Lg Electronics Inc.

Exollence Biotechnology Co.. Ltd.

Kyounghwa Kim

Younghwan Kim

Inkwan Yeo

Taekyu Choi

Kyoungtaek Lim

Kyungho Kong

Changseok Kim

Youngrae Lee

Seonggeun Kim

Kihwan Kwon

Jihwa Chung

Miyoung Kim

Bumho Park

A biosensor cartridge can include a circuit board having a connection terminal configured to be electrically connected to an external diagnostic device, a biosensor chip configured to detect a target material from an analysis specimen, and transmit an electrical signal to the connection terminal of the circuit board based on the target material being present in the analysis specimen, the biosensor chip including a reactant configured to react specifically with the target material, and a housing enclosing the circuit board and the biosensor chip, and the connecting terminal being exposed outside of the housing. Also, the biosensor chip includes a plurality of channel areas separated from each other, and the reactant is attached to the plurality of channel areas.

Biosensor chip and biosensor cartridges having the same

Provided is a probe device for testing a sensor chip that detects a target material from an analysis specimen, has a reactant reacting specifically with the target material, and transmits a generated electrical signal through a pad. The probe device can include a lower housing accommodating a circuit board electrically connectable to an external test device; a middle housing positioned on the lower housing, coupled to the lower housing, and having the sensor chip mounted thereon; a probe module having probe pins for connecting a pad of the sensor chip and a connection pad of the circuit board to each other; and an upper housing positioned on the middle housing, coupled to the middle housing, having a recessed portion that opens the sensor chip, and having a guide area for aligning the probe module on the pads of the sensor chip and the circuit board.

Biosensor cartridges and test device therefor

A modular control apparatus for a vehicle comprises: a base block mounted on the vehicle to provide an interface with apparatuses within the vehicle; and an upgrade block detachably mounted on the base block. The base block detects whether or not the upgrade block is valid. The upgrade block includes a checking circuit for physically detecting whether or not the upgrade block is a valid upgrade block. The upgrade block periodically transmits a checking message indicating whether or not the upgrade block is the valid upgrade block.

Modular control apparatus for vehicle

Provided are a method of delivering target materials into extracellular vesicles including exposing the target materials and the extracellular vesicles to extracorporeal shockwaves, a method of preparing target material-introduced extracellular vesicles, extracellular vesicles prepared by the method, drug delivery vehicles including extracellular vesicles, and a method of delivering target materials into cells. The present disclosure exposes extracellular vesicles derived from natural organisms such as animal cells, plant cells, and microorganisms including bacteria and eukaryotic bacteria as well as artificially produced extracellular vesicles to extracorporeal shockwaves extracellularly. Thus, the high-level energy extracorporeal shockwaves can be used to deliver the target material into the extracellular vesicle efficiently. When treating with extracorporeal shockwaves, the ability of target material-introduced extracellular vesicles to incorporate into target cells also increases. According to the method of the present disclosure, the target materials can be delivered into cells with high efficiency, being utilized in various fields.

Delivery method of target material into extracellular vesicles using extracorporeal shockwave

The present disclosure relates to a method of delivering target materials into extracellular vesicles including exposing the target materials and the extracellular vesicles to extracorporeal shockwaves, a method of preparing target material-introduced extracellular vesicles, extracellular vesicles prepared by the method, drug delivery vehicles including extracellular vesicles, and a method of delivering target materials into cells. The present disclosure exposes extracellular vesicles derived from natural organisms such as animal cells, plant cells, and microorganisms including bacteria and eukaryotic bacteria as well as artificially produced extracellular vesicles to extracorporeal shockwaves extracellularly. Thus, the high-level energy extracorporeal shockwaves can be used to deliver the target material into the extracellular vesicle efficiently. When treating with extracorporeal shockwaves, the ability of target material-introduced extracellular vesicles to incorporate into target cells also increases. According to the method of the present disclosure, the target materials can be delivered into cells with high efficiency, being utilized in various fields.

A method for an auto answering function for use in a mobile terminal of a user including receiving an incoming call from a calling party, answering the incoming call when the mobile terminal is in an auto answering mode, providing a first audio output to the calling party when the calling party is identified as a target user, and receiving a first response input from the calling party after providing the first audio output. The method further includes modifying information of a first application of a plurality of applications based on the first response input, wherein the first application is identified based on content of the first response input.

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Seoul, South Korea

Kyounghwa Kim