New York: Being short and especially having short legs appear to increase the risk being overweight and developing type 2 diabetes in middle age, new research shows.
"Our study shows that adult stature can be helpful in predicting the risk of diabetes independently from other known risk factors," researchers report in the journal in Diabetes Care.
The length of a person's legs is an indicator of childhood nutrition, which may have long-lasting effects on health, notes Dr Keiko Asao and colleagues from Johns Hopkins University in Baltimore.
Short leg length and low leg length-to-height ratio are two indicators of sub optimal childhood development.
Asao's team studied the relationship between stature-related measurements, amount of body fat and two pre-diabetic condition; insulin resistance, in which the body is resistant to the blood-sugar regulating hormone insulin, and glucose intolerance, marked by elevated blood sugar levels.
The study included 7,424 men and women between 40 and 74 years old.
In women, per cent body fat was significantly higher in those with shorter height, shorter leg length, and lower leg length-to-height ratio, even after considering factors know to influence body fat.
A similar pattern was noted in men, although none of the associations reached statistical significance.
Lower leg length-to-height ratio, but not height or leg length, was also associated with greater levels of insulin resistance in subjects without diabetes.
And all three-body features (shorter height, shorter leg length, and lower leg length-to-height ratio) were associated with a higher prevalence of diabetes.
For example, a 1-standard deviation lower leg length-to-height ratio was associated with a 19 per cent greater risk of having type 2 diabetes.
"Insofar as adult stature is an indicator of development and growth during early life," conclude the investigators, the risk of obesity and diabetes in adulthood "might begin to accrue before puberty,” the researchers say.
Therefore, interventions to improve childhood nutrition "could represent novel means to combat the epidemic of obesity and type 2 diabetes," they add.
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