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강황 섭취 또는 저항 운동과의 복합 처치가 성인 남성의 간 기능 효소들에 미치는 영향
백승준 ( Seung-Joon Paek ),이상현 ( Sang-hyun Lee ),박정수 ( Jung Su Park ),김준수 ( Jun-soo Kim ),박동호 ( Dong-ho Park ) 한국운동생리학회(구 한국운동과학회) 2021 운동과학 Vol.30 No.2
PURPOSE: This study aimed to investigate the effect of turmeric intake alone or in combination with resistance training on liver enzymes in adult men who regularly consumed alcohol at least twice a week. METHODS: Twelve men (age: 36.0±5.26 years, weight: 99.9±17.9 kg, and height: 184.0±6.5 cm) were randomly assigned to the turmeric intake (2-3 g/day) alone (TI, n=6) group or the TI plus resistance training (60 minutes of RT 3 times a week) (TI+RT, n=6) group for 8 weeks. Blood was collected before and after 8 weeks of treatment. The analyzed variables included glutamic oxaloacetic transaminase (GOT), glutamic pyruvic transaminase (GPT), γ-glutamyl transferase (γ-GTP), and GOT/GPT ratio. RESULTS: There was no significant interaction effect in all variables, but the main effect was found in all variables only in TI+RT group. The Cohen’s d effect size on the main effects of the TI+RT group on GOT (d=0.548), GPT (d=0.835), γ-GTP (d=0.623), and GOT/ GPT ratio (d=0.800) ranged from 0.548-0.835, respectively. However, body composition such as percent body fat (%, p>.05) and muscle mass (kg, p>.05) did not show the main effect on time points as well as the interaction effect (p>.05). CONCLUSIONS: Although the 8-week TI treatment did not show any statistically significant change, TI treatment showed a tendency to decrease in GOT, GPT, and γ-GTP, and the GOT/GPT ratio tends to increase. Therefore, there was a synergic effect of the TI plus RT treatment or the sum of the two treatments for 8 weeks.
rhBMP-2의 작용기전과 구강악안면 영역의 골재생을 위한 rhBMP-2의 활용
황순정(Soon Jung Hwang),박민우(Min-Woo Park),박재봉(Jae bong Park),박현수(Hyun Soo Park),백승준(Seung-Jun Paek),설희경(Hee-Kyung Sul),이경진(Kyung jin Lee),홍동환(Dong-Hwan Hong) 대한치과의사협회 2015 대한치과의사협회지 Vol.53 No.1
To overcome shortcoming of autogeneous, allogenic, xenogenic and alloplastic bone grafts, various growth factors related to bone regeneration have been identified and developed. Among them, rhBMP 2 is regarded as the most potent osteoinductive growth factor and it can trigger the differentiation of mesenchymal stem cells to osteogenic cells for accelerated new bone formation And several commercial products of rhBMP 2 are available in Korea. It is applied to maxillary sinus augmentation, guided bone regeneration and preservation of extraction socket. In this review, the development, action mechanism and clinical applications of rhBMP 2 will be described.