
A new study has found that diabetes is an inherited condition.
Researchers suggest that unusual form of inheritance might play a role in the increasing rates of diabetes, especially in children and young adults.
Advertisement
The research team is currently studying the metabolic programming, which occurs when an insult during a critical period of development, either in the womb or soon after birth, triggers permanent changes in metabolism.
In the present study conducted using a mouse model the team looked at the effects of a diet high in saturated fat on mice and their offspring.
The results showed that a high-fat diet induced type 2 diabetes in the adult mice and that this effect was reversed by stopping the diet.
However, if female mice continued a high-fat diet during pregnancy and/or suckling, their offspring also had a greater frequency of diabetes development, even though the offspring were given a moderate-fat diet.
These mice were then mated with healthy mice, and the next generation offspring (grandchildren of the original high-fat fed generation) could develop diabetes as well.
They found that exposing a fetal mouse to high levels of saturated fats can cause it and its offspring to acquire diabetes, even if the mouse goes off the high-fat diet and its young are never directly exposed.
The study will be published in the September issue of the Journal of Lipid Research.
Source: ANI
RAS/V
The results showed that a high-fat diet induced type 2 diabetes in the adult mice and that this effect was reversed by stopping the diet.
Advertisement
However, if female mice continued a high-fat diet during pregnancy and/or suckling, their offspring also had a greater frequency of diabetes development, even though the offspring were given a moderate-fat diet.
These mice were then mated with healthy mice, and the next generation offspring (grandchildren of the original high-fat fed generation) could develop diabetes as well.
They found that exposing a fetal mouse to high levels of saturated fats can cause it and its offspring to acquire diabetes, even if the mouse goes off the high-fat diet and its young are never directly exposed.
The study will be published in the September issue of the Journal of Lipid Research.
Source: ANI
RAS/V
Advertisement
Advertisement
|
Advertisement
Recommended Readings
Latest Genetics & Stem Cells News

Relapsing-remitting multiple sclerosis has been successfully treated using autologous hematopoietic stem cell therapy.

Innovative discoveries in male hair loss research uncover uncommon genetic variants tied to it.

Researchers achieved a significant milestone in uncovering the genetic basis of dilated cardiomyopathy in Dobermanns.

Groundbreaking gene therapy for genetic beta thalassemia is now accessible as a treatment to a patient post-FDA approval.

Thymic stem cells actively participate in their environment by generating extracellular matrix proteins, essentially forming their own support system.