Cookies on this website

We use cookies to ensure that we give you the best experience on our website. If you click 'Continue' we'll assume that you are happy to receive all cookies and you won't see this message again. Click 'Find out more' for information on how to change your cookie settings.

RDM’s Dr Daniela Nasteska introduces the colourful world of diabetes research via a brand-new video produced by Oxford Sparks.

Type 2 diabetes is one of the oldest known ailments. In fact, the Indian healer Sushruta described it in the 5th century BC as 'madhumeha', or honey-like urine, when he noticed that urine from sick people attracted ants. Fortunately, medicine has progressed a long way since this time, and Type 2 diabetes is now a condition that can be lived with. So, what actually causes the disease, and how can we treat it?

In the video, Daniela explains how studying islets – small blobs of cells in the pancreas responsible for producing hormones which regulate sugar levels in the body – is the key to understanding more about type 2 diabetes.

Oxford Sparks is the University of Oxford's digital engagement platform for sciences. Find out how you can get involved.
Read more about Daniela's work, funded by Diabetes UK.

Similar stories

New technology helps decode the genetic changes behind disease

RDM researchers have developed a new technology that can reveal new therapeutic targets from common genetic variants linked to disease.

Professor Marella de Bruijn receives MRC Programme Award

Congratulation to Professor de Bruijn, who has been awarded funding from the UKRI Medical Research Council to investigate how the first blood stem cells formed in the embryo acquire their exceptional regenerative potential, with the aim of informing future stem cell therapies.

How body fat is stored across organs may reveal hidden health risks, study suggests

University of Oxford researchers have found that how fat accumulates in the body is just as important for identifying different health risks as a person’s overall weight.

New pump-priming awards support cross-cutting research across RDM

Five Radcliffe Department of Medicine research teams have secured pump-priming funding to support new collaborations and early-stage research aligned with RDM’s cross-cutting research themes.

Professor Leanne Hodson receives Physiological Society Prize Lecture

The Joan Mott Prize Lecture celebrates women in physiology whose work has demonstrated impact.

First real-world trial shows AI could reduce need for contrast injections in heart MRI scans

The technology could make advanced heart MRI faster, cheaper and more accessible.

Similar stories

New technology helps decode the genetic changes behind disease

RDM researchers have developed a new technology that can reveal new therapeutic targets from common genetic variants linked to disease.

Professor Marella de Bruijn receives MRC Programme Award

Congratulation to Professor de Bruijn, who has been awarded funding from the UKRI Medical Research Council to investigate how the first blood stem cells formed in the embryo acquire their exceptional regenerative potential, with the aim of informing future stem cell therapies.

How body fat is stored across organs may reveal hidden health risks, study suggests

University of Oxford researchers have found that how fat accumulates in the body is just as important for identifying different health risks as a person’s overall weight.

New pump-priming awards support cross-cutting research across RDM

Five Radcliffe Department of Medicine research teams have secured pump-priming funding to support new collaborations and early-stage research aligned with RDM’s cross-cutting research themes.

Professor Leanne Hodson receives Physiological Society Prize Lecture

The Joan Mott Prize Lecture celebrates women in physiology whose work has demonstrated impact.

First real-world trial shows AI could reduce need for contrast injections in heart MRI scans

The technology could make advanced heart MRI faster, cheaper and more accessible.