Abstract
Researches are conducted about the present and future of the research and development of elementary technological details for elucidating, from the viewpoint of the level of molecules or cells, the functions of neurons which are the basic elements of the cranial nerve circuit and for applying the results to cranial nerve cell engineering. It is then concluded that the most important and urgent is to 'develop basic technologies for understanding the functions of neural circuits so that a remedial step may be taken in the presence of a defect in a neural circuit and that electronic devices may be applied to help neural functions.' It is agreed that the most immediate and ripple-effective is to 'establish the technology of intelligent connection between electronic devices and neural circuits for the reconstruction of motor functions.' It is also concluded that, upon achievement of the above two goals, new basic technologies will become available for the moderation of problems in the sensor input and motor output systems by means of electronic circuits, for the improvement on efficiency of rehabilitation with the aid of electronics, for the cure of denatured nerves or a damaged spinal cord, for the study of neural circuits, etc., and
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Citation Formats
None.
Leading research report for fiscal 1998 on the research of basic technologies of cranial nerve cell engineering; 1998 nendo noshinkei saibo kogaku kiban gijutsu no chosa kenkyu sendo kenkyu hokokusho.
Japan: N. p.,
1999.
Web.
None.
Leading research report for fiscal 1998 on the research of basic technologies of cranial nerve cell engineering; 1998 nendo noshinkei saibo kogaku kiban gijutsu no chosa kenkyu sendo kenkyu hokokusho.
Japan.
None.
1999.
"Leading research report for fiscal 1998 on the research of basic technologies of cranial nerve cell engineering; 1998 nendo noshinkei saibo kogaku kiban gijutsu no chosa kenkyu sendo kenkyu hokokusho."
Japan.
@misc{etde_20085177,
title = {Leading research report for fiscal 1998 on the research of basic technologies of cranial nerve cell engineering; 1998 nendo noshinkei saibo kogaku kiban gijutsu no chosa kenkyu sendo kenkyu hokokusho}
author = {None}
abstractNote = {Researches are conducted about the present and future of the research and development of elementary technological details for elucidating, from the viewpoint of the level of molecules or cells, the functions of neurons which are the basic elements of the cranial nerve circuit and for applying the results to cranial nerve cell engineering. It is then concluded that the most important and urgent is to 'develop basic technologies for understanding the functions of neural circuits so that a remedial step may be taken in the presence of a defect in a neural circuit and that electronic devices may be applied to help neural functions.' It is agreed that the most immediate and ripple-effective is to 'establish the technology of intelligent connection between electronic devices and neural circuits for the reconstruction of motor functions.' It is also concluded that, upon achievement of the above two goals, new basic technologies will become available for the moderation of problems in the sensor input and motor output systems by means of electronic circuits, for the improvement on efficiency of rehabilitation with the aid of electronics, for the cure of denatured nerves or a damaged spinal cord, for the study of neural circuits, etc., and that a new industrial series will be created through the utilization of the above-mentioned details. (NEDO)}
place = {Japan}
year = {1999}
month = {Mar}
}
title = {Leading research report for fiscal 1998 on the research of basic technologies of cranial nerve cell engineering; 1998 nendo noshinkei saibo kogaku kiban gijutsu no chosa kenkyu sendo kenkyu hokokusho}
author = {None}
abstractNote = {Researches are conducted about the present and future of the research and development of elementary technological details for elucidating, from the viewpoint of the level of molecules or cells, the functions of neurons which are the basic elements of the cranial nerve circuit and for applying the results to cranial nerve cell engineering. It is then concluded that the most important and urgent is to 'develop basic technologies for understanding the functions of neural circuits so that a remedial step may be taken in the presence of a defect in a neural circuit and that electronic devices may be applied to help neural functions.' It is agreed that the most immediate and ripple-effective is to 'establish the technology of intelligent connection between electronic devices and neural circuits for the reconstruction of motor functions.' It is also concluded that, upon achievement of the above two goals, new basic technologies will become available for the moderation of problems in the sensor input and motor output systems by means of electronic circuits, for the improvement on efficiency of rehabilitation with the aid of electronics, for the cure of denatured nerves or a damaged spinal cord, for the study of neural circuits, etc., and that a new industrial series will be created through the utilization of the above-mentioned details. (NEDO)}
place = {Japan}
year = {1999}
month = {Mar}
}