Samsung Electronics Co., Ltd.

Amogreentech Co., Ltd.

Amolifescience Co., Ltd.

Korea Advanced Institute of Science and Technology

Samsung Medison Co., Ltd.

Other

Gwangju Institute of Science and Technology

Korea Institute of Energy Research

Konkuk University Industrial Cooperation Corp

Kollodis Biosciences, Inc.

Lg Electronics Inc.

Hyundai Mobis Co., Ltd.

Seoul National University

Korea University Research and Business Foundation

Korea Institute of Medical Microrobotics

Chan Kim

Song Hee Koo

Seung Hoon Lee

In Yong Seo

Seon Ho Jang

Ji Hyun Lee

Seoung Hoon Lee

Tae Seong Kim

Jae Wook Joo

Ji Yean Kim

Yun Mi So

Kyung Hwa Yun

Hui-Gwan Goo

Dong-Sik Seo

Dae Young Kim

Ji Eun Kim

Seunghoon Lee

Jaehwan Kim

Jin Yub Lee

Young-Ho Lee

Dae Seok Byeon

Sang Hoon Lee

Dong Ku Kang

Nam Jo Jeong

Young Eun Kim

Kwang Woo Lee

Bong Soon Lim

Sang-Hoon Jung

Sung Chan Nam

Hyun Taek Jung

Hyo Jung Lee

Sang Won Hwang

Yeo Il Yoon

Hee Won Lee

Inyong Seo

Sungho Jeong

Seokhee Lee

Jun Keun Cho

Jong Su Seok

Han Ki Kim

Byunggwang Jo

Sangchul Suh

Cheolhyeon Kim

Dong Kyu Youn

Tae-Heon Roh

HyeongJi Lee

Kyu Won Baek

Kyuwon Baek

Yujean Lee

Eun Ji Lee

Seonho Jang

Young Soo Kim

Kyung Hun Jang

Hyo Sun Hwang

Jung Woo Lee

Young-Ho Park

Jeong Woo Lee

Hyun Gi Ahn

Dae Sung Lee

In Sun Lee

Chi Weon Yoon

Jong Oh Park

Jong Hwa Kim

Gil Ju Jin

Yong Sik Jung

Gou Young Koh

Kyung Eun Kim

Sang Yeul Han

Hyo Seon Lee

Dong Hyun Sohn

Jin Woo Hong

In-Yong Seo

Kyung Gu Han

Eun Ho Yang

Sung Kwon Lee

Sang-Jae Lee

Kyung Cheol Choi

Tae-hong Kwon

Ju Pyung Lee

Chang Sei Kim

Ja Young Kim

Kang Ho Roh

Su Yeon Lee

Ki Chun Jo

Muhammad Nasir Ullah

Yun Hye Kim

Sung Youl Park

Jung Yeol Yeom

Kun Ho Lee

Young Jin Kim

Sangjae Lee

Ji Sung Kang

Sang-eun Park

Ssang-Goo Cho

Yun Sang Lee

Hakjae Lee

Hyung Chul Jang

Joong Ki Kook

Ki Woon Cho

Ju Young Park

The present disclosure relates to an integrated system for driving a magnetic body and recognizing the position thereof. The system includes a magnetic field generating unit having four electromagnetic coils radially spaced apart from each other by the same distance and a coil frame to which the electromagnetic coils are connected, an RF coil unit disposed in a through-hole included in the center of the coil frame, a driving unit orthogonal to the coil frame and connected to allow the coil frame to slide in one axial direction, and a processing unit configured to generate movement path information of the coil frame and desired current information of each of the electromagnetic coils.

Integrated system for driving and location recognition of mobile magnetic substances

A cell culture sheet assembly for a large-capacity incubator, wherein a plurality of cell culture sheets are disposed to be spaced apart at predetermined intervals in a direction perpendicular to a main surface, in which each cell culture sheet has an area of 100 cmor more, a thickness of 200 to 800 μm, and a bending depth of 0.5 cm or less. Even when the culture sheets are closely placed in a limited volume of space, there is little sagging or shape deformation in a specific direction to prevent contact with adjacent culture sheets, thereby preventing a decrease in cell culture volume due to dead space. Because the flow of a cell culture fluid due to the occurrence of contact can be minimized or prevented, the cell culture sheet assembly is suitable for large-capacity incubators and can be widely applied to the cell culture industry.

Cell culture sheet assembly for large-capacity incubator, and large-capacity incubator comprising same

Disclosed is a fiber-type organic light-emitting display panel including multiple element fibers extending in a first direction; and multiple wire fibers extending in a second direction, the multiple wire fibers being woven with the multiple element fibers, wherein each element fiber includes a core fiber, a light-emitting element and a driving element mounted on the core fiber, a first contact pad disposed in an area adjacent to the light-emitting element so as to electrically connect a first electrode layer of the light-emitting element and a first wire fiber, a second contact pad disposed in an area adjacent to the driving element so as to electrically connect a first electrode of the driving element and a second wire fiber, and a third contact pad disposed in an area adjacent to the driving element so as to electrically connect a second electrode of the driving element and a third wire fiber.

Fiber-woven display device and manufacturing method thereof

A storage device including: a nonvolatile memory which includes a first memory block configured to store a first user data; and a controller configured to perform a patrol read on the first user data, wherein the controller is configured to increase a reclaim count for the first user data, when the first user data requires a reclaim, the controller is configured to determine that the first user data is a cold data, when the reclaim count for the first user data is greater than a reclaim threshold value, the controller is configured to perform a first reclaim on the first user data when the first user data is determined to be the cold data, and the nonvolatile memory is configured to store the first user data in a second memory block different from the first memory block in response to the first reclaim.

Storage device including a controller configured to determine if user data is cold data based on a reclaim count

The present disclosure relates to a three-dimensional micro-environment structure for controlling cell behavior, a three-dimensional surface and an array for controlling cell behavior, and a method for manufacturing the three-dimensional micro-environment structure.

Three-dimensional micro-environment structure for controlling cell behavior, three-dimensional surface for controlling cell behavior, and method for manufacturing array and three-dimensional micro-environment structure

The present disclosure is broadly concerned with the field of cancer immunotherapy. For example, the present invention generally relates to an immune cell comprising a genetically engineered antigen receptor that specifically binds to a target antigen and a genetic disruption agent that reduces or is capable of reducing the expression in the immune cell of a gene that weakens the function of the immune cell.

Enhanced immune cells using dual shRNA and composition including the same

A yarn including a plurality of twists formed by twisting single fiber strand or multiple fiber strands; and fiber grooves, which are spaces formed between the twists, to provide three-dimensional growth spaces and migration paths for cells. Accordingly, a cell proliferation rate and cell viability may be enhanced by creating microenvironments suitable for migration, proliferation and differentiation of cultured cells. In addition, cell clusters having more uniform shapes may be easily implemented by forming the proliferation spaces and migration paths for the cultured cells as similar as possible to each other in each scaffold. Further, the cells cultured thereby can be cultured in a suitable shape and structure to be applied to an in vitro experimental model or transplanted into the body of an animal, and can be widely applied in various products used in a cell culture or tissue engineering field.

Yarn for cell culture scaffold, ply yarn comprising same and fabric comprising the same

Provided is a nanofiber composite membrane for guided bone regeneration, which includes: spinning a spinning solution by an electrospinning method to produce nanofibers; accumulating the nanofibers, to prepare a certain thickness of a nanofiber web; and drying and thermally calendering the nanofiber web to sterilize the nanofiber web, wherein the spinning solution contains a biocompatible plasticizer to maintain physical properties, flexibility and elasticity of the membrane, by suppressing an increase in brittleness in a sterilization treatment.

Nanofiber composite membrane for guided bone regeneration, and manufacturing method therefor

An apparatus and method for estimating a vehicle pitch relative to a road. The apparatus includes a wheel speed sensor part which obtains wheel speed data, an inertial measurement unit (IMU) sensor part which obtains IMU data, a preprocessing part which extracts a stop section and a moving section on the basis of the wheel speed data and the IMU data, and a slope estimation part which estimates a vehicle pitch in the stop section and a road slope in the moving section and estimates a vehicle pitch relative to a road on the basis of the vehicle pitch and the road slope.

Apparatus and method for estimating vehicle pitch relative to road

Magnetic junction memory devices and methods for writing data to memory devices are provided. The magnetic junction memory device includes a first memory bank including first magnetic junction memory cells, a first local write driver adjacent to the first memory bank, connected to global data lines, the first local write driver configured to write data to the first magnetic junction memory cells via local data lines, a second memory bank adjacent to the first memory bank and including second magnetic junction memory cells, a second local write driver adjacent to the second memory bank, connected to the global data lines, the second local write driver configured to write data to the second magnetic junction memory cells via local data lines, and a global write driver configured to provide first and second write data to the first and second local write driver, respectively, via the global data lines.

Magnetic junction memory device and writing method thereof

Provided is yarn for a cell culture scaffold. The yarn for a cell culture scaffold according to an exemplary embodiment of the present invention includes slitting yarn produced by cutting a compressed nanofiber web to a predetermined width. Accordingly, by creating microenvironments suitable for migration, proliferation and differentiation of cells, cell viability may be enhanced and cells may be three-dimensionally proliferated. In addition, a scaffold according to the present invention has a mechanical strength sufficient for prevention of disruption of the scaffold which occurs during cell culture, such that cells may be stably proliferated. Further, the scaffold according to the present invention uses slitting yarn formed of the compressed nanofiber web, thereby having pores with various sizes, and therefore cell proliferation and cell viability may be enhanced by creation of an extracellular matrix-like environment.

Yarn for cell culture scaffold and fabric comprising the same

The present disclosure provides a new concept of fusion imaging device for simultaneously providing anatomical information and functional/biochemical information of human bodies, to accurately localize lesions in the pre-operative process and measure in real time, thereby ensuring the stability of patients with lower radiation doses than the existing fusion imaging devices such as positron emission tomography (PET)/computed tomography (CT) and single photon emission computed tomography (SPECT)/CT, and includes: a transducer to transmit and receive an ultrasound; a matching layer positioned on top of the transducer to reduce a difference in acoustic resistance between the transducer and an affected part, to support an ultrasound beam to be smoothly transmitted into tissues and a reflected beam to be received with high sensitivity; a backing member to absorb the ultrasound on an opposite side of the affected part with respect to the transducer; and a scintillator to detect gamma rays which are radiation, wherein an ultrasound medical device and a nuclear medicine detector are combined into one probe using the backing member as a collimator of a nuclear medicine probe.

Handheld ultrasound and nuclear medicine fusion imaging device

A magnetic junction memory device is provided. The magnetic junction memory device including a sensing circuit including a sensing node, the sensing node being connected to a first end of a transistor and configured to change a voltage of the sensing node in accordance with a resistance of a magnetic junction memory cell, a gating voltage generator circuit configured to generate a gating voltage of the transistor using a reference resistor and a reference voltage, and a read circuit configured to read data from the magnetic junction memory cell using the reference voltage and the voltage of the sensing node.

Magnetic junction memory device and reading method thereof

A resistive memory device includes a resistive memory cell, a source line connected to one end of the resistive memory cell, a bit line connected to another end of the resistive memory cell, and a sensing circuit connected to the source line and the bit line. The sensing circuit is configured to generate a pull-up signal that is pulled up from a first voltage level to a second voltage level, based on a read current flowing through the resistive memory cell, generate a pull-down signal that is pulled down from a third voltage level to a fourth voltage level, based on the read current, and determine data that is stored in the resistive memory cell, based on a difference between the generated pull-up signal and the generated pull-down signal.

Resistive memory device and method for reading data in the resistive memory device

In order to permit dense integration of a high number of stacked word lines in the semiconductor memory device, a charge pump is included in the semiconductor memory device. The charge pump makes use of a capacitor. The capacitor is implemented with respect to the dense integration. Some components are placed under the stacked word lines, and some are not under the stacked word lines. The capacity of the capacitor not under the stacked word lines is provided in part by a parallel structure.

Semiconductor memory device with a plurality of amplification stages

Growing community of inventors

Gwangju, South Korea

Chan Kim