Lee jong hyun biography of albert einstein
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| Won Kim |
| Seoul Stateowned University College of Physic, Korea |
Inaccuracy also leads a imposing team lay out researchers improve on the advanced target examination of NAFLD (ITEN) pool. The ITEN consortium above all f
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[Oct. ] The 5th KU-KAIST Joint Symposium
The hybrid style symposium (on-site and online) will be held on October 20th and 21st on ,
Date & Time: October 20th,
Ocotober 21st,
Venue: Onsite & Online
IRCMS Lounge, IRCMS Building & Zoom
< Day1 >
(1) Opening remarks
Toshio Suda, IRCMS, Kumamoto University
(2) Session Ⅰ- Hepatic Metabolism and Fibrosis ()
Talk1: Yuichiro Arima (IRCMS, Kumamoto University)
NASH/NAFLD treatment using "opto-metabolism"
Talk2: Won-il Jeong (GSMSE, KAIST)
"Hepatic glutamate and mGluR5 in liver fibrosis"
Talk3: Pilhan Kim (GSMSE, KAIST)
"Intravital imaging of hepatic steatosis and fibrosis"
(3) Session Ⅱ Keynote ()
Talk4: Keisuke Ito (IRCMS, KU & Albert Einstein College of Medicine)
"Mitochondrial contributions to hematopoietic homeostasis and the pathogenesis of hematological disorders"
(4) Session Ⅲ- Micro-Nano environment & Genetic Engineering ()
Talk5: Jinju Han (GSMSE, KAIST)
"AGO1 affects social behaviors by shaping brain structure"
Talk6: Hidenobu Muzuno (IRCMS, KU)
"Imaging neuronal activity pattern in developing neocotex"
Talk7: Hyun Jung Chung (Department of Biological Science, KAIST)
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Abstract
The effects of a silk amino acid (SAA) preparation on the physical stamina and male reproductive function of mice were investigated. Eight-week-old male ICR mice (29—31 g) were orally administered SAA (50, or mg/kg) for 44 d during min daily swimming exercise. The mice were subjected to a weight-loaded (5% of body weight) forced swimming on the 14th, 28th and 42nd day to determine maximum swimming time, and after a 2-d recovery period (treated with SAA without swimming exercise), parameters related to fatigue and reproductive function were analyzed from blood, muscles and reproductive organs. Repeated swimming exercise increased the maximum swimming time to some extent, in spite of a marked reduction in body weight gain, and SAA further enhanced the stamina in a dose-dependent manner. Forced swimming exercises increased blood parameters of tissue injury, but depleted blood glucose and tissue glycogen, which were substantially prevented by SAA treatment. In addition, SAA significantly reduced the muscular thiobarbituric acid-reactive substances and blood corticosterone content increased by forced swimming. Swimming exercise decreased the blood testosterone level, which was recovered by SAA, leading to enhanced sperm counts. These combined results indicate that