Search Results - "Ikeji, Takuya"

Acute effects of lactic acid-fermented and enzyme-digested soybean on protein synthesis via mTOR signaling in the skeletal muscle by Ono, Kohei, Tanaka, Minoru, Ikeji, Takuya, Nakanishi, Ryosuke, Hirabayashi, Takumi, Tategaki, Airo, Kondo, Hiroyo, Ishihara, Akihiko, Fujino, Hidemi

“…Protein-containing nutrients result in the efficient hypertrophy of muscles by increasing muscle protein synthesis. Soybean is often ingested by athletes or…”
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Protective effects of Enterococcus faecium strain R30 supplementation on decreased muscle endurance under disuse in rats by Tanaka, Minoru, Ikeji, Takuya, Nakanishi, Ryosuke, Hirabayashi, Takumi, Ono, Kohei, Hirayama, Yusuke, Tategaki, Airo, Kondo, Hiroyo, Ishihara, Akihiko, Fujino, Hidemi

“…New Findings What is the central question of this study? Does Enterococcus faecium strain R30 (R30), a new lactic acid bacterial strain for supplementation,…”
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Associations among falls, gait variability, and balance function in idiopathic normal pressure hydrocephalus by Nikaido, Yasutaka, Urakami, Hideyuki, Akisue, Toshihiro, Okada, Yohei, Katsuta, Naoya, Kawami, Yuki, Ikeji, Takuya, Kuroda, Kenji, Hinoshita, Tetsuya, Ohno, Hiroshi, Kajimoto, Yoshinaga, Saura, Ryuichi

“…•iNPH-associated gait and balance disturbances can increase the risk of falling.•The factors influencing falls in patients with iNPH remain unclear.•Advanced…”
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Application of transcutaneous carbon dioxide improves capillary regression of skeletal muscle in hyperglycemia by Matsumoto, Tomohiro, Tanaka, Masayuki, Ikeji, Takuya, Maeshige, Noriaki, Sakai, Yoshitada, Akisue, Toshihiro, Kondo, Hiroyo, Ishihara, Akihiko, Fujino, Hidemi

“…The purpose of the present study was to determine the effects of transcutaneous CO application on the blood flow and capillary architecture of the soleus…”
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The effect of CSF drainage on ambulatory center of mass movement in idiopathic normal pressure hydrocephalus by Nikaido, Yasutaka, Akisue, Toshihiro, Kajimoto, Yoshinaga, Ikeji, Takuya, Kawami, Yuki, Urakami, Hideyuki, Sato, Hisatomo, Nishiguchi, Tadayuki, Hinoshita, Tetsuya, Iwai, Yuka, Kuroda, Kenji, Ohno, Hiroshi, Saura, Ryuichi

“…•Idiopathic normal pressure hydrocephalus involves abnormal center of mass movements.•This includes heightened lateral amplitudes and diminished vertical…”
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Amelioration Of Capillary Regression Of Skeletal Muscle Under Disuse Condition By Enterococcus Faecium Strain R30 Supplementation: 365 Board #203 May 29 9:30 AM - 11:00 AM by Fujino, Hidemi, Kondo, Hiroyo, Ikeji, Takuya, Hirayama, Yusuke, Takegaki, Airo, Ishihara, Akihiko

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Effects of Transcutaneous Carbon Dioxide (CO2) on Hyperglycemia‐Induced Capillary Regression in Skeletal Muscle by Matsumoto, Tomohiro, Takuwa, Miho, Hirabayashi, Takumi, Ikeji, Takuya, Ono, Kohei, Maeshige, Noriaki, Kondo, Hiroyo, Fujino, Hidemi

“…Hyperglycemia causes microvascular impairment in skeletal muscle of diabetes. Transcutaneous carbon dioxide (CO2) have been shown to increase capillary in…”
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Preventive effects of capillary regression on Brazilian honeybee propolis in disused skeletal muscle of rats by Fujino, Hidemi, Kondo, Hiroyo, Matsumoto, Tomohiro, Ono, Kohei, Ikeji, Takuya, Takuwa, Miho, Hirabayashi, Takumi, Ishihara, Akihiko

“…PURPOSE A chronic decrease in activity results in muscle capillary regression that is due, in part, to the overproduction of reactive oxygen species. Brazilian…”
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A comparison of protective effects between electrical and pulsed‐magnetic stimulation in the deep layer of skeletal muscles under disuse condition by Ono, Kohei, Nakanishi, Ryosuke, Matsumoto, Tomohiro, Takuwa, Miho, Hirabayashi, Takumi, Ikeji, Takuya, Tanaka, Minoru, Maeshige, Noriaki, Kondo, Hiroyo, Fujino, Hidemi

“…Electrical stimulation (ES) fails to prevent the muscle atrophy in the deep layer of extremities and trunk because ES cannot easily pass through the adipose…”
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Protective effects of Enterococcus faecium strain R30 on transformation of slow to fast fiber under inactive condition by Ikeji, Takuya, Hirayama, Yusuke, Matsumoto, Tomohiro, Ono, Kohei, Takuwa, Miho, Hirabayashi, Takumi, Tategaki, Airo, Kondo, Hiroyo, Fujino, Hidemi

“…Inactivity results in the transformation of slow to fast fiber and mitochondria dysfunction in skeletal muscle. PGC‐1α, a transcriptional factor, can prevent…”
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Preventive effects of medium‐chain triglycerides supplementation on the dysfunction of mitochondrial oxidative phosphorylation in skeletal muscle under cachectic condition by Hirabayashi, Takumi, Tanaka, Minoru, Matsumoto, Tomohiro, Ikeji, Takuya, Ono, Kohei, Takuwa, Miho, Maeshige, Noriaki, Kondo, Hiroyo, Fujino, Hidemi

“…Cachexia is a complex metabolic syndrome associated with underlying chronic diseases and is characterized dysfunction of mitochondrial oxidative…”
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Responses of Muscle Satellite Cells to Lemon Myrtle Supplementation Combined with Electrical Stimulation in Disuse‐induced Skeletal Muscle Atrophy by Takuwa, Miho, Matsumoto, Tomohiro, Hirabayashi, Takumi, Ikeji, Takuya, Ono, Kohei, Honda, Shinichi, Yamamoto, Ayumi, Kondo, Hiroyo, Fujino, Hidemi

“…Disuse condition leads to decrease fiber cross‐sectional area and satellite cell activity in skeletal muscle. Transcutaneous electrical stimulation (ES) can…”
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Effects of Transcutaneous Application of Carbon Dioxide on diabetic muscle atrophy by Kondo, Hiroyo, Tani, Tomomi, Naito, Kana, Niimi, Yurina, Nakane, Moemi, Sugiyama, Yui, Okayasu, Kanako, Takemoto, Hatsumi, Matsumoto, Tomohiro, Takuwa, Miho, Hirabayashi, Takumi, Ikeji, Takuya, Ono, Kohei, Fujino, Hidemi

“…Introduction Diabetes results in muscle atrophy, also called diabetic myopathy. Both the increase in muscle proteolysis and the decrease in muscle protein…”
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Transcutaneous carbon dioxide attenuates impaired oxidative capacity in skeletal muscle in hyperglycemia model by Matsumoto, Tomohiro, Tanaka, Masayuki, Nakanish, Ryosuke, Takuwa, Mihi, Hirabayashi, Takumi, Ono, Kohei, Ikeji, Takuya, Maeshige, Noriaki, Sakai, Yoshitada, Akisue, Toshihiro, Kondo, Hiroyo, Ishihara, Akihiko, Fujino, Hidem

“…Hyperglycemia impairs oxidative capacity in skeletal muscle. Muscle oxidative capacity is regulated by peroxisome proliferator-activated receptor-γ…”
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