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KMID : 1007020060040010036
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Korean Soceity of Osteroporosis
2006 Volume.4 No. 1 p.36 ~ p.40
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Factors Influencing Bone Mass Measured by Ultrasonography in Korean Male College Students
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Ahn Sang-Mi
Kim Yeon-Kyeong
Lee Mi-Hyun
Kim Dae-Jung
Chung Yoon-Sok
Lee Kwan-Woo
Kim Mi-Hyun
Sung Chung-Ja
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Abstract
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Objectives: Acquisition of high peak bone mass is one of the important factors for prevention of osteoporosis. Factors influencing bone mass including anthropometry, biochemical bone markers, life style, and nutritional status were analyzed in college students.
Methods: Subjects were 469 male college students without diseases associated with bone metabolism. Life style and nutritional status were assessed by questionnaire. Broadband ultrasound attenuation(BUA) and speed of sound(SOS) at calcaneus were measured by ultrasonography(Sahara, Hologic, USA), and estimated bone mineral density(BMD) was calculated. Serum total alkaline phosphatase(TALP), N-mid osteocalcin and type 1 collagen C-terminal telopeptide(ICTP) were measured.
Results: Mean age of the subjects was 22.82±2.37 years, mean height was 174.78±5.00cm, mean weight was 68.99±8.84kg, mean body mass index(BMI) was 22.56±2.55kg/m2. Mean BUA was 75.45±16.73 dB/MHz, SOS was 15.59±25.21m/s, and estimated BMD was 0.55±0.10g/cm2. Mean TALP was 80.21± 19.10U/L, N-mid osteocalcin 24.14±7.31ng/mL, and ICTP was 4.54±1.24ng/mL. BMI had significant positive correlation with BUA and estimated BMD. N-mid osteocalcin had significant negative correlation with BUA, SOS, and estimated BMD. TALP had significant negative correlation with SOS and estimated BMD. ICTP had tendency to correlate negatively with BUA, SOS and estimated BMD. There was no significant correlation between bone mass and nutritional status such as calcium, protein, coffee, and alcohol intake. There was no significant correlation between bone mass and life style including smoking and exercise.
Conclusion: Ultrasonic bone mass had significant positive correlation with BMI and negative correlation with bone turnover rate.
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KEYWORD
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Young med, Bone mass, Body mass index, Bone tunover rate
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