped August Krogh at the Laboratory of Zoophysiology of the University of Copenhagen. He lost an eye following an accident at the Electricity Works and left the company. He then became the manager of August Krogh’s mechanical workshop, and they collaborated successfully until 1924, with the design of innovative machines and devices playing a major role.

H. C. Hagedorn

BORN IN COPENHAGEN

Hans Christian Hagedorn (1888–1971) was born in Copenhagen. He received his medical degree in 1912. After residency at Herning Hospital for 1 year, he became a general practitioner in Brande in central Jylland but moved back to Copenhagen in 1919, where he was employed in the medical department at Kommunehospitalet. Diabetes was one of his greatest interests, and he became Marie Krogh’s physician after she developed diabetes. He received his doctorate in 1921, defending his dissertation on the regulation of blood glucose in humans (Blodsukkerregulation hos mennesket), attended by August Krogh and others. Hagedorn was renowned in Denmark and abroad.

August Kongsted

BORN IN SLAGELSE

August Julius Helmuth Kongsted (1870–1939) was born in Slagelse, Denmark and educated at the pharmacy in the town. In 1908 he acquired Løve Apotek in Copenhagen and created Løvens kemiske Fabrik (now LEO Pharma). One of the first products the company developed was heart medicine based on the digitalis plant, a project on which Marie Krogh worked. Kongsted was a skilled pharmaceutical manufacturer and possessed resources that enabled him to make laboratory and manufacturing facilities available for both development and the initial manufacture of insulin. He was also able to pay the necessary investment costs.

Thorvald Pedersen

BORN IN ØSTER HURUP

Thorvald Andreas Pedersen (1887–1961) was interested in books as a child and fascinated with botany, which led him to pharmacy. He became a trainee pharmacist in Hobro and received a degree in pharmacy in 1910. In addition to his employment, he began to study chemistry in 1912, and from 1918–1923 he was employed as a chemist at Dansk Sojakagefabrik (a soybean-processing plant), before joining his brother to work on the manufacture of insulin.