Tdk Corporation

National Institute of Advanced Industrial Science and Technology

Toppan Printing Co., Ltd.

Seiko Epson Corporation

Sharp Kabushiki Kaisha Corporation

Kissei Pharmaceutical Co., Ltd.

Canon Kabushiki Kaisha

Sony Group Corporation

Sae Magnetics (h.k.) Limited

Tanita Corporation

Sony Corporation

Nippon Telegraph and Telephone Corporation

Mitsui Petrochemical Industries, Ltd.

Other

Kanto Kagaku Kabushiki Kaisha

Kenji Yokoyama

Masatoshi Nakayama

Kunihiro Ueda

Hideki Takeuchi

Atsunori Hiratsuka

Yuji Maruo

Koji Sakairi

Yuichiro Kai

Yoshihiro Terao

Keiji Koga

Yasumichi Tokuoka

Harunobu Mukaiyama

Toru Shimozawa

Hideki Kinoshita

Yutaka Unuma

Kosuke Okazaki

Hiroaki Kobayashi

Yoshio Suzuki

Naoto Matono

Tatsuya Harada

Hiroaki Adachi

Koichi Otani

Norihiko Kikuchi

Hiroaki Shiohara

Jun-ichi Satoh

Hidetaka Kawano

Juri Kato

Atsushi Nakamura

Seiji Muramatsu

Hiroshi Oryoji

Isao Karube

Kazuyoshi Yano

Toshiyuki Kimura

Shin Sumida

Ikuya Sano

Michiyuki Amano

Yoshito Shuto

Yomei Otani

Yoshio Iida

Koji Yoshida

Makoto Nakamura

Kazuki Sato

Kei Hirata

Jun Kimura

Tetsuya Roppongi

Norikazu Ota

Masahiro Yanagisawa

Toshikazu Hashimoto

Nobuyuki Mori

Takeo Kagami

Hiroshi Ohki

Hiroshi Takahashi

Masahiko Naito

Yoshiaki Tanaka

Toru Nagata

Jun Kamiya

Eriko Sato

Yasuyuki Inoue

Naoki Iwata

Tetsuro Sasaki

Noriaki Kasahara

Daiyu Ueno

Yasufumi Yamada

Motohaya Ishii

Katsunari Okamoto

Hisayoshi Watanabe

Akitaka Kimura

Yohzoh Yamamoto

Haruhisa Ueda

Jiro Kazumi

Saburo Imamura

Satoru Tomaru

Takeshi Kikkawa

Koichi Arishima

Yuichi Watabe

Motohiro Nakahara

Narushi Ito

Takahiro Akimoto

Akio Sugita

Toru Tomoshige

Michitaka Nishiyama

Ryu Wakui

Akimasa Kaneko

Kuniharu Kato

Hirokazu Izuoka

Satoshi Akahane

Senichi Suzuki

Takuro Miyajima

Kimihiro Masuyama

Takuma Iwagami

Keishi Tsuchiya

Hirotsugu Sato

Yasuaki Tamura

Makoto Hikita

Haruki Kozawaguchi

Fumihiro Ebisawa

Fumiaki Hanawa

Noboru Ishihara

Kuninori Hattori

In a conventional multi-window function, when it is desired to switch an application to another application, only one application can be switched, which lacks usability. Therefore, provided is an information processing apparatus that includes an operation unit configured to detect an operation by a user, and a display unit configured to display a first application list and a second application list in response to detecting a first user operation, display a first application selected in a first window in response to detecting a second user operation for selecting the first application from the first application list, and display a second application selected in a second window in response to detecting a third user operation for selecting the second application from the second application list.

Information processing apparatus, program, and method

Further improvement in usability is promoted. An information processing device () includes a control unit () that executes processing of displaying an operation area having a predetermined shape in an edge area of a display screen, and moving the operation area to a center area of the display screen by a first operation set in advance as a predetermined operation on the operation area.

Information processing device, information processing method, and information processing program

Usability improvement is achievable with respect to use of screen divisional display of windows of plural applications. Provided is an information processing apparatus including a control unit that displays divisional display information on a display screen as information associated with screen divisional display of windows of plural applications on the display screen, on the basis of a trigger operation, and displays the windows of the plural selected applications on the basis of a following operation for the displayed divisional display information while dividing display of the windows into at least a first region and a second region of the display screen. The following operation includes an operation that selects the applications for which the screen divisional display is to be executed.

Information processing apparatus and information processing method for dividing display screen for display of plurality of applications

An imaging control apparatus includes an instruction providing unit configured to be capable of providing an instruction for continuous image capturing in response to an operation on a first operation member, a touch detector configured to be capable of detecting a touch operation on a second operation member, and a control unit configured to perform control for recording images at an interval that varies, between continuous image capturing in a first image capturing period in which the second operation member is not touched, and continuous image capturing in a second image capturing period in which the second operation member is touched, during continuous image capturing that begins in response to an operation on the first operation member.

Imaging control apparatus with improved operability in performing continuous image capturing by using a shutter button and a touch bar, control method therefor, and recording

An imaging apparatus includes: a finder; a grip portion on a side of a first direction relative to the finder; a touch operation member provided on a rear surface of the imaging apparatus on a side of the first direction relative to the finder, on a side of a second direction relative to the grip portion, the second direction being opposite to the first direction, and on a side of a third direction relative to a center of the imaging apparatus, the third direction being perpendicular to the first direction and being oriented from the center toward the finder; and a control unit configured to control the imaging apparatus so as to execute a first function in accordance with a slide operation in the first direction and to execute a second function in accordance with a slide operation in the second direction.

Imaging apparatus

Aimed at readily and exactly separate 8-hydroxy-2'-deoxyguanosine (8-OHdG) contained in a sample, a column packing material used for separating 8-OHdG, which contains a packing material composed of a material having a straight-chain hydrocarbon group having 6 or more and 30 or less carbon atoms as a functional group, and having a carbon content over the surface of carrier of 18% or less by element ratio, wherein the packing material contains 1 cumulative percent or more and 20 cumulative percent or less, on the particle-count basis, of particles having a circle-equivalent diameter, measured using a flow-type particle image analyzer, of 0.5 &#x3bc;m or larger and 10 &#x3bc;m or smaller, is used.

Column packing material, column using the same, and method of separation using the same

A device for electrophoresis applies a voltage to a medium in contact with a plurality of electric conductors so that a potential of adjacent conductors is within a certain range. This allows preventing decline in electrophoresis speed. A device for electrophoresis and transfer includes an electrode having a plurality of electrode regions being insulated one another and arranged in a specific direction. This allows providing a practical and easy-to-use device for electrophoresis and transfer. A device for transfer alters an applied voltage or applied voltage duration to a certain position to another position. This allows improving transfer efficiency.

Device for electrophoresis, device for transfer, device for electrophoresis and transfer, chip for electrophoresis and transfer, and method for electrophoresis, method for transfer, and method for electrophoresis and transfer

A method of purifying 8-isoprostane is provided that includes a step of contacting a liquid sample containing 8-isoprostane with an ion exchange support having a quaternary ammonium salt immobilized thereon such that 8-isoprostane in the liquid sample is retained on the ion exchange support and a step of eluting 8-isoprostane from the ion exchange support using a first eluent containing a water-soluble organic solvent and water as main components.

Method of purifying 8-isoprostane

A method of quantitatively determining 8-isoprostane is provided that includes fluorescently labeling 8-isoprostane with a quinoxalinone derivative in an excess amount relative to 8-isoprostane, separating a fluorescently labeled 8-isoprostane from a unreacted quinoxalinone derivative by contacting a reaction mixture containing the fluorescently labeled 8-isoprostane and the unreacted quinoxalinone derivative with a cation exchange support having a sulfonic acid or a sulfonate immobilized thereon, and quantitatively determining the fluorescently labeled 8-isoprostane that has been separated from the unreacted quinoxalinone derivative.

Method of quantitatively determining 8-isoprostane

Disclosed herein is a communication system for enabling a first communication apparatus and second communication apparatuses to communicate with one another over a network. The first communication apparatus includes: a detection device; a display control device; a transmission device. The second communication apparatuses includes: a reception device; a notification device; an instruction device; and a registration device.

Communication system, communication apparatus, communication method, and program

An electrophoresis apparatus includes a sample separating section for containing a sample separating medium for separating a sample in a horizontal direction, the sample separating section containing the sample separating medium in such a manner that the sample separating medium has an exposed portion at least one end of a surface of the sample separating medium, the surface being in parallel with the horizontal direction; and medium connecting means for connecting a sample containing medium to the sample separating medium at a connecting region, the sample containing medium containing a sample, and the connecting region satisfying a particular equation. By this, an electrophoresis technique with better accuracy than conventional arts can be provided.

Electrophoresis apparatus and electrophoresis method

A sample separation/adsorption appliance () according to one embodiment of the present invention includes: a first buffer solution tank () equipped with a first electrode () and used for holding a first buffer solution; a second buffer solution tank () equipped with a second electrode () and used for holding a second buffer solution; a sample separation section () that holds a sample separation medium () for separating a sample; and a conductive section () that holds a conductive medium (), wherein: the sample separation medium () and the conductive medium () are in contact with the sample adsorption member (), respectively, on the opposite sides thereof; an end of the sample separation medium () opposite to an end being in contact with the sample adsorption member () is connected to an inside of the first buffer solution tank (); and an end of the conductive medium () opposite to an end being in contact with the sample adsorption member () is connected to an inside of the second buffer solution tank (). With this arrangement, a sample separation/adsorption appliance that enables efficient transfer of a sample is offered.

Sample separation/adsorption appliance

A biological molecule separation apparatus for separating a biological molecule of one embodiment of the present invention has a buffer solution chamber receiving a buffer solution, a separation electrode arranged in the buffer solution chamber, a biological molecule separation medium for separating a biological molecule, a biological molecule adsorption film for adsorbing a biological molecule, a pair of transfer electrodes having a plurality of line shaped conductors extending in a direction perpendicular to a first direction, the conductors being arranged in the direction perpendicular to the first direction, and a separation part which holds the transfer electrode, the biological molecule adsorption film, the medium and the transfer electrode, wherein the transfer electrode, the biological molecule adsorption film, the medium and the transfer electrode are stacked in this order.

Biological molecule separation apparatus

A magnetic head incorporates: a medium facing surface; a coil; a pole layer; first and second shields disposed to sandwich the pole layer therebetween; a first gap layer disposed between the first shield and the pole layer; a second gap layer disposed between the second shield and the pole layer; and a substrate. The first shield is located closer to the substrate than the second shield. The magnetic head further incorporates an antireflection film disposed between the first shield and the first gap layer or between the first gap layer and the pole layer. The pole layer is formed by frame plating.

Magnetic head including a pole layer and an antireflection film sandwiched by two shields

A convenient, rapid, and highly sensitive protein detection method is provided. According to the present invention, an easily water-soluble compound of formula I is provided: [wherein, Rand Rare same or different, each of which is an aryl or heteroaryl group substituted with one or more anionic substituents].

Method and reagent for protein analysis

Growing community of inventors

Tokyo, Japan

Kenji Yokoyama