Den 10 sept fick Ronald Evans ta emot Rolf Luft Award 2025. Han höll en uppskattad prisföreläsning.
Professor Evans berättade om alla idag kända nukleära receptorer, viktiga för cellers metabolism och funktion. Upptäckten av tex PPAR gamma har lett till bättre behandling av typ 2-diabetes.
År 2020 upptäckte Evans laboratorium en roll för den nukleära hormonreceptorn ERRgamma, som en viktig faktor för att skapa transplanterbara mänskliga betaceller från stamceller. Detta i sin tur kan leda till potentiellt botemedel för såväl typ 1- som typ 2-diabetes.
ROLF LUFT Award and Symposium, September 10, 2025
Recipient of the Rolf Luft Award 2025
Professor Ronald M Evans, The Salk Institute, La Jolla, USA, receives the
ROLF LUFT AWARD 2025 for the discovery and the functional characterization of the superfamily of nuclear hormone receptors, ligand activated transcription factors that play a key role in physiology and metabolic disease
Motivation for the Rolf Luft Award 2025
Ronald Evans Scientific Contributions to Diabetes, Endocrinology and Metabolism
Dr. Ronald M. Evans is a renowned molecular geneticist known for groundbreaking work on nuclear hormone receptors that revolutionized our understanding of molecular mechanisms governing gene regulation and metabolic processes.
His 1985 discovery of human
glucocorticoid receptor (GR), its complete sequence, molecular blueprint and function, played a
pivotal role in unraveling the complex interactions between hormones and genes, opening new
avenues of research and shedding light on how hormones control various physiological
processes, including metabolism, development, and immune responses.
In 1988
Evans proposed the existence of a Steroid-Thyroid Receptor Superfamily. This was a paradigm shift launching a new era of endocrinology, and ultimately revealing more than 42
previously unknown ‘orphan receptors’ including receptors for Vitamins A and D, thyroid
hormone (co-published with Björn Vennström), prostaglandins, bile acids, xenobiotics and more.
This led to many new treatments in cancer, metabolism and diabetes.
In 2020, Evans’ lab
uncovered a role for ERR-gamma, a key factor for making transplantable human beta cells,
bringing us closer to potential cures for Type 1 diabetes.
From this body of work, it’s clear
Evans has dedicated his career to harnessing nuclear hormone receptors to increase the
effectiveness of many disease therapies.
Rolf Luft
Father of Endocrinology in Sweden
He was born in 1914 in Stockholm, Sweden. In 1944, he
obtained his PhD from Karolinska Institute for his thesis
entitled: “A study on Hirsutism, Cushing´s Syndrome and
Precocious Puberty”.
A grant from the Knut & Alice Wallenberg Foundation in 1946
gave him the opportunity to visit Massachusetts General
Hospital in the USA for one year, working with Fuller Albright.
As a professor and head of the Department of Endocrinology at
Karolinska Hospital, he has supervised a legion of scholars in
diabetes.
He discovered in 1958 a disturbed function of mitochondria as
a cause of disease (referred to as Luft disease) that led to the
development of Mitochondrial Medicine for which the word
identifies him as the Father of Mitochondrial Medicine. In the
early descriptions of mitochondrial diseases, diabetes mellitus
was thought to be related.
In 1988, mutations in the mitochondria were associated with
diabetes mellitus that led to the discovery of mitochondrial
diabetes.
He received innumerable awards, a number of honorary
doctorates and was made an honorary member of several
diabetic associations and scientific academies in different
countries.
He served as President of the International Diabetes
Federation (IDF) for six years and was a founding member of The
European Association for the Study of Diabetes (EASD).
He was a
member of the Nobel Assembly at Karolinska Institute 1961 –
1980 and served as chairman of the Nobel Committee for
Physiology or Medicine 1976 – 1978.
Rolf Luft published the first national program for diabetes care
1967.
Rolf Luft died in 2007
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