Mitsubishi Rayon Company, Limited

Teijin Limited

Tokyo Medical and Dental University

Matsushita Electric Industrial Co., Ltd.

Mitsubishi Chemical Corporation

Adeka Corporation

National Cerebral and Cardiovascular Center

Sapporo Medical University

Pdl Biopharma, Inc.

Km Biologics Co., Ltd.

Tsuyoshi Kimura

Yoshihiro Tsukamoto

Kouji Asano

Akio Kishida

Yasushi Fujishige

Maximiliano Vasquez

Satoshi Sasaki

Yasuhiko Masuho

Man Sung Co

Takashi Kawamura

Ken-ichiro Hiwatari

Toru Sugano

Takanori Uchida

Yoh-Ichi Matsumoto

Toshiya Fujisato

Hisatoshi Kobayashi

Tetsuya Higami

Mitsuhiro Matsuo

Amane Aoyagi

Akiko Tasaki

Seiichi Funamoto

Yohichi Matsumoto

Jun Negishi

Haruki Obara

Atsunao Shinoda

Rie Akihara

Takami Tomiyama

Hideki Saga

Shoko Tokorozaki

Kuniaki Ohsawa

Yoshifumi Takeda, Legal Representative

Tae Takeda

Atsuchi Imaizumi

Yoshiko Maeda

Yoshihito Tsukamoto

Junichi Matsuda

Sumika Miyabashira

Satomi Harano

An anti-adhesion material comprising decellularized tissues and a biocompatible polymer or fibrin glue; a method for preparing an anti-adhesion material comprising complexing a biocompatible polymer or fibrin glue to decellularized tissues; an anti-adhesion material kit comprising decellularized tissues and a biocompatible polymer or fibrin glue; a substitute biomembrane comprising decellularized tissues and a biocompatible polymer or fibrin glue; a method for preparing a substitute biomembrane comprising complexing a biocompatible polymer or fibrin glue to decellularized tissues; and a substitute biomembrane kit comprising decellularized tissues and a biocompatible polymer or fibrin glue.

Anti-adhesion material and substitute biomembrane using decellularized tissue

Provided is an optical fiber cable having excellent flame retardancy, long-term heat resistance and mechanical characteristics. An optical fiber cable according to the present invention comprises an optical fiber and a cladding layer that is provided on the outer circumference of the optical fiber. The cladding layer contains a chlorinated polyolefin resin (A) and a polyolefin resin (B).

Optical fiber cable and sensor

An optical fiber cable is formed with an optical fiber and a coating layer made up of at least one layer provided on the outer periphery of the optical fiber. The material for forming the coating layer is made of a halogen-free resin composition containing polyolefin resin (A) and melt tension enhancer (B).

Optical fiber cable

Provided is a plastic optical fiber cable including a plastic optical fibercomprising of a coreA and a claddingB, and a jacketing layer covering the plastic optical fiber, in which the jacketing layer includes at least two layers of an inner layerand an outer layer, the inner layeris formed of a resin comprising of a copolymer of ethylene and a (meth)acrylic compound, and the outer layeris formed of a fluorine-based resin. A plastic optical fiber cable excellent in flame retardance, appearance, and processability at the time of use is obtained from the plastic optical fiber cable described above.

Plastic optical fiber cable

It is intended to provide a method of preparing a decellularized soft tissue whereby swelling after an ultrahigh pressure treatment can be inhibited, etc. The above-described method of preparing a decellularized soft tissue comprises the application step wherein an ultrahigh hydrostatic pressure is applied to an isolated soft tissue in a medium to thereby disrupt cells in the soft tissue, and the removal step wherein the disrupted cells are removed. As the medium, use is made of an aqueous solution containing a water-soluble polysaccharide such as dextran.

Method of preparing decellularized soft tissue, graft and culture material

A plastic optical fiber cable includes: a bare plastic optical fiber including a core formed of a polymer containing a methyl methacrylate unit, and a clad layer including a layer formed of a specific fluorine-containing olefin resin at least in the outermost layer; and a coating layer around the bare plastic optical fiber, the coating layer including a light-shielding coating layer formed of a specific nylon resin composition, a functional coating layer (C) and a functional coating layer (D) in this order, where one of the functional coating layer (C) and the functional coating layer (D) is formed of a resin composition (I) containing a polybutylene terephthalate resin as a major component or an ethylene-vinyl alcohol copolymer as a major component; the other is formed of a specific nylon resin composition (II); and a ratio of the thickness of the functional coating layer (C) to the thickness of the functional coating layer (D) is set to fall within a specific range.

Plastic optical fiber cable and method of transmitting signal

A plastic optical fiber cable includes: a bare optical fiber including a core made of a poly(methyl methacrylate) or a copolymer including methyl methacrylate as a major component and a cladding layer including, at least in the outermost layer, a layer made of a certain fluorine-containing olefin-based resin; and a coating layer provided on the outer surface thereof. The coating layer includes a protective coating layer, a light blocking coating layer, and a functional coating layer, the layers being provided in the order mentioned from inner side. The protective coating layer is made of a certain resin material. The light blocking coating layer is made of a nylon-based resin including, as a major component, nylon 11 or nylon 12, the nylon-based resin containing monomer and oligomer compounds derived from the nylon-based resin in an amount of a certain range. The functional coating layer is made of a nylon-based resin composition having a crystalline melting point within a certain range, the nylon-based resin composition containing a certain amount of melamine cyanurate or bromine atoms and further containing a certain amount of inorganic chromatic pigments, or the layer is made of a nylon-based resin composition having a crystalline melting point of within a certain range and an oxygen transmission rate within a certain range.

Plastic optical fiber cable and method of signal transmission using the same

The invention provides humanized antibodies that specifically bind to, and preferably, neutralize, verotoxin II (VT2). The antibodies are useful for treating patients suffering from, or at risk of suffering, toxic effects of verotoxin.

Humanized antibodies that recognize Verotoxin II and cell line producing same

To provide a loudspeaker broadcasting system and a loudspeaker broadcasting apparatus which can perform a loudspeaker broadcasting of appropriate contents at each block without reducing sound clearness. Bi-directional speakerswhich performs sound-reinforcement having high intelligibility, and fire detecting sensorswhich detect fire occurrence in a tunneland send fire occurrence signals are placed in the tunnelin the tunnel extending direction. In an emergency such as a fire, emergency broadcasting is performed through each bi-directional speakerat each of the predetermined blocksin the tunnel. The emergency broadcasting is different in contents at each block, and it is alternately performed at the adjacent blocks. Further, the frequency components having a long reverberation time is removed from the loudspeaker broadcasting through the bi-directional speaker

Loudspeaker broadcasting system and loudspeaker broadcasting apparatus

The human monoclonal antibody to the glycoprotein gpIII of varicella zoster virus (VZV), and hybridoma producing same, are provided. The hybridoma is obtained by immunizing human lymphocytes with gpIII antigen in the presence of a mitogen, and selecting a monoclonal antibody which reacts with a cell monolayer ELISA plate but substantially does not react with a cell homogenate ELISA plate.

Human monoclonal antibody to glycoprotein GPIII of varicella zoster virus

Growing community of inventors

Tokyo, Japan

Tsuyoshi Kimura