Other

Hyundai Motor Company

Kia Corporation

Seoul National University

Yonsei University

Hancom Inc.

Godius Co., Ltd.

Hyun Sook Lee

Woo Young Lee

Hyun Soo Kim

Soo Min Lee

Dong Gu Kim

Mi Sun Kim

Il Seon Yoo

Jang Hyeon Lee

Se Young Park

Dae Sung Kwon

Soo Yeon Park

Sang Suk Lee

Tae Ho Jeong

Hyeon Ho Kim

Jin Kyo Jeong

Jung Hwa Lee

Dal Ho Park

Ki Wang Kim

Sang Dae Choi

Hae Won Yoon

Soo Yong Ahn

Do Gwun Hwang

Young Kuen Choi

Yoon Ji Lee

Hyun Ju An

Myoung Chone An

Myung Deok Kim

Sun Kim

Sang Jin Paik

An ultrasonic treatment and monitoring system includes: an ultrasonic treatment device configured to emit ultrasonic waves to treat a patient; an ultrasound image acquisition device configured to obtain an ultrasound image; and a control device. The control device is configured to: determine that the ultrasonic treatment device is on; based on the ultrasonic treatment device being on, control the ultrasound image acquisition device to acquire a first ultrasound image; determine that the ultrasonic treatment device is off; based on the ultrasonic treatment device being off, control the ultrasound image acquisition device to acquire a second ultrasound image; and cause the first ultrasound image and/or the second ultrasound image to be displayed on a display.

Ultrasound image processing apparatus, method, program and system

Disclosed herein is a method for manufacturing a hydrogen sensor, the method comprising the steps of: disposing a thin film made of a transition metal or an alloy thereof on a surface of elastic substrate; applying a tensile force in a repetitive manner to the elastic substrate to form a nanocrack on the thin film disposed on the surface of the elastic substrate; and injecting hydrogen gas into the formed nanocrack and then removing the hydrogen gas to form a nanogap, wherein the tensile force in the step of forming a nanocrack is applied to an extent that the elastic substrate has a tensile strain of 25% to 100%.

Hydrogen sensor and hydrogen sensor manufacturing method

Display screen or portion thereof with icon

The present invention relates to a noninvasive medical pulsimeter sensor using a hall device. By forming a pulse-sensing part array with a hall device as a magnetic sensor, over the skin-contacting part which consists of a magnetic material, the present invention increases the integrity of sensors, enables to understand the spatial characteristics of the pulse which cannot be determined by the conventional pressure sensors, minimize the time for searching the pulse, and is applicable widely to portable pulsimeters and the likes.

Pulsimeter sensor using hall device

This invention relates to a gene encoding &#x394;Np63&#x3b1; and screening methods of anticancer-drugs thereof, more specifically a gene encoding &#x394;Np63&#x3b1; and a protein which is transported from nucleus to cytoplasm by contacting with potential anti-cancer-drugs in an epithelial cell carcinoma, a recombinant vector comprising said gene and reporter genes, and carcinoma cells comprising said vector. Also, This invention relates to high throughput screening methods of anticancer-drug comprising identifying the transportation of &#x394;Np63&#x3b1; protein from nucleus to cytoplasm by contacting with potential anticancer-drug in a carcinoma cell.

DNP63A gene and screening methods of anticancer agent by using it

Growing community of inventors

Seoul, South Korea

Hyun Sook Lee