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Volume 57 (1952 - 195･･･
- Issue 4 Pages 299-
- Issue 2-3 Pages 101-
- Issue 1 Pages 1-
Volume 57, Issue 1
Displaying 1-13 of 13 articles from this issue
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Rikio Musha1952 Volume 57 Issue 1 Pages 1-7
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
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Masabumi Yamasaki, Tsunetake Oikawa1952 Volume 57 Issue 1 Pages 8
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
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Yoshito Takaoka, Tokizo Yamaguchi, Kinori Kosaka1952 Volume 57 Issue 1 Pages 9-15
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
JOURNAL FREE ACCESS1. The serum A/G decreases after the removal of the parotid glands in dogs and rabbits.
2. The injection of parotin in doses of 10mg. per kg. of body weight raises the serum A/G of normal rabbits, but does not change the blood sugar level. We assert, therefore, that the parotid gland participates in serum protein.
3. We discussed the possibility that the cause of parotid enlargement of malnutrition could be explained by our experiments.
4. Parotin causes leukopenia of normal rabbits on the beginning of injection and thereafter marked leukocytosis.
5. Parotin action of leukocytosis in normal white rats does not depend upon the existence of their adrenal cortexes.
We would like to express best thanks to Dr. Y. Takahashi for the technical advise in the serum A/G determination and to Drs. Akira Ikushima and H. Momoi for the examination with the Tiselius electrophoresis.View full abstractDownload PDF (351K) -
I. Ribonuclease TestMasabumi Yamasaki, Fumio Chiba1952 Volume 57 Issue 1 Pages 16
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
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Studies on Rotatography. 8th ReportShinji Takahashi, Junnosuke Obara1952 Volume 57 Issue 1 Pages 17-20
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
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XIII. The Group Lipoid of Pig PancreasHajime Masamune, Masahiro Tokura, Ryosuke Satoh1952 Volume 57 Issue 1 Pages 21-29
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
JOURNAL FREE ACCESS14 pig pancreases contained all a Group A lipoid. The tissue residues after extraction with hot alcohol was group-inactive.
The group lipoid was prepared in an electrophoretically homogeneous state. It analyzed: N 4.2%, P 3.2%, ferricyanide reduction of the hydrolysate as glucose 9.2%, ash 3.5%; and inhibited specifically the- isoagglutination of A erythrocytes at a dilution of 1:2×103. It dissolvedView full abstractDownload PDF (1909K) -
CLIX. High-molecular Components of Non-lipid Nature of Human Pancreas First Paper: CarbohydratesHajime Masamune, Shigeru Tsuiki, Ryosuke Satoh1952 Volume 57 Issue 1 Pages 31-41
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
JOURNAL FREE ACCESSExtracts with 10% NaCl from pancreases (from persons belonging to Group A) were fractioned and three carbohydrates (preparations) were obtained.
Two of those carbohydrates involved glucosamine, chondrosamine, galactose, mannose and L-fucose as sugar components, and one of them, which was glacial acetic acid-insoluble, was Group A active. The remaining carbohydrate contained glucosamine and glucuronic and sulfuric acid.
Through the Grant Committee of the Science Council was given a grant from the Education Department that aided this work. H. Masamune.View full abstractDownload PDF (564K) -
Osamu Orihara1952 Volume 57 Issue 1 Pages 43-55
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
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Osamu Orihara1952 Volume 57 Issue 1 Pages 57-68
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
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Koiti Motokawa1952 Volume 57 Issue 1 Pages 69-77
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
JOURNAL FREE ACCESSRetinal induction in the human eye was measured by the method of electro-stimulation to investigate its dependence on various properties of the inducing figure such as area, contour, configuration, angle, etc.
1. Direct induction by which a physiological effect remaining within the area pre-illuminated is meant depends little on the area of the retinal image unless it is too small.
2. The same is true for indirect induction set up simultaneously around a retinal image; for example, the indirect induction set up by a half-ring at its center was found much weaker than that set up by a broken ring of the same diameter, although the area illuminated was the same in the 2 cases.
3. Indirect induction becomes weaker as the distance from the margin of the inducing figure increases. The gradient of induction is, however, less steep when more than one inducing source are present (summation).
4. Angles contained in an inducing figure are an effective factor for producing indirect induction. This relation was illustrated by two examples.View full abstractDownload PDF (849K) -
The 3rd Report The Blood Glycogen Content in Digestive Disease PatientsSyoiti Yamagata, Tomitada Chida1952 Volume 57 Issue 1 Pages 79-84
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
JOURNAL FREE ACCESSFrom these experiments. on 88 digestive disease patients the following conclusion can be brought out:
1. The blood glyocgen content in 10 healthy persons lies between 33 and 73mg% (the average value 53mg%), therefore, 30-74mg% is regarded as the normal range.
2. The blood glycogen contents brought out from 44 gastric cancer patients show a higher value (110.5-16.5mg%, average 63.5mg%) than the normal blood glycogen content, especially a higher value was given in the impossible cases of gastrectomy (average 63.5mg%) than in the possible group of gastrectomy (average 54mg%). Furthermore, according to the radiological classification of our Clinic, the average value of Type 2 (65.8mg%) is higher than that of other Types (Type 3, 50mg%, Type 4, 59mg%).
3. The blood glycogen content of 28 gastric and duodenal ulcer sufferers is a little higher (89.5-21.5mg%, average 55.5mg%), but there is no evident difference between gastric and duodenal ulcer cases.
4. The blood glyocgen content of liver patients is also a little higher (82-27.5mg%, average 58.2mg%).
5. The blood glyocgen content of 6 cages of diabetes mellitus shows high values (114-47mg%, average 69.5mg%), especially in the cases of Type 2, severe form, according to the classification of our Clinic.
6. Consequently, it can be concluded that an elevated glycogen content in the blood indicates not only a disturbed function of the liver, but also an abnormal carbohydrate metabolism in the cases of digestive diseases.View full abstractDownload PDF (268K) -
The 1st Report A New Micromethod of Estimation of Blood and Plasma CatalaseSyoiti Yamagata, Sukehiko Seino, Tadashi Nakao1952 Volume 57 Issue 1 Pages 85-92
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
JOURNAL FREE ACCESSOur experiments present a new micromethod which makes it possible to perform the accurate estimation of the blood catalase in the 0.02cc. of blood sample and that of the plasma catalase in the 0.1cc. of blood sample, and we report the normal content of the blood and plasma catalase in men and rabbits.View full abstractDownload PDF (395K) -
The 2nd Report The Blood Catalase Content in Digestive Disease PatientsSyoiti Yamagata, Tadashi Nakao1952 Volume 57 Issue 1 Pages 93-99
Published: December 25, 1952
Released on J-STAGE: November 28, 2008
JOURNAL FREE ACCESSFrom our experiments we had the following results: the blood catalase content changes for itself in spite of the close connection with erythrocytes and hemoglobin and it is available in the determination of prognosis of various digestive disease patients to a certain extent.View full abstractDownload PDF (357K)
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