Korea Institute of Science and Technology

Kui Won Choi

In Chan Youn

Ick Chan Kwon

Kwang Meyung Kim

Jun Uk Chu

Seung Yong Lee

Jin Seok Kim

Ji Yoon Kang

Kwangmeyung Kim

So Jin Lee

Jong Woong Park

Jun-Kyo Francis Suh

Myung Sook Huh

Sung Min Han

Kang Il Song

Heui Chang Lee

Jun Kyo Suh

The present disclosure relates to peripheral nerve interface system and method for prosthetic hand control, which may measure, analyze and control efferent motor nerve signals and afferent sensory nerve signals by regenerating a peripheral nerve and control an artificial prosthetic hand by means of the measurement, analysis and control of the signals. For this, the peripheral nerve interface system according to an embodiment of the present disclosure includes: a nerve conduit connected to a terminal of a damaged peripheral nerve at a cut body portion; a prosthesis for substituting for the cut body portion; and a peripheral nerve interface unit electrically connected to the nerve conduit and the prosthesis to restore a function of the damaged peripheral nerve and control operations of the prosthesis by transmitting and receiving signals of the damaged peripheral nerve.

Peripheral nerve interface system and method for prosthetic hand control

Disclosed are a system and a method for artificial nerve networking capable of restoring a damaged nerve and allowing selective detection, analysis, transmission and stimulation of a signal from the damaged nerve. The artificial nerve networking system according to an embodiment of the present disclosure includes: a first nerve conduit connected at one end of a damaged nerve; a second nerve conduit connected at the other end of the damaged nerve; and an artificial nerve networking unit electrically connected to the first nerve conduit and the second nerve conduit and recovering the function of the damaged nerve by transmitting and receiving a signal to and from the damaged nerve.

Artificial nerve networking system and method for functional recovery of damaged nerve

The oligonucleotide polymerization method of the present invention is advantageous in that an oligonucleotide with a small molecular weight can be easily polymerized into high-molecular weight oligonucleotides. Further, the high-molecular oligonucleotide prepared by the method of the present invention can bind to hydrophilic high-molecular materials or inorganic materials, and then can be stably delivered to a living body. Therefore, the high-molecular oligonucleotide prepared by the method of the present invention can be widely used for treating various diseases.

Method for polymerizing a small oligonucleotide, and use of a high-molecular oligonucleotide prepared by the polymerization method

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Seoul, South Korea

Kui Won Choi