-transparent.png){kind=logo}
The specific binding of 125I-labeled gastrin-17 was studied in samples of human gastric mucosa, duodenal mucosa, colonic mucosa or pancreatic tissue obtained surgically. With regard to gastric fundic mucosa, the criteria for receptor binding were studied, and saturability, high affinity, tissue specificity and hormone specificity were demonstrated. The dissociation constant for gastric fundic mucosa was 1.6 X 10(-9)M, and the binding capacity was 15 fmol/mg protein. Tissue specificity studies revealed a high degree of gastrin receptor binding in human gastric fundic mucosa, duodenal mucosa and pancreas, whereas antral mucosa and colonic mucosa demonstrated a low degree of binding.
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
April 1985,
Zeitschrift fur Gastroenterologie. Verhandlungsband,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
April 1988,
The Journal of biological chemistry,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
November 2003,
Cancer,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
April 1990,
Biulleten' eksperimental'noi biologii i meditsiny,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
October 1994,
Gastroenterology,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
February 1995,
Gut,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
January 1987,
Gastroenterology,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
April 2000,
Therapeutische Umschau. Revue therapeutique,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
August 2009,
World journal of gastroenterology,
T Kumamoto, and
K Sumii, and
K Haruma, and
A Tari, and
K Tanaka, and
G Kajiyama
December 2006,
Nutrition research reviews,
