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Analysis of Cancer Gene Polymorphism Using Gigabit Internet

利用千兆互联网分析癌症基因多态性

基本信息

批准号：
15591933
负责人：
KAWAHARA Kenji
金额：
$ 1.92万
依托单位：
OKAYAMA UNIVERSITY
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2003
资助国家：
日本
起止时间：
2003 至 2004
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-15591933/
关键词：
Gigabit Network Gene Analysis Information Genome Seminar Motion Image Live lpv6 Protocol ギガビット JGN インターネット SNP ゲノム

项目摘要

In recent years, the advance in internet technology is indeed striking. On the other hand, analysis of polygenic diseases through single nucleotide polymorphisms (SNP) has been conducted on life-style related diseases (hypertension and diabetes) in the aging society and also for a changeover to order-made medical care. Aiming to analyze the massive individual data and to globalize the research technology, we have utilized charge-free network and internet lines and attempted to build a server by a data distribution system via TAO (Japan Giga Network : JGN) that has the largest lines in Japan.As an experimental procedure of LIVE, we have obtained permission to connect to the gigabit network (TAO) under the jurisdiction of Ministry of Internal Affairs and Communication. Aiming to improve the motion image delivery and educational efficacy of the optical fiber 155 Mbps high-speed internet line installed in our faculty, the representative of this study previously conducted several tests of bi-directional motion image delivery (70 Mbps) with Okayama University of Science in Okayama City, which has the experience of connection with the TAO line.This system was shown to be useful as server for the HP of curriculum transmission and TV conference.1,The access point was planned for inside and outside Japan in English via the gigabit network center. The group visited the Dental School of Seoul University in Korea and confirmed that connection was possible on both sides.2,Nagai who is the study representative in information output decided the details of the above-mentioned genome seminar and lectures by theme. Data analysis was conducted by Nagatsuka and Gunduz.

近年来，互联网技术的进步确实令人惊叹。另一方面，通过单核苷酸多态(SNP)对老龄化社会中与生活方式相关的疾病(高血压和糖尿病)进行了多基因疾病分析，并向订单式医疗转变。为了分析海量的个人数据，使研究技术全球化，我们利用免费的网络和互联网线路，尝试通过拥有日本最大线路的TAO(日本千兆网络：JGN)建立数据分发系统来构建服务器。作为LIVE的实验程序，我们已经获得了接入内务通信省管辖的千兆网络(TAO)的许可。为了提高教职工光纤155 Mbps高速网线的运动图像传输和教育效果，本研究的代表此前与冈山市冈山科学大学进行了多次双向运动图像传输(70 Mbps)的测试，该大学有与TAO线路连接的经验。该系统被证明是有用的服务器，用于课程传输和电视会议的惠普。1、接入点计划通过千兆网络中心以英语在日本国内外。该小组访问了韩国首尔大学牙学院，并确认双方都有可能联系起来。2、长井作为信息输出的研究代表，按主题决定了上述基因组研讨会和讲座的细节。数据分析由Nagatsuka和Gunduz进行。