Lg Electronics Inc.

Korea Advanced Institute of Science and Technology

Ajou University Industry-academic Cooperation Foundation

Yoo Min Park

Seok Jae Lee

Kyoung Gyun Lee

Nam Ho Bae

Myeongha Yi

Jinho Son

Hyun Chul Yoon

Tae Jae Lee

Moon Keun Lee

Yong Duk Han

Yunhee Ku

Yongju Yang

Myung Soo Kim

Young Hoon Gwak

Moosub Kim

Sung Gap Im

Ka Ram Kim

Jong Gon Kim

Hyeon Po Cho

Oh Chul Kwon

Bon Young Koo

Hyeong Jin Chun

Kang Sun Lee

Seung Yeon Song

Youn Seong Song

Yun Hee Ku

Yong Ju Yang

Moo Sub Kim

Disclosed is a method of manufacturing lanthanide fluorescent silica nanoparticles, including a complex synthesis step of synthesizing a silane-lanthanide chelate complex, an emulsion formation step of forming a water-in-oil microemulsion by dispersing micelles, the water-phase core of which is introduced with the silane-lanthanide chelate complex, in an oil-phase solvent, a silica introduction step of introducing a silica precursor into the microemulsion, and a nanoparticle synthesis step of synthesizing fluorescent silica nanoparticles by crosslinking the silica precursor and the silane-lanthanide chelate complex in the micelles. The lanthanide fluorescent silica nanoparticles thus manufactured can be utilized in fluorescence analysis of inorganic materials or bio-derived materials.

Fluorescent silica nanoparticles using silane-lanthanum-base complex composite and cross-linking reaction and method for manufacturing same

Provided are a device for a digital assay of targets according to an exemplary embodiment of the present disclosure and a method using the same. The digital assay method of targets according to the exemplary embodiment of the present disclosure includes acquiring an image for a plurality of microdroplets, predicting at least one region based on the image for the plurality of microdroplets using an artificial neural network-based prediction model configured to segment at least one region among positive microdroplets, negative microdroplets, and atypical microdroplets, with the image for the plurality of microdroplets as an input, determining a number for the plurality of microdroplets based on the at least one region, and providing quantitative data of targets based on the number for the plurality of microdroplets.

Method for digital assay of targets and device using the same

A modular fluidic chip includes a body configured to have at least one flow channel formed in an inside thereof and be connected to another modular fluidic chip to allow the at least one flow channel to communicate with a flow channel provided in the other modular fluidic chip. A fluidic chip capable of performing one function is formed in the form of a module, whereby a fluidic flow system of various structures can be implemented without restriction in shape or size by connecting a plurality of fluidic chips capable of performing different functions as necessary. Through this, various and accurate experimental data can be obtained, and when a specific portion is deformed or damaged, only the fluidic chip corresponding thereto can be replaced, thereby reducing manufacture and maintenance costs.

Modular fluidic chip and fluidic flow system comprising same

A modular fluid chip according to an embodiment of the present disclosure includes a body including at least one first hole which allows fluid to flow therethrough; and a housing receiving the body therein, and including a second hole which corresponds to the at least one first hole and allows the fluid to flow therethrough, and a fluid connection part which is connectable to another modular fluid chip.

Modular fluid chip and fluid flow system comprising same

A refrigerator that includes: a storage space configured to be cooled by a refrigeration cycle cooling system; a wall defines a boundary of the storage space; a low temperature case that is arranged adjacent to a portion of a first surface of the wall; a thermoelectric element module (TEM) assembly that is configured to supply cool air to the low temperature case; and a TEM accommodating part that protrudes from the first surface of the wall and that accommodates the TEM assembly, wherein the low temperature case includes an opening through which the TEM accommodating part is inserted, and wherein a sealant is provided between the low temperature case and the wall to couple the low temperature case to the first surface of the wall is disclosed.

Refrigerator having very low temperature freezer compartment

The present disclosure relates to a sensor for detecting saccharide and manufacturing method thereof and detection method of glycated hemoglobin using the same wherein the sensor for detecting saccharide includes a reactive layer synthesized with hydrogel having a boronic acid-modified 3D mesh structure. A selective and sensitive detection of the glycated protein including glucose or glycated hemoglobin (HbA) in blood through high level of signal may be enabled, and the durability of the sensor for detecting saccharide may be enhanced.

Sensor for detecting saccharide and manufacturing method thereof and detection method of glycated hemoglobin using the same

Disclosed related to a door for a refrigerator may include an outer door forming the front exterior; a cap decoration formed at the upper and lower sides of the outer door; a water pipe drawn into the door through the cap decoration and through which water flows; and a fixing member on which a depression part fixing the water pipe is formed.

Door for refrigerator having a fixing member for a water pipe

Growing community of inventors

Seoul, South Korea

Yoo Min Park