Other

Magqu Co. Ltd.

Medfluid Co., Ltd.

Shu-Hsien Liao

Herng-Er Horng

Hong-Chang Yang

Kai-Wen Huang

Jen-Jie Chieh

Shieh-Yueh Yang

Chin-Yih Rex Hong

Ming-Hsien Chiang

Wen-Cheng Kuo

Wen-Bin Lee

An array microfluidic chip includes a chip mainbody, a transparent hydrophilic membrane, and a covering sheet. The chip mainbody includes a sample loading well and a plurality of reaction wells. The reaction wells are respectively connected to the sample loading well and arranged in an array form. The transparent hydrophilic membrane is disposed on the chip mainbody and covers the reaction wells. The transparent hydrophilic membrane includes a plurality of air pores and a first opening. The air pores are respectively connected to one of the reaction wells. The covering sheet covers the air pores and includes an adhesive element and a vent hole. The covering sheet, the adhesive element and the transparent hydrophilic membrane are stacked to form a vent space.

Array microfluidic chip and method of antibiotic susceptibility testing

A non-invasive thermal ablation method is provided for heating a lesion area using a non-invasive thermal ablation device. The non-invasive thermal ablation method includes: generating a time-varying magnetic field in a lesion area including a liquid metal using a magnetic field-generating element of the non-invasive thermal ablation device to heat the lesion area. In addition, a non-invasive thermal ablation device for the method is also provided.

Non-invasive thermal ablation device and method

A magnetism characteristic detection method, a magnetism characteristic detection apparatus, an imaging apparatus and an imaging method are provided, where magnetism detection and imaging are based on an integrated excitation field of a direct current (DC) magnetic field and an oscillation wave. The magnetism detection method includes the following steps. A DC magnetic field is selectively applied to an object. Further, an oscillation wave is provided to the object, where the oscillation wave is a sound wave or an ultrasound wave. Then, a magnetism characteristic variation of the object is detected.

Detection method, imaging method and related apparatus based on magnetism characteristic detection technique

The invention provides a low-field nuclear magnetic resonance system for measuring a magnetic resonance signal of an object. The low-field nuclear magnetic resonance system includes a pre-magnetization module, a uniform magnetic field coil module, a pulse and receiving coil module, a filter amplifier module, a signal acquisition module and a processing module. The pre-magnetization module is used to establish a pre-magnetization field in the object to increase magnetization of the object. The uniform magnetic field coil module is used to change a resonance frequency and background magnetic field intensity of the object during nuclear magnetic resonance measurement by regulating a magnetic field of the coil. The processing module further includes a programming object for controlling timing processing and signal analysis of the measurement process.

Low magnetic field resonance system

Growing community of inventors

Taipei, Taiwan

Shu-Hsien Liao