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Printable Handouts
Navigable Slide Index
- Introduction
- Diabetes complications
- Coronary artery disease mortality in type 1 diabetes
- Cardiovascular disease mortality in type 1 diabetes
- Life expectancy with type 1 diabetes
- Cause-specific death in type 1 diabetes
- Preventing complications in type 1 diabetes
- Diabetes control and complications trial
- Diabetes control and complications trial follow-up
- Intensive T1D treatment and cardiovascular events
- DCCT cumulative mortality by treatment group
- Preventing complications - DCCT
- Excellent vs. poor T1D control
- Glycaemic control survey across Europe
- Insulin pump treatment risks and benefits
- Preventing complications in T1D - other risk factors
- Statins in type 1 diabetes
- Preventing complications in T1D - HPS
- Obesity in type 1 diabetes
- Obesity in type 1 diabetes - Scottish survey
- Insulin resistance in type 1 diabetes
- Metformin and endothelial function
- Systematic review: metformin in type 1 diabetes
- Metformin and the AMPK enzyme
- Metformin suppresses gluconeogenesis
- Preventing complications in T1D REMOVAL trial
- The REMOVAL trial design
- REMOVAL trial world distribution
- REMOVAL trial recruitment and measurements
- Carotid IMT as an outcome measure in T1D
- The glucagonocentric restructuring of diabetes
- Preventing complications in T1D - GLP-1
- GLP-1 agonists
- GLP-1 modes of action in humans
- GLP-1 receptor agonists in T2DM
- GLP-1 receptor agonists in T2DM - weight change
- GLP-1 agonists and blood pressure meta analyses
- GLP-1 agonist trials in T2DM
- GLP-1 trials in T1DM
- Preventing complication in T1D - DPP-4
- DPP-4 inhibitors
- Preventing complication in T1D - SGLT2
- SGLT2 inhibitors
- SGLT2 inhibitors mechanism of action
- SGLT2 inhibitors - blood pressure effect
- Glucose control with SGLT2 inhibitors
- Weight change with SGLT2 inhibitors
- SGLT2 inhibitor trials in T2DM
- SGLT2 inhibitor trials in T1DM
- Preventing complications in T1D - adjunct therapies
- The RENEWAL trial
- Preventing complications: Intermediate mechanisms
- Conclusions
- Acknowledgments
- Potential conflicts of interest
Topics Covered
- Type 1 diabetes and reduction in life expectancy
- Tight glycaemic control and reduction of complications
- Intensive insulin therapy association with hypoglycaemia and weight gain
- “Non-insulin adjunct therapy” and relevant clinical trials
Links
Series:
Categories:
Therapeutic Areas:
Talk Citation
Petrie, J. (2015, August 31). Type 1 diabetes: control and complications trials [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved November 21, 2024, from https://doi.org/10.69645/ERXJ3031.Export Citation (RIS)
Publication History
Financial Disclosures
- Prof. John Petrie has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
A selection of talks on Clinical Practice
Transcript
Please wait while the transcript is being prepared...
0:00
JOHN PETRIE: I'm John Petrie.
I'm professor of diabetic
medicine at the University
of Glasgow in the UK.
This presentation is
about Type 1 Diabetes,
Control and Complications Trials.
0:13
The complications of diabetes
that have been established
over many years are shown on the
left-hand side of this slide,
and the more recently recognized
ones are on the right.
The complications that we
will be focusing on today
are those of myocardial
infarction and stroke,
sometimes known as the
macrovascular complications,
which can also include
peripheral vascular disease.
0:41
The slide here shows a study by
Krolewski, which compared the rates
of mortality in the Pittsburgh
cohort of people with type 1
diabetes, with those in
the Framingham cohort,
looking at mortality over
different age groups.
And from this slide,
published in 1987,
you can see that the rates of
mortality in people with type 1
diabetes were very high.
And this was mainly due to coronary
artery disease in comparison
with non-diabetic,
healthy individuals
in the Framingham cohort.
This is a case in men and women.
And the relative risk of
mortality at any particular age,
you'll see in this slide, is
really massively elevated up
to 20-fold in some age groups, and
particularly high in young women
in whom the background
rates in the population
are, of course, very low.
1:38
We have updated in the
next slide these data
in the Scottish population in
which we have about 25,000 people
with type 1 diabetes who
were followed up using
our nationwide unintrusive
epidemiology systems with data
linkage not just to mortality
data, but to morbidity data
and also pharmacy data
and biochemistry data.
This particular slide is a
publication from a few years ago,
PLOS Medicine, where we've looked
in a very similar manner to the risk
of cardiovascular disease
and total mortality in adults
with type 1 diabetes in Scotland.
This shows the
age-standardized rate of events
according to different age
groups in males and females
with and without type 1 diabetes.
You can see that if you
compare the red line at the top
with the blue line
two from the bottom,
this are the rates of events in men
with and without type 1 diabetes
and really summarizing the
relative risk in terms of incidence
rates of cardiovascular disease.
The men right across
the spectrum, the rates
are elevated to almost
two-and-a-half-fold
and in women threefold.
And the risk starts at
a very young age group.