Oki Semiconductor Co., Ltd.

Other

Nkk Corporation

Astellas Pharma Gmbh

Hitachi, Ltd.

Lapis Semiconductor Co., Ltd.

Sony United Kingdom Limited

Sony Corporation

Yoshihiro Murakami

Clive Henry Gillard

Masatoshi Takashima

Eiichi Nakamura

Tomotoshi Ishida

Tetsu Ogawa

Akio Nagamune

Terence R Hurley

Hiroharu Kato

Shintaro Nishimura

Miyako Hotta

Seigo Ando

Kenichi Iwanaga

Junichi Yotsuji

Yuji Fujita

Mamoru Ueda

Hideki Yorimitsu

Kozo Maeda

Hiroshi Fushiki

Provided is a labeled fatty acid derivative for diagnostic imaging that enables quantification of fatty acid metabolic activity in the heart muscle. [Means for Solution] The present inventors have conducted intensive investigations on a method that enables quantification of fatty acid metabolic activity and thus have found that a labeled fatty acid derivative typified by 3-{[(5Z)-3-[F]fluorotetradeca-5-en-1-yl]sulfanyl}propanoic acid or a salt thereof has excellent accumulation to the heart muscle and thus enables imaging of fatty acid metabolic activity by positron emission tomography (PET). Therefore, the labeled fatty acid derivative of the present invention can be used as a radiolabeled tracer for rapid and non-invasive quantification of fatty acid metabolic activity in the heart muscle, diagnostic imaging of heart disease typified by an ischemic heart disease, diagnostic imaging of the therapeutic effect of a therapeutic drug for heart disease, and the like.

Fatty acid derivative labeled with positron-emitting radionuclide

In a semiconductor circuit, a high frequency level detecting unit detects a level of a high frequency component adjusted with a first adjusting unit, and a first control unit controls a first gain of the adjusting unit according to the level of the high frequency component thus detected. Further, a low frequency level detecting unit detects a level of a low frequency component adjusted with a second adjusting unit. A second control unit controls a second gain according to the level of the high frequency component and the level of the low frequency component thus adjusted, so that a difference between the level of the high frequency component adjusted with the first adjusting unit and the level of the low frequency component adjusted with the second adjusting unit becomes smaller than a specific level determined in advance.

Semiconductor circuit and semiconductor device

A voltage monitoring system includes a plurality of voltage monitoring devices connected to each other in series for monitoring a voltage of each of battery units obtained by dividing per specific number a plurality of batteries connected in series. Each of the voltage monitoring devices includes a reception unit for receiving specific information transmitted from a former stage; a storage unit for storing the specific information received with the reception unit as self specific information; and a transmission unit for adding predetermined information to the specific information received with the reception unit, and for transmitting the specific information to a later stage as later stage specific information.

Voltage monitoring system, voltage monitoring device, and method of setting information

A data processing apparatus includes a channel demultiplexing circuit, a bus, a memory controller and a memory. The channel demultiplexing circuit has a first delay circuit which delays first channel data only of multi-channel data by one cycle and outputs first delayed channel data, a second delay circuit which delays second channel data only of the multi-channel data by one cycle and outputs second delayed channel data, and a channel data holding circuit which stores first coupled data obtained by coupling the first channel data and the first delayed channel data for multiple cycles and stores second coupled data obtained by coupling the second channel data and an output of the second delay circuit for multiple cycles. The channel demultiplexing circuit selectively outputs a first channel data group and a second channel data group to the bus.

Data processing apparatus

A memory control circuit includes a clock generation circuit that generates a clock signal and provides the clock signal to an external memory device, and at least one retention circuit that retains a data signal provided from the external memory device only under a significant state of a data strobe signal, which is provided together with the data signal. The memory control circuit controls data acquisition from the retention circuit in accordance with the clock signal. A data acquisition timing judgment unit, by monitoring the clock signal, judges whether or not a timing of the data acquisition has arrived. A data strobe signal correction unit maintains the significant state of the data strobe signal until it is judged that the data acquisition timing has arrived.

Memory control circuit and semiconductor integrated circuit incorporating the same

This invention relates to novelO-labeled monosaccharide useful for positron emission tomography (PET) and producing method thereof.

[object Object]

The design/manufacture support system has a self company/correspondent parts number correspondence storing unit for storing the correspondence between parts numbers of self company and correspondent parts, a self company parts bill storage unit for storing a structure of parts of a self company product, a correspondent parts bill storage unit for storing a structure of parts purchased from a correspondent, a representative part creation unit for creating a representative part from the correspondence between self company and correspondent parts numbers stored in the self company/correspondent parts number correspondence storing unit, and a parts bill creation unit for creating a parts bill from the representative part created by the representative part creation unit, the self company parts bill stored in the self company parts bill storage unit and the correspondent parts bill stored in the correspondent parts bill storage unit.

Design and manufacture aiding apparatus and method

Magnetic flaw detection apparatus using an E-shaped magnetic sensor and

An image data processing apparatus generates output data representing an image in a spatial domain from a plurality of sets of input data, each representing in a spatial frequency domain a sub sampled version of the image in the spatial domain. An error detector detects any erroneous parts of the plurality of sets of input data in the spatial frequency domain. Each of the plurality of sets of input data is transformed from the spatial frequency domain into a sub sampled version of the image in the spatial domain. Any parts of the sub sampled versions that are dependent upon an erroneous part of a set of input data are interpolated from one or more spatially adjacent parts of one or more other sub sampled versions. The sub sampled versions are combined to form the output data.

Image data processing apparatus and method

Saturable core magnetometer with a parallel resonant circuit in which

Growing community of inventors

Tokyo, Japan

Yoshihiro Murakami