What bone age is associated with genetic short stature?

What bone age is associated with genetic short stature?

• A. Bone age similar to chronological age
• B. No bone age correlation
• C. Significantly delayed bone age
• D. Significantly advanced bone age

Answer: (A)

Bone maturation tracks with a child’s overall growth pace, and in genetic (familial) short stature the bone age is typically in line with the child’s chronological age. This means their skeletal maturity progresses at a normal rate even though their height is below average due to inherited potential. If bone age were delayed, it would point toward constitutional growth delay or certain endocrine issues; if it were advanced, it would suggest premature maturation such as in precocious puberty. So a bone age that matches chronological age best fits genetic short stature.

Bone maturation tracks with a child’s overall growth pace, and in genetic (familial) short stature the bone age is typically in line with the child’s chronological age. This means their skeletal maturity progresses at a normal rate even though their height is below average due to inherited potential. If bone age were delayed, it would point toward constitutional growth delay or certain endocrine issues; if it were advanced, it would suggest premature maturation such as in precocious puberty. So a bone age that matches chronological age best fits genetic short stature.