Abstract:
PURPOSE:To rapidly and simply measure H2O2 in a minute amount of 1ppm or less, by a method wherein, after sample liquid is treated by a treating liquid containing an oxidizer and is deoxidized, a detection is made on oxygen produced through implanting of catalase. CONSTITUTION:A specified amount of a solid sample is placed in a homogenizer, and is equalized by adding treating liquid, obtained resulting from filteration of the treating liquid, is poured into a receptacle 2, N2 gas is led into measuring liquid 2' in the reaction receptacle 2 and in an upper space 2'' of the reaction receptacle 2 through a 4-way cock 7 for switching N2 gas to exhaust all oxygen in the reaction receptacle 2. Then, the switch cock 7 is switched to a flow path shown in a dashed line to lead N2 gas only to the upper space 2'' in the reaction receptacle 2. A catalase solution, previously deoxidizing, is measured into a syringe 15 from a storage tank 14, and the catalase solution is implanted to measuring liquid through insertion of the syringe 15 into a cover. The implatation detects dissolved oxygen, generated in the measuring liquid, by means of an oxygen electrode 1 to find the H2O2 concentration of the measuring liquid.
Abstract:
PURPOSE:To quantitatively measure a very small amoung of H2O2 in the order of ppb, by using a detecting element of exygen closely stuck a fixation membrane of decomposition agent of hydrogen peroxide to detecting face and continuously blowing an inactive gas in the liquid to be inspected in order to exclude dissolved oxygen. CONSTITUTION:The fixation membrane 2 of H2O2 decomposition catalyst composed of e.g. catalase or living body microorganism fungus containing catalase, or oxides of iron, manganese, cobalt etc. or organic complex salts, is furnished on detecting face of polarograph type oxygen electrode 1 and the electrode 1 is attached on the side wall of the reaction vessel 3. The base solution 20 of phosphoric acid buffer being suitable for the progress of H2O2 decomposition reaction, is put in the vessel 3 and dissolved oxygen is removed by supplying N2 gas from the inactive gas source 6. Oxygen in the sample 30 is removed by N2 gas preliminarily. H2O2 in the sample is decomposed by the membrane 2 and generating volume of oxygen is detected by the electrode 1 and then, its increased volume is recorded by the recorder 9 and also, increasing velocity is detected through the differentiation circuit 8.
Abstract:
PURPOSE:To determine the amylase activity with ease and accuracy, by converting maltose and glucose in the specimen with an enzyme system into 6-phosphogluconic acid, and by reacting the acid with dextrin, etc. and NAD to increase the NADH. CONSTITUTION:An enzyme system comprising maltase, hexokinase, glucose-6- phosphate dehydrogenase, an enzyme for oxidizing NAD and NADPH, and a substrate for oxidizing NADPH is added to remove the maltose and (or) glucose from the specimen. The maltose and glucose are converted into 6-phosphogluconic acid. One or more types of starch, dextrin, amylose, amylopectin in excess, and NAD are reacted with the acid to determine the amylase activity from the increase in NADH with an abosrbance at 340nm.
Abstract:
PROBLEM TO BE SOLVED: To provide a highly biotin-containing yeast which contains biotin absorbed in high concentration and little has the odor of the yeast, and to provide a method for producing the same, especially a method for producing the highly biotin-containing yeast, comprising finding culture conditions for inhibiting the proliferation of yeast and simultaneously remarkably absorbing the biotin, and then culturing the yeast under the conditions. SOLUTION: This method for producing the highly biotin-containing yeast is characterized by dissolving biotin in a solvent, preferably an alkaline solvent, adding the solution to a carbon source-free yeast culture solution, adjusting the pH of the yeast culture solution on the acidic side, and then culturing the yeast culture solution at a high temperature. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide new seasoning excellent in balance between body taste and deliciousness and their addition effect, having reduced or removed yeast smell in spite of containing yeast extract, and having excellent flavor improving effect. SOLUTION: The seasoning contains 90-50 pts.mass of pulverized yeast extract, and 10-50 pts.mass of pulverized brewed seasoning. Especially, the yeast extract is preferably yeast extract which is produced by a self-digestion method, and the brewed seasoning is suitably used together with brewed seasoning which is produced using gluten and wheat flour as the main raw material. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To obtain food and drink having excellent immune strength ameliorating action and highly safe without the need of worry about side effect. SOLUTION: The food is obtained by mixing β-glucan derived from baker's yeast and further if desired, at least one kind of immune strength material selected from the group consisting of Rubus suavissims S. Lee extract, fucoidan, arabinoxylan, lactoferrin, catechin, chitosan, chitosan oligosaccharide, chitin oligosaccharide, L-ascorbic acid and coenzyme Q 10 . COPYRIGHT: (C)2006,JPO&NCIPI
Abstract translation:要解决的问题:获得具有优异的免疫力改善作用和高度安全性的食物和饮料,而不需要担心副作用。 解决方案:通过混合来自面包酵母的β-葡聚糖并且如果需要,进一步获得至少一种选自由Rubus suavissims S. Lee提取物,岩藻依聚糖,阿拉伯木聚糖,乳铁蛋白, 儿茶素,壳聚糖,壳聚糖寡糖,甲壳素寡糖,L-抗坏血酸和辅酶Q SB 10。 版权所有(C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To diagnose and detect arthritis, including discrimination thereof, in the early stage by measuring the concentration of melanotransferrin(MTF) in a biological sample by a method utilizing an antibody exhibiting high specificity to MTF. SOLUTION: First and second anti-MTF monoclonal antibodies are utilized in the measurement of concentration of MTF contained in articulation fluid or blood serum. An assay plate, where a microplate is coated with the first anti-MTF monoclonal antibody is used and a second biotin anti-MTF monoclonal antibody, is used as a second antibody in a specified sandwich type enzyme immunoassay for measuring the MTF concentration of articulation fluid of an arthritic patient. A reagent kit for use in this method is also provided. MTF in articulation fluid is significantly high in the case of arthritis and a significant difference appears in the distribution of MTF concentration in case of arthritis, arthritis rheumatica or traumatic injury of articulation.