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Tokyo, Japan

Established in 1949 as a national university, Tokyo University of Agriculture and Technology , nicknamed "Nōkōdai" or "TUAT", is a research-oriented national university with two campuses, one each located in the cities of Fuchū and Koganei, Tokyo. The undergraduate organization of the university has two faculties, Agriculture and Engineering, and several departments as shown below. Wikipedia.

Tokyo University of Agriculture and Technology | Date: 2014-01-28

An electricity storing solar power generation device

Tokyo Electron, Tokyo University of Agriculture and Technology | Date: 2013-06-19

A ZnO film production method includes: disposing a substrate on an installation base; and, while supplying chlorine gas from a chlorine gas supply source to a first raw material storing part R

Provided are a therapeutic or prophylactic agent for retinopathy of prematurity (ROP) that is suited to the pathogenic mechanism of ROP and a method of testing for ROP. The therapeutic or prophylactic agent for ROP uses at least one substance from the group consisting of inhibitors against tryptase derived from mast cells and/or mast cell stabilizers as an active ingredient. The testing method for ROP includes detecting a marker substance that can be released by degranulation of mast cells in a biological sample originating from a patient and determining the presence or absence of ROP on the basis of the detected amount of the marker.

Tohoku University, Meiji Seika Pharma Co., Tokyo University of Agriculture and Technology | Date: 2014-01-31

Provided is a method for efficiently and stably separating cells having a high biological activity from a biological tissue, by using a degrading-enzyme composition, which is prepared by adding an enzyme for degrading a major protein of the biological tissue in an amount determined depending on the composition of the major protein to a predetermined amount of a neutral protease and/or a protease derived from

Otsuka Electronics Co., Tokyo University of Agriculture and Technology | Date: 2015-06-18

A dynamic light scattering measurement device includes an irradiation section that applies light emitted from a low-coherence light source to a sample that includes particles, a spectral intensity acquisition section that disperses reflected light from a reference plane and scattered light from the sample that has passed through the reference plane to acquire a spectral intensity of interference light of the reflected light and the scattered light, the reference plane being situated to intersect an optical path through which the light is applied to the sample, and a measurement section that measures dynamic light scattering of the sample based on the acquired spectral intensity.

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