SUFIAN, MKNB, HIRA, Tohru, MIYASHITA, Kyoko, NISHI, Takashi, ASANO, Kozo, HARA, Hiroshi
We found that soybean β-conglycinin peptone (BconP) suppresses food intake through cholecystokinin (CCK) release from enteroendocrine cells in association with binding of the peptone to rat small...
SUFIAN, MKNB, HIRA, Tohru, MIYASHITA, Kyoko, NISHI, Takashi, ASANO, Kozo, HARA, Hiroshi
We found that soybean β-conglycinin peptone (BconP) suppresses food intake through cholecystokinin (CCK) release from enteroendocrine cells in association with binding of the peptone to rat small...
SUFIAN, MKNB, HIRA, Tohru, MIYASHITA, Kyoko, NISHI, Takashi, ASANO, Kozo, HARA, Hiroshi
We found that soybean β-conglycinin peptone (BconP) suppresses food intake through cholecystokinin (CCK) release from enteroendocrine cells in association with binding of the peptone to rat small...
L-homoarginine suppresses exocrine pancreas in rats. (2003)
Hira, Tohru, Ohyama, Sumika, Hara, Hiroshi
Previously, we found that guanidinated casein, a l-homoarginine-containing protein, was a more potent stimulator of pancreatic enzyme secretion than intact casein in rats. In this study, we examined...
L-homoarginine suppresses exocrine pancreas in rats. (2003)
Hira, Tohru, Ohyama, Sumika, Hara, Hiroshi
Previously, we found that guanidinated casein, a l-homoarginine-containing protein, was a more potent stimulator of pancreatic enzyme secretion than intact casein in rats. In this study, we examined...
L-homoarginine suppresses exocrine pancreas in rats. (2003)
Hira, Tohru, Ohyama, Sumika, Hara, Hiroshi
Previously, we found that guanidinated casein, a l-homoarginine-containing protein, was a more potent stimulator of pancreatic enzyme secretion than intact casein in rats. In this study, we examined...
Hira, Tohru, Hara, Hiroshi, Tomita, Fusao
Dietary proteins are recognized by the gastrointestinal tract to display physiological functions, however, the sensory mechanism of the intestinal mucosa is not known. We examined binding properties...
Hira, Tohru, Hara, Hiroshi, Tomita, Fusao
Dietary proteins are recognized by the gastrointestinal tract to display physiological functions, however, the sensory mechanism of the intestinal mucosa is not known. We examined binding properties...
Hira, Tohru, Hara, Hiroshi, Tomita, Fusao
Dietary proteins are recognized by the gastrointestinal tract to display physiological functions, however, the sensory mechanism of the intestinal mucosa is not known. We examined binding properties...
Hara, Hiroshi, Ohyama, Sumika, Hira, Tohru
We determined whether pancreatic adaptation to a high-protein diet depends on ingested protein in the intestinal lumen and whether such adaptation depends on a CCK or capsaicin-sensitive vagal...