Dai Nippon Printing Co., Ltd.

Osaki Electric Co., Ltd.

Honda Giken Kogyo Kabushiki Kaisha

St. Jude Children's Research Hospital

Dai Nippon Printing

Masatoshi Takagi

Atsushi Hayakawa

Hayato Akiyama

Hidenori Tanaka

Kazufumi Suzuki

Hitoshi Takaku

Michael B Kastan

Manabu Harada

Yukio Arai

Makoto Hayashi

Akira Koyama

Wataru Annaka

Akihiko Koyama

A device capable of stably obtaining gas of a sterilizer containing hydrogen peroxide for a long time is provided. A cleaning device that cleans a heating surface that gasifies a sterilizer of a gasifier for a sterilizer is provided, and after an operation for a fixed time period, the heating surface is cleaned.

Gasifier for sterilizer and cleaning method of gasifier for sterilizer

A cap sterilizer () includes an infeed chamber (), a sterilant atomizing chamber (), and an air rinse chamber (). At least the infeed chamber () and the air rinse chamber () are exhausted. Both an exhaust pressure (E) in the infeed chamber () and an exhaust pressure (E) in the air rinse chamber are higher than an exhaust pressure (E) in the sterilant atomizing chamber (), or the sterilant atomizing chamber () is not exhausted.

Cap sterilizer, content filling system, cap sterilization method, and content filling method

To provide an apparatus that can gasify a sterilizer containing hydrogen peroxide to produce a gas having a high hydrogen peroxide concentration. The apparatus can stably produce a gas of the sterilizer containing hydrogen peroxide for a long time. A heating surface of a heating body that gasifies the sterilizer is made of chromium. Alternatively, the heating surface of the heating body that gasifies the sterilizer may be made of polytetrafluoroethylene or perfluoroalkoxy fluorocarbon resin, or a chromium plating impregnated with chromium polytetrafluoroethylene or perfluoroalkoxy fluorocarbon resin.

Gasifier for sterilizer

A cap sterilizer () includes an infeed chamber (), a sterilant atomizing chamber (), and an air rinse chamber (). At least the infeed chamber () and the air rinse chamber () are exhausted. Both an exhaust pressure (E2) in the infeed chamber () and an exhaust pressure (E4) in the air rinse chamber are higher than an exhaust pressure (E3) in the sterilant atomizing chamber (), or the sterilant atomizing chamber () is not exhausted.

The present invention relates to novel methods for modulating the activity of p53 tumor suppressor protein by affecting p53 translational regulation. More specifically, the invention relates to novel methods for modulating p53 mRNA translation in a cell by affecting a function of a p53 5'-untranslated region (5&#x2032;UTR), including its interaction with proteins such as Ribosomal Protein L26 (RPL26), nucleolin, and p53. The invention also relates to the use of these methods for treating cancer, neurodegenerative disorders and minimizing the negative effects of cellular stresses.

Methods for regulation of p53 translation and function

At the step of preheating the container, in addition to heating of the whole container, a neck portion () of the container may be heated separately. Alternatively on the step of preheating the container, while whole container is heated by a hot air blast which is supplied in the container, neck portion () of the container may be heated separately. Since it is difficult to increase the temperature of the neck portion as compared with other portions, by heating the neck portion separately, the effect of the preheating is performed more effectively. It is desirable that the hot air blast is supplied from the nozzle inserted in the container. For example by the method of spraying hot air blast from the outside of the portions, heating of the neck portions can be performed.

Method of sterilization for container, apparatus using therefor and heat treatment for container

A transmission signal sending and receiving method using the steps of setting the reference channel and data channels in each cycle of the AC voltage wave for transmission in the sending and receiving means, superposing the reference transmission signal onto the reference channel and the modulated data transmission signals onto the data channels in the sending means, receiving the reference transmission signal and data transmission signals by being separated from the AC voltage wave for transmission in the receiving means, and monitoring data transmission signals by comparing the level and phase of the reference transmission signal received by the reference channel with those of the data transmission signals received in the data channels, and thereby comparing the reference transmission signal with the data transmission signals received in each cycle of the AC voltage wave for transmission.

Method for transmitting and receiving signals over transmission power

A method of detecting the levels of phase pulse signals involves the establishment of a pilot channel in addition to channels into which phase pulse signals are injected. Prior to the injection of the phase pulse signals, a transmitter injects a pilot signal into the pilot channel. A receiver sets a reception threshold level to a level somewhat lower than the peak level of the pilot signal, and a detection of the levels of the phase pulse signals is carried out by comparing the phase pulse signals with the reception threshold level established by the pilot signal so that ghost signals below the threshold level are eliminated.

Method of detecting phase pulse signals from an AC distribution line

An internal combustion engine of a motorcycle includes an oil filter fixed to a rear portion of a crank case. The crank case accommodates therein an oil pump connected to the oil filter. The oil filter is detachably provided by means of threading engagement with the crank case.

Growing community of inventors

Tokyo, Japan

Masatoshi Takagi