Nagano, Japan
Nagano, Japan

Shinshu University is a national university in Nagano Prefecture, Japan. The University has five campuses in Matsumoto, Nishi-nagano , Wakasato , Ueda and Minami-Minowa, and 8 faculties with a total of around 10,000 students. The university was founded at the start of the Japanese new university system in 1949, by integrating the following preceding academic schools and institutions: Matsumoto Higher School, Matsumoto Medical School, Nagano Teachers' College, Nagano College of Engineering, Ueda College for Textile Manufacturing. Shinshu University has since 2004 been incorporated as a national university corporation under a new law which applies to all national universities in Japan. Despite the incorporation, which has led to increased financial independence and autonomy, The University is still practically controlled by the Ministry of Education, Culture, Sports, Science and Technology. Wikipedia.


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Patent
SHINKO Electrical INDUSTRIES CO. and Shinshu University | Date: 2016-08-31

A heat transfer device includes a base material and a composite plating layer formed on the base material, wherein the composite plating layer includes metal and graphene particles dispersed in the metal.


Patent
Shinshu University | Date: 2017-03-08

It is an object of the present invention to provide signal sequence information capable of secreting an antibody to the outside of cells in generation of the antibody by microorganisms of genus Bifidobacterium, and an antibody expression vector capable of secreting an antibody to the outside of cells by utilizing the signal sequence information. As a means for achieving the aforementioned object, there is prepared Bifidobacterium longum, which is transformed with a vector having inserted thereinto a DNA insert comprising the 5-terminus of an antibody gene linked to the 3-terminus of a DNA encoding a signal peptide-linker conjugate having a linker linked to the C-terminus of a signal peptide consisting of an amino acid sequence shown in SEQ ID NO: 1.


Patent
Shinshu University and Kotobuki Tsushou Co. | Date: 2015-06-17

An object is to form a hole having a desired size accurately and uniformly in a carbon nanomaterial used for a filter or the like, such as a graphene, a carbon nanotube, or a carbon nanohorn. Provided is a method for perforating a carbon nanomaterial for forming a hole having a desired size in a carbon nanomaterial, characterized in that the carbon nanomaterial is heated and held at a low temperature in the air containing oxygen of 160 to 250 C. for a predetermined time and that a hole having a desired size is thereby formed uniformly in the carbon nanomaterial by controlling a length of heating time.


Patent
Shinshu University and Kotobuki Tsushou Co. | Date: 2017-05-10

An object is to form a hole having a desired size accurately and uniformly in a carbon nanomaterial used for a filter or the like, such as a graphene, a carbon nanotube, or a carbon nanohorn. Provided is a method for perforating a carbon nanomaterial for forming a hole having a desired size in a carbon nanomaterial, characterized in that the carbon nanomaterial is heated and held at a low temperature in the air containing oxygen of 160 to 250C for a predetermined time and that a hole having a desired size is thereby formed uniformly in the carbon nanomaterial by controlling a length of heating time.


Patent
Shinshu University and Showa Denko K.K. | Date: 2015-07-29

A fluid flow-through device and a photochemical reactor. The fluid flow-through device (1) includes an outer tube (2) having an outer surface (21) and an inner surface (22); and an inner tube (3) having an outer surface (31) and an inner surface (32), the inner tube being disposed inside the outer tube and forming a channel of a fluid by the inner surface of the outer tube and the outer surface, with a distance between the inner surface of the outer tube and the outer surface of the inner tube in a thickness direction of the outer tube being from 100 nm to 5 mm. The photochemical reactor includes the fluid flow-through device and a photocatalyst disposed on at least one surface of the inner surface of the outer tube and the outer surface of the inner tube.


Patent
Shinshu University | Date: 2015-05-14

A blood pressure measurement device (1) is provided with a pulse wave measurement unit (20) for measuring the pulse wave of a subject using an FBG sensor (10), and a blood pressure value calculation unit (30) for calculating a blood pressure value from waveform date of the measured pulse wave. The blood pressure calculation unit (30) uses a calibration model representing the correlation between measured waveform date of a previously measured pulse wave, and a measured blood pressure value measured by an automatic blood pressure gauge at each measurement point in time of the measured waveform date to estimate the blood pressure value of the subject from the measured waveform date of the pulse wave. It is possible to realize an easy-to-use blood pressure measurement device capable of estimating the blood pressure value with accuracy required for the automatic blood pressure gauge and continuously measuring blood pressure.


Patent
Shinshu University and Kowa Company | Date: 2017-02-03

[Problem] To be able to accurately measure color vision and color-viewing field for different colors. [Solution] The color-viewing function measuring means (1) pertaining to the present invention displays a plurality of chromatically colored targets (A_(11), . . . ) (for example, Landolt rings) in an achromatic background (B), the brightness of the targets (A_(11), . . . ) being set so as to be substantially equal to the brightness of the background (B). When vision or the viewing field is measured with this color-viewing function measuring means (1), vision and viewing field can be accurately measured for different colors.


Deuterium-depleted water is produced easily and inexpensively. A method for producing deuterium-depleted water by removing heavy water and semi-heavy water from water includes an adsorption step of supplying water vapor to a predetermined adsorbent at pressure at which heavy water and semi-heavy water are adsorbed by the adsorbent and light water is not easily adsorbed, causing the heavy water and semi-heavy water to be adsorbed, and recovering the water vapor not adsorbed by the adsorbent. The method also includes a desorption step of maintaining vapor pressure around the predetermined adsorbent which has adsorbed the water vapor in a range in which light water is desorbed and heavy water or semi-heavy water is not easily desorbed, and recovering the water vapor desorbed from the adsorbent.


Patent
Shinshu University and Kotobuki Tsushou Co. | Date: 2017-07-05

A filter molded article using a graphene with water passage holes having a desired size is produced in a simple step. A method for producing a filter molded article having a graphene layer as a filtering material is characterized by including a step of forming a support 3 layer on a surface of a graphene 1 layer formed on initial substrates for a graphene 2 and 9, a step of forming water passage holes in the support 3 layer, a step of removing the initial substrates for a graphene 2 and 9, and a step of forming water passage holes by heating and holding the graphene 1 layer at a low temperature in the air containing oxygen of 160 to 250C for a predetermined time.


Patent
Shinshu University | Date: 2015-04-17

It is an object of the present invention to provide signal sequence information capable of secreting an antibody to the outside of cells in generation of the antibody by microorganisms of genus Bifidobacterium, and an antibody expression vector capable of secreting an antibody to the outside of cells by utilizing the signal sequence information. As a means for achieving the aforementioned object, there is prepared Bifidobacterium longum, which is transformed with a vector having inserted thereinto a DNA insert comprising the 5-terminus of an antibody gene linked to the 3-terminus of a DNA encoding a signal peptide-linker conjugate having a linker linked to the C-terminus of a signal peptide consisting of an amino acid sequence shown in SEQ ID NO: 1.

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