“…Some previous studies have recognized that individuals with overt T2DM more often report a history of diabetes in their mother than in their father [5,6], although this has been contradicted by others [7,8]. We have taken a different approach, identifying groups of women according to their family history of diabetes and then testing them for hyperglycaemia at a time of increased susceptibility.…”
Genetic predisposition to GDM should be equally shared by daughters of diabetic mothers and fathers. An excess of maternal transmission of diabetes is consistent with an epigenetic effect of hyperglycaemia in pregnancy acting in addition to genetic factors to produce diabetes in the next generation.
“…Some previous studies have recognized that individuals with overt T2DM more often report a history of diabetes in their mother than in their father [5,6], although this has been contradicted by others [7,8]. We have taken a different approach, identifying groups of women according to their family history of diabetes and then testing them for hyperglycaemia at a time of increased susceptibility.…”
Genetic predisposition to GDM should be equally shared by daughters of diabetic mothers and fathers. An excess of maternal transmission of diabetes is consistent with an epigenetic effect of hyperglycaemia in pregnancy acting in addition to genetic factors to produce diabetes in the next generation.
“…A single large prospective study, where data was available on parents and offspring, failed to confirm excessive maternal transmission [3]. A smaller study in Indian families came to a similar conclusion [4].…”
We therefore conclude that there is no evidence for maternal transmission of diabetes in the GK rat. Mothers were able to adjust their supply of milk so that offspring attained similar weights independent of litter size. The weight of the offspring remained independent of litter size into adult life.
“…Epidemiological studies in urban southern Indians have shown that they have a high prevalence of type 2 diabetes and impaired glucose tolerance[1–2], and they also have a clustering of cardiovascular risk factors or the presence of ‘syndrome X’[3]. It has also been noted in the epidemiologically‐[1–3] and clinically‐based[4,5–6] studies that they have a high familial aggregation of type 2 diabetes. Offspring of diabetic parents show a high risk of diabetes and the risk is shown to increase with an increasing family history of diabetes[6,7].…”
Section: Introductionmentioning
confidence: 99%
“…The risk factors for diabetes in Indians include: positive family history of diabetes; body mass index (b.m.i. ); upper body adiposity indicated by the waist‐to‐hip ratio (WHR); and urbanization[2–16]. They also have insulin resistance indicated by hyperinsulinaemia[2,17].…”
In this population, general and central obesity are associated with a family history of diabetes. A family history of diabetes may increase the risk of hypertension and hyperlipidaemia indirectly through its connection with b.m.i.
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