We know that a person with a parent who suffers from the disease is twice as likely to develop diabetes themselves, but we don't know who will
develop kidney complications and who will develop cardiovascular disease as a result.
Not exact matches
Ensuring people diagnosed with diabetes are able to manage their diabetes effectively in order to reduce their risk of
developing long term
complications such as heart disease, stroke,
kidney failure, blindness and amputation should also be the long term goal of the health service.
Diabetes increases the risk of life threatening
complications and makes people four times as likely to
develop heart disease and three times as likely to
develop kidney failure..
This together with a healthy lifestyle will reduce the chances of
developing the long - term
complications of diabetes such as blindness, heart disease, amputation,
kidney failure and nerve damage.
This «insulin resistance» which
develops in those with Type 1 diabetes is a major contributor to other
complications, such as
kidney failure and cardiovascular disease.
• Most women who
developed AKI during pregnancy had no recorded pre-existing health conditions; however, compared with healthy women, those with pre-pregnancy hypertension, diabetes, chronic
kidney disease, or lupus were at least twice as likely to
develop AKI during pregnancy, and those with a major pregnancy - related
complication such as preeclampsia were nearly 4 - times more likely to
develop AKI.
In turn, the injury in the heart muscle after a heart attack
develops a progressive signal that triggers structural pathology and
complications in the
kidneys, which can affect survival in heart attack patients.
«We wanted to know if eradication of this very small population of stem cells would improve organ function, and both
kidney and heart were completely protected from
developing fibrosis - related
complications (e.g.,
kidney failure and heart failure),» said Humphreys, who also heads the Onco - Nephrology Program at the Dana - Farber Cancer Institute.
Genetic data combined with information on gene expression and epigenomics in relevant tissues, and clinical information, can provide clues about the effects of genetic changes within an individual's genome that increase or decrease one's risk of
developing type 2 diabetes and its
complications, including heart and
kidney disease.
«We are very eager to
develop new treatments for diabetic
kidney disease,» says George King, M.D., lead author of the study, and chief scientific officer, head of the Dianne Nunnally Hoppes Laboratory for Diabetes
Complications and a professor of medicine at Harvard Medical School.
For the simvastatin example, roughly one to two percent of patients who take the ubiquitous drug
develop myopathy, a painful muscle injury that can lead to
kidney complications and death in its most severe forms.
Kidney disease is one more potential
complication of poorly controlled diabetes, and, unfortunately, it can
develop over a number of years before symptoms show.
So far, the FDA has been unable to pinpoint exactly why so many pets have
developed kidney disease and other
complications resulting from consuming these toxic treats.