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Train Status (Last updated March 14 2014)JR LinesShinkansen JR East Tohoku area trunk lines (non-Shinkansen) JR East Tohoku area local linesSendai - Ishinomaki direct trains JR East Kanto area (Tokyo and around Tokyo) JR East Nagano, Niigata area JR Central (Shizuoka, local trains) JR Hokkaido JR West Detours to major Tohoku citiesTokyo - Akita, Morioka and Aomori via Niigata Tokyo - Yonezawa via Niigata Tokyo - Aizu-Wakamatsu and Kouriyama by inland route Tokyo - Ishinomaki via Kogota Tokyo - Aizu-Wakamatsu via Niigata Non-JR Lines Tohoku area Non-JR Lines northern Kanto Area (Ibaraki, Tochigi, Gunma) Non-JR Lines Tokyo area Downtown Tokyo to Narita Airport Downtown Tokyo to Haneda Airport Refunds of unused tickets and passes, reservations, etc. Airport InformationSendai Airport Fukushima Airport Other Tohoku area airports Airlines BusLong-distance bus companies in the Tohoku areaJR Bus Tohoku JR Bus Kanto Konan Bus Iwate-ken Kotsu Iwate Kenpoku Bus Higashi Nippon Express Miyagi Koutsuu (Miyakou Bus) Yamagata Koutsuu (Yamako) Fukushima Koutsuu Aizu Bus Shin-Jouban Koutsuu Intercity bus routesSendai - Yamagata Airport direct Sendai - Yamagata Sendai - Tokyo Shinjuku Sendai - Tsuruoka, Sakata Sendai - Niigata Sendai - Fukushima Fukushima, Koriyama - Tokyo Shinjuku Kouriyama - Fukushima Kouriyama - Sendai Kouriyama, Fukushima - Morioka Fukushima - Morioka Sendai - Ishinomaki Sendai - Ichinoseki Sendai - Hiraizumi, Chusonji Sendai - Morioka Morioka - Akita Airport direct Bus services in Miyagi-ken Charted buses for volunteers Ferry StatusFerry companies serving the Tohoku areaOarai - Tomakomai Ferry Nagoya - Sendai - Tomakomai Ferry Road Traffic Status in Tohoku Area Lost and damaged vehicles General safety tips [部分編集] Train Status (Last updated March 14 2014) Important Train schedules are subject to abrupt changes. Information here is not updated in real-time. Temporary (additional) service curtailments can happen due to earthquakes, power shortages and safety reasons. As of March 14 2013, several rail lines along the Pacific coast in Fukushima, Miyagi and Iwate are still closed. JR East is considering the cancellation of low-traffic lines, and rebuilding others along new inland courses; the process will take years. Negotiations with local communities have just begun, The Shinkansen and rail lines in the inland Tohoku area are operating along normal schedules. Heavy rains in late July 2011 damaged some local lines in the Niigata area; one local line is still closed. The largest threat to rail services is earthquakes. Scholars agree that Japan has entered a period of increased seismic activity. A large quake can stop rail services for hours. The Shinkansen has proved its safety but it is also highly sensitive. The power situation is improving. Railways in the east Japan area got through Summer 2013 without canceling runs. Lights were dimmer, air conditioners were weaker to save energy, but this was the extent of the inconveniences. In fact there was enough power to operate seasonal extra trains. In west Japan, power margins were slimmer JR Kyushu canceled some runs during daytime hours till September 7 2012. During Summer 2013 only JR Shikoku canceled services for power conservation - and only a little. The whole nation got through 2013 without any blackouts. Conservation is on everyone s mind. Factories adjusted shifts to reduce peak power usage. Solar panels are being installed at a rapid pace. It seems also that predictions from the utility companies were too pessimistic. Major railways are cutting down on electricity usage by installing efficient vehicles. Official websites may have pages that are not up to date, even in the Japanese pages. In one occasion the maintainer of this page has contacted a rail company to point out a timetable error on their official website. (It was promptly corrected.) Information available from foreign language pages is sketchy at best. Sources official websites of railway companies. JR Lines [部分編集] Shinkansen Updated 10 50 March 8 2013 EN http //www.jreast.co.jp/e/index.html JP http //www.jreast.co.jp/ All Shinkansen sections are open. Operations normal on all lines from September 23 2011. JR East Shinkansen timetables will change March 16 2013. Shinkansen timetables and some messages from JR East (in English) EN http //jreast-shinkansen-reservation.eki-net.com/pc/english/common/timetable/index.html JR East global information center EN http //www.jreast.co.jp/e/customer_support/information_center.html JR East Infoline EN http //www.jreast.co.jp/e/customer_support/infoline.html [部分編集] JR East Tohoku area trunk lines (non-Shinkansen) Updated 13 50 March 14 2014 Lines west of the Tohoku Shinkasen are open. Timetables will change slightly on March 15 2014. EN http //www.jreast.co.jp/e/index.html JP http //www.jreast.co.jp/ Line Section Status Tohoku Fukushima - Sendai Some through runs to/from Joban Line canceled, otherwise normal. Sendai Airport Transit service to the airport terminal resumed October 1 2013. Tohoku Sendai - Ichinoseki Near normal. Rapid Minami Sanriku (through train to Sanriku area) canceled 2 runs each way. Tohoku Ichinoseki - Morioka Normal. Hiraizumi Station is in this section. Joban Iwaki - Hirono Reopened October 10. Joban Hirono - Haranomachi Closed. Section near damaged nuclear power plant. Recovery not in sight. Substitute bus to Haranomachi available from Watari. Joban Haranomachi - Souma Isolated section reopened December 21 2011. Joban Souma - Watari Watari - Hamayoshida reopened March 16 2013. Work in progress for the remaining section. Joban Watari - Iwanuma - (Sendai) Special timetable. Banetsu West Kouriyama - Aizu-Wakamatsu Normal Banetsu West Aizu-Wakamatsu - Niitsu - (Niigata) Suffered damage from heavy rains in late July 2011. Reopened October 14 2011. Normal services on lines not listed above. JR East Tohoku area local lines Updated 13 50 March 14 2014 JP http //www.jreast.co.jp/pdf/saikaijoukyou.pdf (Map, Recovery schedules) JP http //www.jr-sendai.com/eq.html (JR East Sendai provisional timetables) JP http //www.jr-morioka.com/ (JR East Morioka provisional timetables) JP http //www.jreast.co.jp/akita/ (JR East Akita) Lines on the Miyagi, Iwate coast are closed and recovery is not in sight. Joban Line is closed near the Fukushima Daiichi Power Plant. Tadami Line is closed due to damage from heavy rains in late July 2011. These are the only closed sections. Line Section Status Senseki Aoba-dori - Takagimachi Reopened May 28 2011. Near normal.Matsushima-Kaigan Station is in this section. Senseki Takagimachi - Rikuzen-Ono Closed. Rikuzen-Ono - Yamoto reopened March 17 2013. Remaining section to reopen by Spring 2016. Substitute buses running between Matsushima-Kaigan - Yamoto.(Transfer at these stops, rather than Takagimachi, Rikuzen-Ono)Sendai - Ishinomaki is 2 hours by train - bus - train.Ishinomaki Line is open to Ishinomaki. See below for substitute rapid service via Ishinomaki Line. Senseki Yamoto - Ishinomaki About one run per hour. Ohfunato Ichinoseki - Kesennuma Reopened April 18 2011 Ohfunato Kesennuma - Sakari Closed. Recovery not in sight. JR East wants to convert this line to bus. Kamaishi Hanamaki - Kamaishi Normal Yamada Morioka - Miyako Near normal from April 29 2011 Yamada Miyako - Kamaishi Closed. Damage severe. Iwaizumi (bus) Iwaizumi - Miyako Buses resumed April 11 2011. Abolished as a rail line. Hachinohe Hachinohe - Kuji Open. Remaining closed section reopened March 17 2012. Tadami Aizu-Wakamatsu - Tadami Bridge destroyed by flood late July 2011. Aizu-Wakamatsu - Aizu-Kawaguchi open. Recovery not in sight for Aizu-Kawaguchi - Tadami. Substitute bus running. Tadami Tadami - Koide Open. Tagokura Station closed permanently. Banetsu East Kouriyama - Iwaki Normal Ishinomaki Kogota - Maeyachi Open. Ishinomaki Maeyachi - Ishinomaki Reopened May 19 2011. Ishinomaki Ishinomaki - Onagawa Ishinomaki - Watanoha reopened March 17 2012. Watanoha - Urashuku reopened March 16 2013. Urashuku to Onagawa is 2.5 km. Kesennuma Maeyachi - Yanaizu Reopened April 29 2011. Kesennuma Yanaizu - Kesennuma Work in progress to convert the right of way to a dedicated bus lane. Bus service between Yanaizu and Kesennuma started August 20 2012. Travel time 2 hours between Yanaizu and Kesennuma. May never reopen as a rail line. Substitute bus services, Miyagi coast area JP http //jr-sendai.com/operation Provisional timetables, substitute bus services, Iwate coast area JP http //www.jr-morioka.com/news/ JR East global information center EN http //www.jreast.co.jp/e/customer_support/information_center.html JR East Infoline EN http //www.jreast.co.jp/e/customer_support/infoline.html Sendai - Ishinomaki direct trains Updated 9 26 March 19 2013 Direct rapid service between Sendai and Ishinomaki. Depart Sendai Arrive Ishinomaki status 6 23AM 7 31 Weekday only, to June 28 2013. 17 58 19 02 Daily Depart Ishinomaki Arrive Sendai status 6 27AM 7 35 Daily 18 17 19 38 Weekday only, to June 28 2013. Via Tohoku Line, Kogota Station, Ishinomaki Line. Non-stop between Sendai and Ishinomaki. Weekday only runs are provisional, but JR keeps extending the period. Ishinomaki - Sendai through fare 820 yen. Senseki Line fare in effect. No express charge. Official announcements from JR East Sendai JP http //www.jr-sendai.com/wp-content/uploads/2013/01/press_20130131-harurinji.pdf JP http //www.jr-sendai.com/wp-content/uploads/2012/11/press_20121109-ishinomaki.pdf JP http //www.jr-sendai.com/wp-content/uploads/2012/04/%E8%87%A8%E6%99%82%E7%9B%B4%E9%80%9A%E5%BF%AB%E9%80%9F%E5%88%97%E8%BB%8A%E3%81%AE%E9%81%8B%E8%BB%A2%E3%81%AB%E3%81%A4%E3%81%84%E3%81%A6.pdf JP http //www.jr-sendai.com/wp-content/uploads/2012/09/press_20120914-sendaiishinomaki.pdf The through train departs from the ground level Tohoku Line platform at Sendai Terminal, not the underground Senseki Line platform. Sendai - Ishinomaki by Senseki Line and substitute bus is about 2 hours. One run each way during daytime hours, more during peak hours. Shinkansen (via Furukawa) is not practical, for the local line between Furukawa and Ishinomaki is slow. Ishinomaki - Furukawa is roughly one hour. Furukawa - Ishinomaki takes two hours, including waiting time at Furukawa. Currently bus is most convenient between Sendai and Ishinomaki. Miyagi Koutsuu Bus JP http //www.miyakou.co.jp/cms/express/desc/34/ Fare 800 yen one way, 1500 yen round trip There are reports that this bus is crowded during some hours. [部分編集] JR East Kanto area (Tokyo and around Tokyo) See JR East to Narita Airport and JR East Kanto area (Tokyo and around Tokyo) in Tokyo Area Trains [部分編集] JR East Nagano, Niigata area Updated 6 25 September 11 2012 Due to the heavy rains of late July 2011, several sections closed. As of September 2012, the Tadami Line is still closed. The Joetsu Local Line reopened August 13 2011. Iiyama Line reopened mid September. Ban etsu West Line reopened October 14 2011. Tadami - Oshirakawa will reopen October 1 2012. Tadami will become accessible from the Niigata side by train. Recovery is not in sight for Aizu-Kawaguchi - Tadami on the Fukushima side. Substitute buses are available but they do not connect to services on the Niigata side. Details in Japanese http //www.jrniigata.co.jp/ http //www.jrniigata.co.jp/press/20120907tadamisen.pdf [部分編集] JR Central (Shizuoka, local trains) See JR Central (Shizuoka) in Tokyo Area Trains [部分編集] JR Hokkaido Updated 13 50 March 14 2014 EN http //www2.jrhokkaido.co.jp/global/index.html JP http //www.jrhokkaido.co.jp/ JR Hakodate Station and nearby service facilities were hit by the tsunami on March 11. Regular services have resumed by late May 2011. Line/Service type Section Status Hakucho, Super Hakucho intercity day Hakodate - Aomori Normal. Seasonal extras running in Summer 2012. Express Hamanasu budget night Sapporo - Aomori Normal Hokutosei luxury night Sapporo - Tokyo (Ueno) Resumed May 20 2011. Cassiopeia luxury night Sapporo - Tokyo (Ueno) Resumed May 20 2011. Twilight Express luxury night Sapporo - Osaka Normal. In early 2016 the Shinankansen will open between Shin-Aomori and Hakodate. The night trains listed above are likely to be canceled by then. These trains are popular and the sayonara element will make them even more so they will be difficult to book during holidays. Several serious accidents happened during April - July 2013. Due to the need to diagnose mechanical problems and implement remedies, intercity limited express services will be partially canceled to end of September at least. The official timetable changed in November 2013; service curtailments became permanent. The railway is not in its best possible condition and will be challenged if a major earthquake hits the area. [部分編集] JR West Updated 13 28 April 3 2012 EN http //www.westjr.co.jp/english/global.html JP http //www.westjr.co.jp/ Long-distance trains between Osaka and northern Japan have resumed by April 2 2011. Night train Nihonkai (Osaka - Aomori 1 run daily) resumed March 18 2011. Peak-only service from March 2011. Twilight Express resumed April 2 2011. Due to shortages in replacement parts, frequency was reduced for a short while on some lines that use older electric cars. JR West has secured supply and operations have resumed to normal. Detours to major Tohoku cities The rail routes listed here are wide, time-consuming detours. However they have the advantage that they avoid the Fukushima area. [部分編集] Tokyo - Akita, Morioka and Aomori via Niigata Updated 14 00 March 14 2013 This route avoids Fukushima altogether. By Joetsu Shinkansen and Uetsu Line Tokyo - Akita is about 6 hours. There are 3 Inaho between Niigata - Akita in each direction per day. At Akita connections to/from Morioka and Aomori are available. The Akita - Aomori train is called Tsugaru. To Akita the Akita Shinkansen is faster (by one hour and a half), to Aomori and Morioka the Tohoku Shinkansen is much faster, but this course avoids the risks of travel through Fuksuhima. The scenery is better too. Night train Akebono (Ueno - Aomori) though quite popular, made the last regular run March 14. It will continue running as a seasonal service for some time. [部分編集] Tokyo - Yonezawa via Niigata Updated 13 27 April 29 2011 Yamagata Shinkansen opened April 12. This section retained for those who want to avoid trips through Fukushima. Tokyo - Yamagata is about 5.5 hours by this route. (By Shinkansen it is 3 hours.) Connections to Fukushima and Yamagata are available at Yonezawa. [部分編集] Tokyo - Aizu-Wakamatsu and Kouriyama by inland route Updated 6 48 March 17 2012 EN http //www.tobu.co.jp/foreign/contact.html JP http //www.tobu.co.jp/ JP http //www.yagan.co.jp/ JP http //www.aizutetsudo.jp/ Timetables JP http //www.aizutetsudo.jp/ekilist/tt_all_new.pdf EN http //www.tobu.co.jp/foreign/timetable.html Tobu section-rapid (kukan-kaisoku) trains do not require extra fare. They are commuter type trains with toilets and fixed "box" style seats. See interior photos Tobu Ltd. Express require extra fare. For Tobu connection train stops and fare see Tobu Line Guide No extra fare required for the fast trains of Aizu Railway Aizu Mount Express and Aiu Ose Express. Tokyo - Aizu-Wakamatsu is faster via Kouriyama by Shinkansen. However the Shinkansen tends to stop running after earthquakes and runs closer to the damaged nuclear power plant. Aizu-Wakamatsu to Kouriyama is about 70 minutes by train. Operations are normal. Aizu Bus runs from Aizu-Wakamatsu to Kouriyama, Fukushima and Sendai. Kouriyama is 90 minutes, Fukushima 100 minutes, Sendai 2.5 hours from Aizu-Wakamatsu. JP http //www.aizubus.com/ Aizu London Taxi is a taxi and tour bus operator which runs buses from Aizu-Wakamatsu to Yonezawa JP http //www.london-taxi.jp/t_masukoto/ [部分編集] Tokyo - Ishinomaki via Kogota Updated 10 47 August 1 2012 The usual route between Tokyo and Ishinomaki is Shinkansen to Sendai and Senseki Line onward. This is not possible for the Senseki Line is partially closed due to tsunami damage. An alternate route is to take the Shinkansen one stop further to Furukawa and then take the Rikuu East Line to Kogota, and from there the Ishinomaki Line to Ishinomaki. In most cases two transfers are required. In many cases connections at Furukawa are poor. In such cases it is cheaper to get off the Shinkansen at Sendai and use the Tohoku Local Line to Kogota. If using an automated pathfinder specify Kogota as a stopover point. (With Hyperdia enter "KOGOTA" in the field PASS1 in the details page.) Also enter the date of the trip, for Tohoku Shinkansen seasonal runs often provide better connections. JP http //ishinomaki-photo.blogspot.jp/2012/04/blog-post_24.html JP https //docs.google.com/document/pub?id=1Wuvz760IVXLrhz6gvkUcKSGP9MJapzrWgL2W3fjlUrw [部分編集] Tokyo - Aizu-Wakamatsu via Niigata Updated 6 12 October 17 2011 Tokyo - Niigata is about 2 hours by Shinkansen. Niigata - Aizu-Wakamatsu is about 3 hours by Ban etsu Line local/rapid train. Closed due to heavy rains in late July 2011. Reopened October 14. The Tadami Line is closed. Recovery not in sight. [部分編集] Non-JR Lines Tohoku area Updated 10 19 March 15 2013 Sanriku Railway will be completely open by April 6 2014. Operator Section Status AoimoriIGR Morioka - Aomori Normal Tsugaru All Normal Kounan All Normal Akita Nairiku Juukan All Normal including Express Moriyoshi Yuri Kougen All Normal Towada Kankou All Line closed end of March 2012. Sanriku (north) Miyako - Kuji Kuji - Tanohata and Miyako - Omoto open. The rest to reopen April 6 2014. Sanriku (south) All (Kamaishi - Sakari) Sakari - Yoshihama reopened April 3 2013. Remaining Yoshihama - Kamaishi to reopen April 5 2014. Sendai Subway All Normal Sendai Airport Transit All Reopened October 1 2011. Yamagata (Flower Nagai) Akayu - Arato Normal Abukuma Express Fukushima - Tsuchinoki All sections open from May 16 2011. Normal timetable from December 2011. Fukushima Koutsuu Fukushima - Iizaka-Onsen Normal Aizu Aizu-kougen-Oseguchi - Nishi-Wakamatsu (- Aizu-Wakamatsu) Normal. Akita Nairiku Line timetable JP http //www.akita-nairiku.com/info/timetable/ Sanriku Railway JP http //www.sanrikutetsudou.com/ JP http //www.sanrikutetsudou.com/2014/01/%E4%B8%89%E9%99%B8%E9%89%84%E9%81%93%E5%85%A8%E7%B7%9A%E9%81%8B%E8%BB%A2%E5%86%8D%E9%96%8B%E7%AD%89%E3%81%AB%E3%81%A4%E3%81%84%E3%81%A6.html Sendai Airport Rapid Transit JP http //www.senat.co.jp/ Abukuma Express timetable JP http //www.abukyu.co.jp/jikokuhyo/index.html Aizu Railway JP http //www.aizutetsudo.jp/ [部分編集] Non-JR Lines northern Kanto Area (Ibaraki, Tochigi, Gunma) Updated 17 39 July 24 2011 Operator Section Status Kanto All Normal Kashima Rinkai Mito - Shin-Hokota Closed section reopened July 12 2011. Normal timetable. Hitachinaka Kaihin All Reopened July 23 2011. Normal timetable Yagan All (Shin-Fujiwara - Aizu-Kougen-Oseguchi) Near normal Mooka All Normal from April 6 2011 Joumou All Normal from April 4 2011 Joushin All Normal from April 8 2011 Kashima Rinkai Railway JP http //www.rintetsu.co.jp/ Hitachinaka Kaihin Rail JP http //www.hitachinaka-rail.co.jp/ JP http //www.hitachinaka-rail.co.jp/wp-content/uploads/2011/07/cb97c3ade99499a01e4dcab17c9139bd.pdf (timetable from July 23) [部分編集] Non-JR Lines Tokyo area See Tokyo Area Trains. Downtown Tokyo to Narita Airport See Keisei and JR East to Narita Airport in Tokyo Area Trains JR East Narita Express is normal from September 3 2011. Timetable changed March 17 2012. Keisei Skyliner is normal from September 10 2011. Downtown Tokyo to Haneda Airport See Tokyo Haneda Monorail and Keikyu in Tokyo Area Trains [部分編集] Refunds of unused tickets and passes, reservations, etc. Updated 7 07 March 17 2012 JR East offered free refunds for tickets purchased before the earthquake free of charge. The limit was March 11 2012. The following page has details on restrictions concerning reservations EN http //jreast-shinkansen-reservation.eki-net.com/pc/english/common/timetable/index.html JR East Infoline EN http //www.jreast.co.jp/e/customer_support/infoline.html [部分編集] Airport Information Sendai Airport Updated 11 18 July 24 2012 Flooded by Tsunami, this airport suffered the most physical damage. Reopened April 13. Facilities recovered end of September 2012. JP http //www.sdj-airport.com/ EN http //www.sdj-airport.com/english/index.html JP http //www.pref.miyagi.jp/kurin/sdj-saikai.html Regular flights to Narita and major Asian cities have resumed. Sendai Airport Rapid Transit line fully recovered October 1 2012. JP http //www.senat.co.jp/ Fukushima Airport Updated 6 34 September 12 2012 JP http //www.fks-ab.co.jp/ Airport closest to crippled reactors. Regular international flights to Seoul and Shanghai are suspended as of September 2012. The status of international flights is not immediately apparent from the official website. To confirm visit the flight information page and download the PDF timetable http //www.fks-ab.co.jp/flight/ The first chartered international flight after the earthquake took off on September 11 2012. (Fukushima - Shanghai) Other Tohoku area airports Aomori Airport JP http //www.aomori-airport.co.jp/ Misawa Airport JP http //www.misawa-airport.co.jp/ Hanamaki Airport JP http //www.hna-terminal.co.jp/ Yamagata Airport EN http //www.yamagata-airport.co.jp/english/english_top.html Ibaraki Airport EN http //www.ibaraki-airport.net/en/index.html Odate Noshiro Aiport JP http //www.odate-noshiro-airport.com/ Akita Airport EN http //www.akita-airport.com/en/ Shounai Airport JP http //www.shonai-airport.co.jp/ Airlines ANA http //www.ana.co.jp/asw/topinfo/info.jsp?infoID=d20110312102852 info_tool_flag=1 JAL https //www.jal.co.jp/cms/other/ja/info1.html Skymark http //www.res.skymark.co.jp/mercury/fis/flight_announce_i18n AIR Do http //www.airdo.jp/ap/pc/preview.html?id=795 Ibex http //www.ibexair.co.jp/ Korean Air http //www.koreanair.com/ Korean Air serves several Japanese cities including Hakodate, Aomori, Akita and Niigata. Asiana Airline flights to Sendai have resumed. Seoul - Asahikawa is operating on a limited basis. Flights to Ibaraki and Fukushima remain suspended as of July 24 2012. Bus IMPORTANT Websites and call centers for reservations might be out of service due to the heavy traffic on their servers or phone lines. The websites for reservation are currently only available in japanese. If you would like to make a reservation and cannot read Japanese, please ask Japanese or people who can read Japanese for help. You can also try the call centers or JR ticket office at your local JR Station. Fortunately, not all long-distance buses require prior reservation. In most cases two or more companies run a service together. Pre-purchased tickets are generally valid for either operator. [部分編集] Long-distance bus companies in the Tohoku area Runs include those by other (code-sharing) operators. JR Bus Tohoku JP http //www.jrbustohoku.co.jp/ Aomori - Tokyo (1 night run, reserved, 9.5 hours) Morioka - Tokyo Akita - Tokyo Sendai - Tokyo Shinjuku (4 runs, reserved, 5.5 hours) Fukushima, Kouriyama - Tokyo (Shinjuku) Sendai - Niigata (8 runs, reserved, 4 hours) Sendai - Morioka NOTE JR Bus Tohoku recommends reservations through one of the following reservation websites (Japanese only) and payment by credit card. Hassha Orai Net http //www.j-bus.co.jp/web/index.html Kosoku Bus Net http //www.kousokubus.net/ Bus Plaza http //www.tabiplaza.net/bus/ (Email address for contact is available at the website.) JR Bus Tohoku Call Center(probably Japanese only)} Bus Information Center at Sendai Sta. East Gate 022-256-6646(8 30 - 18 30) JR Bus Ticket Center at Aomori Sta. 017-773-5722(7 00 - 17 00) JR Bus Ticket Center at Morioka Sta. 019-624-4474(8 00 - 19 30) JR Ticket Office (Midori No Madoguchi) Tickets may be available at manned ticket booths of larger JR Stations. JR Bus Kanto JP http //www.jrbuskanto.co.jp/ EN http //www.jrbuskanto.co.jp/bus_route_e/ Iwaki - Tokyo Fukushima, Kouriyama - Tokyo (Shinjuku) Instructions for JR Bus Tohoku probably also apply here. Konan Bus JP http //konanbus.com/ Aomori, Hirosaki - Tokyo (Total 5 night runs and 1 day run, reserved, 10+ hours) Iwate-ken Kotsu JP http //www.iwatekenkotsu.co.jp/ Morioka - Sendai (15 runs, non-reserved, 2.5 hours) Morioka - Tokyo (2 night runs and 1 night run, reserved, 7.5 hours) Morioka - Yokohama Hanamaki - Ikebukuro Iwate Kenpoku Bus JP http //www.iwate-kenpokubus.co.jp/ Miyako, Morioka - Tokyo Shinagawa (1 night run, reserved, 9.5 hours) Morioka-Minami - Tokyo Shinagawa (1 run, reserved, 8 hours) Morioka - Sendai Morioka - Kouriyama (2 runs, non-reserved, 4.5 hours) Morioka - Miyako Higashi Nippon Express JP http //www.higashinippon.co.jp/ Sendai - Morioka Sendai - Ichinoseki (19 runs, non-reserved 80 minutes) Miyagi Koutsuu (Miyakou Bus) JP http //www.miyakou.co.jp/ Sendai - Akita Sendai - Yamagata (76 runs, non-reserved, 70 minutes) Sendai - Fukushima Sendai - Kouriyama Sendai - Ishinomaki (No service to Miyako City, Iwate ken) Yamagata Koutsuu (Yamako) JP http //www.yamakobus.co.jp/ Yamagata - Sendai (76 runs, non-reserved, 70 minutes) Yonezawa - Sendai Fukushima Koutsuu JP http //www.fukushima-koutu.co.jp/ Kouriyama - Nasu-Shiobara Kouriyama - Sendai Kouriyama - Morioka Kouriyama - Iwaki Fukushima - Kouriyama Fukushima - Sendai Aizu Bus JP http //www.aizubus.com/ Aizu-Wakamatsu - Tokyo (Shinjuku) Aizu-Wakamatsu - Niigata Aizu-Wakamatsu - Sendai Aizu-Wakamatsu - Fukushima Aizu-Wakamatsu - Kouriyama Shin-Jouban Koutsuu Iwaki - Tokyo Iwaki - Fukushima Airport Iwaki - Kouriyama [部分編集] Intercity bus routes As of September 19, most schedules are back to normal. Most services between the Tohoku area north of Kouriyama and Tokyo use the Tohoku Expressway, which travels 150 km (nearly 100 miles) inside the 80 km (50 mile) radius of the Fukushima Daiichi Power Plant. This highway will be blocked if a major accident happens there. Note that with only a modest event local residents may start evacuating with their cars and create traffic jams. Sendai - Yamagata Airport direct Updated 7 39 May 17 2011 Direct bus service ended May 15 2011. Yamagata Airport from Sendai (1) Sendai - Yamagata bus (following section) + Airport shuttle bus. Transfer at Yamakou Building. (2) JR Senzan Line + Airport Shuttle bus. Transfer at JR Yamagata station. Sendai - Yamagata Updated 14 54 April 19 2011 Operated by Yamagata Koutsuu and Miyagi Koutsuu http //www.yamakobus.co.jp/kousoku/ya-se2.html Yamagata stops Yamakou Bldg, (Yamagata Station), Yamagata Pref Govt Hall Sendai Sendai Station, Miyagi Pref Govt Hall/Sendai City Hall Some runs skip JR Yamagata Station. Sendai Station stop is by Sakurano shopping center. 76 runs each way per day Sendai departures 6 10-22 20 Yamagata departures 5 50-21 50 About 70 minutes. Fare 900 yen. No reservations. Sendai - Tokyo Shinjuku Updated 6 07 September 19 2011 Departure Destination Departure Time Notes Sendai Sta. Shinjuku Sta. 8 00 11 10 14 10 23 50 Reservation required Shinjuku Sta. Sendai Sta. 9 00 10 50 14 30 23 59 Reservation required Reservations through Bus Plaza and payment by credit card recommended. Popular service; difficult to book. JP http //www.jrbustohoku.co.jp/express/detail/?PID=4 RID=23 Furukawa, Izumi-chuo, Sendai - JR Tokyo Station and Sendai - Shinagawa, Yokohama resumed July 28. Sendai - Tsuruoka, Sakata Updated 9 36 June 11 2011 Operated by Shounai Koutsuu, Miyagi Koutsuu, Yamagata Koutsuu and Ugo Koutuu JP http //www.shonaikotsu.jp/highway/sendai.html Sendai - Tsuruoka travel time 1 hour 7 minutes. Sendai - Tsuruoka fare 2900 yen adult 13 runs daily. Departures Sendai 7 05-20 35. Tsuruoka 6 40-19 50 Reservation required. See above website for numbers. Some runs continue to Honjou. Tsuruoka bus stops are Shounai Kankou Bussan-kan and S-Mall. S-Mall is closer to JR Tsuruoka Station, but skipped by some runs. Sendai departure platform is 40 Hirose-dori (10 minutes from JR Sendai West Exit) There is also Sakata, Tsuruoka - Yamagata operated by Shounai Koutsuu and Yamagata Koutsuu. Tsuruoka S-Mall - JR Yamagata Station about 1 hour 9 runs daily. No reservation. As an evacuation route from Sendai this is better than the direct bus to Tokyo and the Sendai - Niigata bus for it uses a road that heads straight west. Sendai - Niigata New April 6 Operated by JR Bus Tohoku and Niigata Koutsuu http //www.jrbustohoku.co.jp/express/detail/?PID=7 RID=22 8 runs each way per day, including one night run. Departures Sendai 7 30 - 23 40, Niigata Badai Bus Terminal 7 30 - 23 40 Travel time 4 hours for day runs, nearly 6 hours night run. Reservation necessary. Goes through Fukushima-ken to Kouriyama and turns into Ban etsu Expressway. Not ideal for evacuation from Sendai. Currently not difficult to book. Sendai - Fukushima Updated 5 47 May 26 2011 Operated by JR Bus Tohoku, Miyagi Koutsuu and Fukushima Koutsuu http //www.fukushima-koutu.co.jp/highway/pdf/20110327_fssd.pdf 28 runs each way per day. Departures Sendai 7 00-21 00, Fukushima 6 50-20 35 Travel time 70 minutes. Fare 1000 yen adult. Special discount two tickets for 1400 yen (June 1 - July 31). No reservation. Fukushima, Koriyama - Tokyo Shinjuku Updated 11 46 April 6 2011 Operated by Fukushima Koutsuu JR Bus Kanto and JR Bus Tohoku http //www.fukushima-koutu.co.jp/highway/02_08.html 6 Fukushima - Shinjuku runs, 6 Kouriyama - Shinjuku runs each way per day. All Fukushima - Shinjuku runs stop at Kouriyama. (12 chances at Kouriyama) Departures Fukushima 6 43-17 08, Kouriyama 5 50-1814, Shinkuku 8 00-21 00 Fukushima - Shinjuku 5 hours, 4800 yen (adult fare). Kouriyama - Shinjuku 4 hours, 4000 yen. Please reserve and purchase ticket in advance through the reservation website (Kosoku Bus Net), Fukushima Koutsuu, JR Ticket Center or a convenience store. Currently crowded. In addition to the above there is one Fukushima, Kouriyama - Tokyo Station, Yokohama night run. Fare is higher than the day runs. Reservation required. JP http //www.jrbustohoku.co.jp/express/detail/?PID=6 RID=27 Departure times Fukushima 22 50, Kouriyama 23 50 Yokohama 23 05, Tokyo Station 23 59 Kouriyama - Fukushima Updated 6 55 May 24 2011 Operated by Fukushima Koutsuu http //www.fukushima-koutu.co.jp/highway/pdf/20110415_fsky.pdf Travel time 70 minutes, traffic permitting. 8 runs each way. 5 more weekdays (yellow columns in timetable) Fare 800 yen adult, 400 yen child. No reservation. Kouriyama - Sendai Updated 6 44 May 25 2011 Operated by Fukushima Koutsuu, Miyagi Koutsuu and JR Bus Tohoku JP http //www.fukushima-koutu.co.jp/highway/02_14.html Travel time 120 minutes, traffic permitting. 20 runs each way. 28 runs each way from June 1. Fare 2100 yen adult No reservation. Timetable for June 1 onward http //www.fukushima-koutu.co.jp/ride/highway_bus/ksbus/ko-se.html http //www.fukushima-koutu.co.jp/ride/highway_bus/ksbus/se-ko.html Kouriyama, Fukushima - Morioka Updated 5 26 May 23 2011 Operated by Fukushima Koutstuu and Iwate Kenpoku Bus New from May 23. Installed as a replacement for separate Kouriyama - Morioka and Fukushima - Morioka runs. JP http //www.fukushima-koutu.co.jp/highway/pdf/20110519_fsmo.pdf Travel time Kouriyama - Morioka 4 hours 50 minutes. Travel time Fukushima - Morioka 3 hours 50 minutes. 2 runs each way. Fare Kouriyama - Morioka 4000 yen adult Fare Fukushima - Morioka 3500 yen adult No reservation. Departure times Northbound Kouriyama 8 00, 15 45 Northbound Fukushima 9 00, 16 45 Southbound Morioka 7 00, 16 45 Additional stops Nihonmatsu (expressway) Bus Stop, JR Kuriyagawa Station. Fukushima - Morioka Updated 4 55 May 23 2011 Independent runs ended May 22. See above for services after May 23. Sendai - Ishinomaki New July 8 Operated by Miyagi Koutsuu Bus. http //www.miyakou.co.jp/cms/express/desc/34/ Travel time 1 hour 18 minutes, traffic permitting. 27 runs each way. Fare 800 yen adult, pack of two tickets 1700 yen. No reservation. Departure times Eastbound Sendai 6 47 - 20 47 Westbound Ishinomaki 5 30 - 18 30 Departs from stop no. 33, in front of Sendai Sakurano Department Store. (West exit) Sendai - Ichinoseki Updated 16 48 April 8 2011 Operated by Higashi Nippon Express JP http //www.higashinippon.co.jp/highway/ichinoseki.html Travel time 80 minutes. 19 runs each way (1 or 2 runs per hour) Departures Sendai 7 00 - 20 00 Ichinoseki 6 30 - 19 00 Fare 1500 yen adult No reservation. Sendai - Hiraizumi, Chusonji Operated by Miyagi Koutsuu Bus. http //www.miyakou.co.jp/cms/express/desc/35/ Travel time 90 minutes. Departures Sendai 9 00 (every day), 10 30 (weekend and holiday only) Chusonji 14 00 (weekend and holiday only), 15 00 (every day) Fare 1700 yen adult. No reservation. Departs from Sendai East Exit stop no. 3. Discount tickets for Sendai - Ichinoseki are not valid for this run. Sendai - Morioka Updated 5 26 May 21 2011 Operated by Miyagi Koutsuu, JR Bus Tohoku, Iwate-ken Koutsuu, Iwate Kenpoku Bus and Higashi Nippon Express JP http //www.miyakou.co.jp/cms/express/desc/10/ Travel time 2 hours 40 minutes. 15 runs each way, 5 more Fri - Sun and Hol. Departures Sendai 7 00 - 20 00 Morioka Station 5 55 - 19 10 Fare 2850 yen adult No reservation. Morioka - Akita Airport direct Updated 6 22 May 20 2011 Service ended May 18. Bus services in Miyagi-ken Information compiled by Miyagi Prefecture JP http //www.pref.miyagi.jp/soukou/jisin.html Charted buses for volunteers Humanitarian organizations are working with bus companies to bring volunteers to areas which require manpower. These are like packaged tours, except that participants engage in relief work instead of sightseeing. Peaceboat Japan Organization known for its round the world budget cruises. Staff competent in English and other foreign languages. EN http //www.peaceboat.org/english/ EN http //peaceboat.jp/relief/volunteer/ Transportation to the disaster area is by bus. Participants are required to attend an orientation session. Nadia Organization in Ishinomaki, Miyagi. Organizes trips from Tokyo. EN http //team-nadia.org/ [部分編集] Ferry Status Updated 7 20 March 18 2012 The ferry ports of Oarai (Ibaraki-ken), Sendai and Hachinohe were severely damaged by the tsunami of March 11. Aomori was spared due to its location. The damage at Hakodate was minor. Note that two ferry lines operate between Aomori - Hakodate. Make sure to arrive at the right terminal. Operator Section Status MOL Ferry Co. Oarai - Tomakomai Normal from June 6 2011. Taiheiyo Ferry Sendai - Tomakomai Normal schedule from June 5 2011. Taiheiyo Ferry Nagoya - Sendai Normal schedule from June 6 2011. Silver Ferry Line Hachinohe - Tomakomai Hachinohe - Tomakomai service resumed July 10/11 2011. Normal operations. Seikan Ferry Aomori - Hakodate Normal. Tsugaru Kaikyo Ferry Aomori/Ohma - Hakodate Normal. Shin Nihonkai Ferry Tsuruga - Niigata - Akita - Tomakomai Normal. Ferry companies serving the Tohoku area MOL Ferry (Mitsui Line Sunflower) JP http //www.sunflower.co.jp/ferry/index.shtml EN http //www.sunflower.co.jp/english/index.shtml Taiheiyo Ferry JP http //www.taiheiyo-ferry.co.jp/ EN http //www.taiheiyo-ferry.co.jp/english/index.html ZN http //www.taiheiyo-ferry.co.jp/chinese/index.html Silver Ferry (Kawasaki Kinkai) JP http //www.silverferry.jp/ Seikan Ferry JP http //www.seikan-ferry.co.jp/index2.html Tsugaru Kaikyo Ferry EN http //www.tsugarukaikyo.co.jp/global/ JP http //www.tsugarukaikyo.co.jp/ Shin-Nihonkai Ferry JP http //www.snf.jp/ EN http //www.snf.jp/pdf/english.pdf Oarai - Tomakomai Ferry Updated 7 20 March 18 2012 Oarai is the ferry port in the greater Tokyo area which handles traffic to Hokkaido. Operated by MOL Ferry (Mitsui Line) JP http //www.sunflower.co.jp/ferry/index.shtml EN http //www.sunflower.co.jp/english/index.shtml Online reservation page JP http //www.shosenmitsuiferry.jp/web/ Oarai Ferry Port suffered tsunami damage but the official website never gave details. JP http //www.oarai-port.com/ Kashima Rinkai Railway is normal from July 12 2011. JR Joban Line Ueno - Mito runs are normal. Discount packages "Pacific Story" Pamphlet in English available from the official MOL Sunflower Ferry website. Go! Go! Hokkaido Special offer from Oarai Port tourist bureau. Official pamphlet in Japanese only http //www.oarai-terminal.jp/ Nagoya - Sendai - Tomakomai Ferry Updated 6 59 July 23 2012 Operated by Taiheiyo Ferry JP http //www.taiheiyo-ferry.co.jp/index.html Normal operations from June 5 2011. JP http //www.taiheiyo-ferry.co.jp/koro/index.html EN http //www.taiheiyo-ferry.co.jp/english/koro/index.html ZN http //www.taiheiyo-ferry.co.jp/chinese/koro/index.html JR Senseki Line is operating on a modified timetable and does not go to Ishinomaki. Bus from/to Sendai via Nakano-Sakae Station is operating on schedule. Nagoya - Tomakomai through passengers may not disembark at Sendai. (The vessel has to leave port as soon as possible in case a tsunami warning is issued.) [部分編集] Road Traffic Status in Tohoku Area Updated March 14 2013 All expressways in the Tohoku region have reopened, with the exception of the Joban Expressway which runs near the damaged power plant. This road is blocked north of Iwaki. The government has announced that it wants this route open by May 2015. NEXCO East Japan JP http //www.e-nexco.co.jp/ EN http //www.e-nexco.co.jp/english/ Japan Road Traffic Information Center (JARTIC) Northern Tohoku map JP http //www.jartic.or.jp/traffic/highway/touhoku.html Southern Tohoku map JP http //www.jartic.or.jp/traffic/highway/touhokunanbu.html Legend black blocked, blue snow/ice, purple accident, red heavy congestion, orange congestion, green restrictions in effect Lost and damaged vehicles New June 13 2011 The land transportation bureau has compiled a Question and Answer sheet on the official procedures for de-registering lost and damaged vehicles JP http //wwwtb.mlit.go.jp/tohoku/puresu/jg110420.pdf There is also information on the disposal of ruined cars, tax and insurance issues. [部分編集] General safety tips Updated 8 33 April 15 2011 Civil servants and transportation sector workers are well trained to cope with the risk of earthquakes. If you encounter a strong earthquake during travel, trust these people and follow their orders. Shinkansen trains slow down before the main shock of an earthquake arrives. A network of sensors comprise an early warning system. Only one formation was knocked off the tracks by the magnitude 9 earthquake of March 11. Preparations toward nuclear accidents are unfortunately feeble at best. Often they simply don t exist. As of April 13, one month after the first explosion at Fukushima Daiichi Power Plant, Fushima-ken, Fukushima City, Kouriyama City have not announced disaster response plans on their official websites. In case another accident happens at Fukushima Daiichi, the officials will have a hard time coordinating their efforts. Another problem is interaction between earthquake and nuclear crisis. This has become apparent in many ways. The officials have not yet revised their earthquake crisis management plans. In inland cities fire is considered the greatest danger. Everywhere the manuals say "Once the shaking is over, everyone should be promptly led outside." Trips through Fukushima should be avoided whenever possible. Those who decide to do so nevertheless should keep in mind that at least three things are likely to happen if a major accident happens at the nuclear power plant 1. Orders from officials will not be consistent. 2. Traffic jams will develop as citizens try to escape by car. 3. Phone exchanges will be overloaded and contact by phone will become impossible.(Online translation services will be out of reach.)
https://w.atwiki.jp/v-lyrics/pages/477.html
こーぽれーしょん [ TAG Alp-C E-A Louis Teto UnOfficialVocaloid title] Music Louis/Louis Lyric Louis/Louis Arrange Louis/Louis Vocal Kasane Teto Videos PVs ■ Show/Hide Video http //www.nicovideo.jp/watch/sm8085594 http //www.nicovideo.jp/watch/sm8085594 Translations ■ Show/Hide Romaji itsu kara kooshiterun darou tomatta mama no tokei mata kyoo mo onaji koto wo ruuru (rule) doori kurikaesu "kawaranu nomo um-mei sa" da nante son-na mirai wo nozon de ita no? "uchikowasu niwa nani ga hitsuyoo?" sono teno naka ni kotae wa aru no? hitori ikiteru dake no yatsu wo dare ga erai to kimeta no? Question niwa kotae ga hitotsu otona ga baka ni suru yoo na ikikata shite sagashiateta "Cooperation"... nani mo shirazu umare ochita chiisana hinadori datte kara wo yaburi tsubasa hiroge ashita eto tobitateru nobashita te de sotto furete hajimete shiru yasashisa yuuki ni kaeta sekai wo saikoochiku shite yooyaku teni shita jiyuu atarashii chizu ni mitsuketa hito to hito wo tsunagu hashi irozuite ku jidai no naka de kawaranai nanika wo uketsuide iku daiji na mono wa sorezore nanoni dooshite sore wo oshitsukerun da? mirai wo osore soppo wo muite mimi wo fusagu koto mo atta hikari ga areba yami mo mata aru kesu koto wa dekinai kara futatsu tomo ukeire rareru tsuyosa wo kudasai... naniyori mo hoshikatta nowa kokoroto yuu nano "kusabi" uragiri ya sasai na uso ni hoo wo nurashitato shite mo "doose" da nante kotoba de nigemichi wo tsukuranai de shinjite miyou soshite taisetsu na omoidetachi wa shirazu shirazu no uchi ni kitto kokoro no okusoko no bubun de nemuri ni tsuku nukumori tayasanai yooni koko ni nokoshite ikuyo atsui omoi wo 2009-09-22 17 04 Generated automatically [部分編集] ■ Show/Hide Translation Cooperation 2009-09-24 First Entry 2009-09-25 13 24 10 (Fri) Last update Trasnlated by damesukekun Title Cooperation Lyric How long has it kept still, the clock which has stopped ticking? I repeat the same thing by the book today, too "No changing is also the fate," I really hoped such future? "What do I need to break it?" Is the answer in this hand? Who called a guy getting conceited as a maverick worthy? For the "Question" is one answer Through the life grown-ups despised I found out the "Cooperation"... Even a little chick which hatched in ignorance can break the shell, spread its wings and fly toward tomorrow I didn t find a caring heart until I held out my hand and touched it softly I changed it into courage The freedom I managed to seize by reassembling the world And that bridge joining a person to a person I found in a new map I succeed to something steady in the coloring time Each has his own precious thing Why does he disregard mine and force his on me? I sometimes turned my face away and covered my ears in fear of the future Darkness exists as light does I can t remove it so please give me the strength to accept both... "Wedge" on the name of heart was what I wanted the most Even if betrayals and slight lies make tears pour down my cheeks I won t open the way out saying "anyhow, no" and I ll try to believe it And my dearest memories drift off to sleep in the deepest of my heart for sure My passion I leave here so the warmth won t wither away Note This translation is by permission of the composer. 作者様のご了解のもと翻訳しました。 Comment If you have any advise or opinion for this post please write here.この投稿に対して助言、ご意見などありましたらこちらに書き込んで下さい。 Name Comment すべてのコメントを見る Last modified 2009-09-25 13 24 10 (Fri) Original Lyric, Nicosound MP3, etc http //www24.atwiki.jp/utauuuta/pages/414.html http //nicosound.anyap.info/sound/sm8085594 http //www.nicomimi.com/play/sm8085594 Sub video, PV, other fan made video in YouTube http //www.youtube.com/watch?v=9zayOPnAS6M [Add] http //www.youtube.com/watch/xxxxxxxxx ADD LINK すべてのコメントを見る http //www.youtube.com/watch?v=9zayOPnAS6M (Information in this page is based on UTAUMusicDB@Wiki) _
https://w.atwiki.jp/pcs_explanation/pages/16.html
IN/overview ISU components. Interpretation. Interpretation overview What is interpretation? Interpretation is the personal and creative translation of music by using movements with intricacy, difficulty and quality. Movement is the keyword. Variety of movement is required in all parts of the skater’s composition, in order to have depth in the interpretation of the music. All written criteria for interpretation are addressed in this DVD. But to simplify the process for the judge, we are focused on three main points of interests for interpretation. Musical movement, expressive/nuance movement, and effortless movement. IN/Music Movement http //youtu.be/Uio9PKFlEAY 2.1.2. ISU components. Interpretation. Musical movement Musical movement is movement that reflects the phrasing, the character, and the style of the musical selection. Music is played in phrases, much like different languages we speak, each piece of music, like a different language may have different rhythms and tempos, but all has a question and and an answer pattern, a question and answer phrase of music completes a whole musical sentence. Let’s listen to the musical selection from an ice dance team. This style of music is classical. (1 50) Let’s now observe what movements were performed to the music. Look to see if the movement phrasing corresponds with the musical phrasing. (3 07) The phrasing of the movement matched well with the phrasing of the music. In ice dance, the focus is on music and movement and the elements are such that they can be integrated into the interpretation smoothly. Now, a selection of music from a single skater. It is also classical. (4 20) Let’s look at what movements were performed. Pay particular attention to the movement phrasing to see if it corresponds with the musical phrasing. (5 24) Generally speaking, for singles and pairs, as the skaters prepare for their risky, technical elements, there is often a disconnect between the music and their movement. (5 46) Here is an example where the skater ignores the music, and becomes disconnected for an extended amount of time prior to the technical element. (6 13) While preparing for his second technical element, he again disconnects with the music. (6 25) In preparation for the quad toe-triple toe combination, this skater ignored the music for 12 seconds in order to set up the element, which is worth 13.8 points. Prior to the triple axel attempt, which is worth 8.2 points, he ignored the music for 11 seconds. There are many points to be gained by successfully completing the technical elements. But in numerous cases, it is at the cost of losing connection with the music and interpretation. In regards to the skater being connected to the music, let’s look at some performances. To help guide and for discussion point, we will indicate on the screen where the skater loses connection with the music and where they are connected. While we do this, consider that the technical element is part of the program, and it should work with the music, regardless of its success. (8 57) Even though there was a mistake, the disconnect with the music was very short. The movements were not always phrased perfectly, but he was both physically and emotionally connected with the music. (10 47) In the ISU judging system, the balance between technical points and component points is up to the skater. If the skater chooses to execute difficult jumps with high point values, but does not interpret the music for an extended length of time prior to the technical element, the price they pay should be reflected in the interpretation score. Looking at the time of the connection with the music between these two skaters, the skater on the left was connected for 33 seconds, and the skater on the right for a minute and 25 seconds. The disconnect time was 1 04 for the skater on the left, and just 9 seconds for the skater on the right. This is a pair skating example, where almost all the short program movements are connected to the music. (14 34) With the exception of two very short disconnects, all the entrances and exits of technical elements are performed with a full attention paid to the musical phrasing, character and style. This pair is not at the level of the previous and are disconnected for a significantly more time than the first team. (17 52) Just for interest, looking at the amount of time connected to the music, the team on the left was connected for only 56 seconds, and the team on the right was for 2 minutes and 39 seconds. The disconnect time of the team on the left was 1 minute and 56 seconds, and the team on the right just 12 seconds. There is a significant difference in the overall quality of the teams. And the difference in the amount of the time connected to the music is also reflected. IN/Expressive nuance movement http //youtu.be/oLk0a-BDY5g Expressve/nuance movement relates to the detailed finesse of the skater or the team. It is their ability to respond with personal nuances and express variations and intensity, tempo, and the dynamics of the music made by the composer and/or the musician. So, what exactly is a musical nuance? A musical nuance is anything that gives life to the music, like an increase in tempo, or elongation of a note, or the addition of instruments to strengthen a phrase, and intensity and etc. Listen to this piece of music. And although it is simply a repetition of the same musical phrase, it changes from phrase to phrase by tempo, intensity and the use of different instruments. We have revealed an audio wave graph so you can see the musical highlights at the same time you hear them. (1 27) Let’s now look at what was performed during this music, and see if you can pick one movement nuance that had nothing to do with the element, and was only there to recognize the music. (2 18) In this next example, we look more closely at the highlights of the music connected with the nuance movement using slow motion. (2 46) Notice the audio wave bar at its highest point at the same time as the skater raises her head, then quickly turns it to the left, then right to catch the downbeats following the highlight. (3 32) Nuance movements recognizing highlights or at times such small details that can be hard to see in the overall picture, but in the end, it is the small details that make a good performance into a great performance. Watching one last time without any graphics or use of slow motion, it is easier to see the detail of the movement and hear the detail of the music. (4 37) It is important to understand that the interpretation of the same music with the same choreography can greatly differ from an event to an event. If the skater is not feeling well or the technical elements are not successful, or if they are struggled, this can change the phrasing of the movement with the music. It can change the intensity of the overall interpretation of the program. Let’s look at the same skater who has good skills and a good program. On the right side of the screen you will see her best performance of the year, and on the left side the same program and music, but not skated as well. How does this affect the expression and nuance movements? (7 29) With the smallest mistakes on the left, the skater is now behind her music, and is faced with a decision whether to rush, take a shortcut or leave something out in order to catch up. The energy and thought process to make such a decision in such an important moment, takes her away from the magical connection with the music, she seems to have on the right side of the screen. (9 32) At the end of the program, it becomes clear she was unable to catch up with the music, which left her struggling both technically and with her interpretation. It should be noted that this skater was a wonderful and capable skater of the highest level, but on that day, the interpretation was affected. (9 51) Here is another example of a very good skater. Performing the same program, at two very different standards. On the left of the screen, is a very good performance from January 2008, and on the right, a more difficult and challenging performance from March of the same year. Notice that once the program begins to have difficulty, the attention to expression and nuances and interpretation begins to rapidly decline. (15 02) This example, again, demonstrates that when a skater has technical difficulty, much of the expression and nuance movement is left out, while trying to catch up to the music and returned to successfully completed the elements. IN/Effortless movement http //youtu.be/lLl44YmUhdg Effortless movement. Effortless movement is when the skater effortlessly changes the tempo, rhythm, or intensity of their skating in direct relationship with the same changes in the music. During this program, the skater keeps her speed and flow moving effortlessly from element to element, while at the same time responding to changes in tempo, and intensity of the music. (3 16) Our next example of effortless movement is from a skater who demonstrates a wonderful sense of rhythm with the music, responses to the nuances of the music with small movements. He is totally committed to the character and style of the music, and because of all this, makes the program to seem entirely effortless. It is a good example that all the aspects of the program come together, the athlete and audience are bonded through a seemingly effortless performance. IN/Conclusion http //youtu.be/Cex942xblXE The judges have many things to consider during the skater’s performance. Breaking down by item by item it seems almost impossible to assess each detail with such accuracy. So it is important that one must have an automatic understanding of the priorities in each component. In interpretation we have tried to make it simpler by concentrating on three main points, which would become your reference points prior to giving a score. Musical movement ask yourself, did the skater or the team’s movement reflect the style, character, and phrasing of the music? Did you, as the audience, or the judge, feel involved by the music and movement, or were you just watching the athletes skate, while the music happened to be played? Expressive nuance movement there is detail in every musical piece. Did the skater or the team’s movement express all details of the music, or was there no recognition of the music detail? Effortless movement Did the program appear effortless? Effortless programs often seem to go quickly, or without visible struggling and fatigue by the end. The judge will be based with certain aspects or percentages of these questions being answered “yes.” It is then up to the judge to *accurately* as possible apply the corresponding percentage overall to the scoring each component. Interpretation, it is the relationship of the skater’s movements connected with the style and character of the music. The recognition from the skater in responding with the movements and the nuances of the music. And perhaps the most difficult aspect, the ability to make all of the scenes effortless.
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telnetでブラウズ(HTTP) このページでは、インターネットでホームページなどをブラウジングするときに利用するHTTPプロトコルについて説明しています。 概要 HTTPプロトコルとは、Hypertext Transfer Protocolの略で、インターネットでホームページなどをブラウジングするときに利用しているプロトコルです。 HTTPプロトコルは、TCP/IP上のプロトコルで、通常80番ポートを使ってアクセスします。 詳細な定義は、以下のRFCで定義されています。 RFC-1945 HTTP/1.0 RFC-2068 HTTP/1.1 基本的に、メッセージを要求(リクエスト)し、その応答結果(レスポンス)を表示するだけです。 HTTPのアクセスログ ApacheなどのWebサーバのログを見ると、リクエストとレスポンスが、以下の形式で出力されます。 アクセスログの書式 アクセス元 - - [アクセス時間] メソッド名 URL名 プロトコルバージョン レスポンスコード 例: 10.0.1.20 - - [01/Jul/1999 23 22 46 +0900] GET /usr/joe/index.html HTTP/1.0 200 2060 メソッドの種類には、GETやPOSTなどがあります。 GETメソッドは、HTMLデータや画像データなどを取得する場合に使用します。 GETメソッドで要求すると、ヘッダ情報とHTMLデータが返却されます。 GETメソッドでCGIを呼び出すこともできます。 パラメータを渡す場合は、URLの後に ?name1=データ1 name2=データ2 という形式で指定します。 HEADメソッドは、ファイルサイズや更新日時を調べる場合に利用します。 HEADメソッドを利用すると、ヘッダ情報だけが返却されます。 POSTメソッドは、CGIなどにデータを渡す場合に使用します。 パラメータなどのデータは、環境変数などによって、CGIに渡ります。 以下に、HTTPのバージョンとメソッドの種類を示します。 メソッドの種類 HTTP/1.0 GET, HEAD, PUT, POST, DELETE, LINK, UNLINK HTTP/1.1 OPTIONS, TRACE, PATCH 以下に、レスポンスコードの一覧を示します。 100番台は通信エラー、200番台は正常終了、300番台はリダイレクト、400番台はクライアントエラー、500番台はサーバエラーを表しています。 リダイレクトとは、クライアントの指定したURLに移動した場合などに返却されます。 レスポンスコード コード 内容 コード 内容 100 Continue 101 Switching Protocols 200 OK 201 Created 202 Accepted 203 Non-Authoritative Information 204 No Content 205 Reset Content 206 Partial Content 300 Multiple Choices 301 Moved Permanently 302 Moved Temporarily 303 See Other 304 Not Modified 305 Use Proxy 400 Bad Request 401 Unauthorized 402 Payment Required 403 Forbidden 404 Not Found 405 Method Not Allowed 406 Not Acceptable 407 Proxy Authentication Required 408 Request Time-out 409 Conflict 410 Gone 411 Length Required 412 Precondition Failed 413 Request Entity Too Large 414 Request-URI Too Large 415 Unsupported Media Type 500 Internal Server Error 501 Not Implemented 502 Bad Gateway 503 Service Unavailable 504 Gateway Time-out 505 HTTP Version not supported レスポンスコードは、ログファイルなどに出力されますので、知っていると役に立つと思います。 telnetでブラウジング では、実際にtelnetでブラウジングしてみましょう。 telnetコマンドで、WWWサーバ名と、80番ポートを指定します。 Linux# telnet ash.jp 80 そこで、環境変数をすべて表示するCGI(env.cgi)を起動してみます。 まず、GETコマンドで、取得したいURLと、HTTPのバージョンを指定します。 GET /~joe/prog/cgi/env01.cgi HTTP/1.0 ここで、リターンのみを入力しても表示されますが、以下のオプションも入力してみます。 指定したオプションは、環境変数としてCGIに渡ります。 User-Agent Telnet [ja] (Linux) Host www.ash.jp リターンのみを入力すると、レスポンスと、HTMLが表示されます。 当然、HTMLのソースが表示されるだけですから、頭の中でHTMLを解析し画面イメージを想像する必要があります。 以下に実行結果を示します。 Linux# telnet ash.jp 80 Trying 210.154.87.18... Connected to ash.jp. Escape character is ^] . GET /~joe/prog/cgi/env01.cgi HTTP/1.0 User-Agent Telnet [ja] (Linux) Host ash.jp HTTP/1.1 200 OK DeleGate-Ver 5.8.8 (delay=7) Date Fri, 02 Jul 1999 09 56 24 GMT Server Apache/1.3.3 (Unix) Content-Type text/html Via 1.0 210.154.87.18 80 (DeleGate/5.8.8) Content-Length 954 html body h1 CGIでの環境変数一覧 /h1 hr h3 環境変数の表示 /h3 DOCUMENT_ROOT = /usr/local/share/apache/htm br GATEWAY_INTERFACE = CGI/1.1 br HTTP_FORWARDED = by http //210.154.87.18 80/ (DeleGate/5.8.8) for sv01.lo.ash.or .jp br HTTP_HOST = ash.jp br HTTP_USER_AGENT = Telnet [ja] (Linux) br HTTP_VIA = 1.0 210.154.87.18 80 (DeleGate/5.8.8) br PATH = /usr/local/sbin /usr/local/bin /sbin /usr/sbin /bin /usr/bin br QUERY_STRING = br REMOTE_ADDR = 10.0.1.254 br REMOTE_PORT = 12621 br REQUEST_METHOD = GET br REQUEST_URI = /~joe/prog/cgi/env01.cgi br SCRIPT_FILENAME = /home/joe/public_html/prog/cgi/env01.cgi br SCRIPT_NAME = /~joe/prog/cgi/env01.cgi br SERVER_ADMIN = info@ash.jp br SERVER_NAME = ash.jp br SERVER_PORT = 80 br SERVER_PROTOCOL = HTTP/1.0 br SERVER_SIGNATURE = ADDRESS Apache/1.3.3 Server at ash.jp Port 80 /ADDRESS br SERVER_SOFTWARE = Apache/1.3.3 (Unix) br hr br このCGIのソース: a href=env01.txt env01.cgi /a br /body /html Connection closed by foreign host. 最初の、HTTP/1.1 200 OKは、HTTPプロトコルで、正常に転送したことを表します。 その後にヘッダ情報が転送され、最後にHTMLのソースが転送されます。 環境変数として、以下の値が追加設定されているのが確認できます。 HTTP_HOST = ash.jp HTTP_USER_AGENT = Telnet [ja] (Linux) このように、HTTPプロトコルは、要求(リクエスト)に対して、応答(レスポンス)が返却されるだけのシンプルなプロトコルです。 余談ですが、HTTPプロトコルという呼び方は、Hyper Text Transfer Protocol プロトコルになって、プロトコルが2重になってしまい、おかしいです。 でも、この方がわかりやすいので、私はよく使います。
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- visitors Application of regulatory sequence analysis and metabolic network analysis to the interpretation of gene expression data psu.edu [PDF]J Van Helden, D Gilbert, L Wernisch, M Schroeder, … - Computational …, 2001 - Springer http //scholar.google.com/scholar?q=related JS_4j3CP5nEJ scholar.google.com/ hl=ja as_sdt=2000 Comparative metabolic network analysis of two xylose fermenting recombinant Saccharomyces cerevisiae strains T Grotkjær, P Christakopoulos, J Nielsen, L … - Metabolic Engineering, 2005 - Elsevier http //scholar.google.com/scholar?q=related m6nOh8HQbaIJ scholar.google.com/ hl=ja as_sdt=2000 The recombinant xylose fermenting strain Saccharomyces cerevisiae TMB3001 can grow on xylose, but the xylose utilisation rate is low. One important reason for the inefficient fermentation of xylose to ethanol is believed to be the imbalance of redox co-factors. In the present ... The Edinburgh human metabolic network reconstruction and its functional analysis nih.gov [HTML]H Ma, A Sorokin, A Mazein, A Selkov, E … - Molecular systems …, 2007 - nature.com http //scholar.google.com/scholar?q=related pgWLepUKeS0J scholar.google.com/ hl=ja as_sdt=2000 ... A main objective of human metabolic network analysis is to see how it is related with human disease. More than 10 000 human genes (half of the whole genome) have been reported to be related with one or more human diseases in the OMIM database (Hamosh et al, 2005). ... Reconstruction of metabolic networks from genome data and analysis of their global structure for various organisms oxfordjournals.org [PDF]H Ma, AP Zeng - Bioinformatics, 2003 - Oxford Univ Press http //scholar.google.com/scholar?q=related SuHZgSLeNw8J scholar.google.com/ hl=ja as_sdt=2000 ... It is one of the main tasks of metabolic network analysis to find possible conversion pathways between two metabolites. There may be many different pathways between two metabolites, among them the shortest pathway is of particular interest for network analysis. ... Metabolic network analysis of an adipoyl-7-ADCA-producing strain of Penicillium chrysogenum elucidation of adipate degradation J Thykaer, B Christensen, J Nielsen - Metabolic Engineering, 2002 - Elsevier http //scholar.google.com/scholar?q=related gycTvJYwT9kJ scholar.google.com/ hl=ja as_sdt=2000 An adipoyl-7-ADCA-producing, recombinant strain of Penicillium chrysogenum was characterized by metabolic network analysis, with special focus on the degradation of adipate and determination of the metabolic fluxes. Degradation of the side-chain precursor, adipate, causes an ... Potential metabolic limitations in lysine production by Corynebacterium glutamicum as revealed by metabolic network analysis JA Hollander - Applied Microbiology and Biotechnology, 1994 - Springer http //scholar.google.com/scholar?q=related BwIeARCnafMJ scholar.google.com/ hl=ja as_sdt=2000 Corynebacterium glutamicum and closely related Brevi- bacterium species are the most important organisms used for the industrial fermentative production of ly- sine. Although wild-type strains do not excrete lysine at all, classical mutation programs have resulted in strains ... Metabolic flux and metabolic network analysis of Penicillium chrysogenum using 2D [13C, 1H] COSY NMR measurements and cumulative bondomer simulation WA van Winden, WM van Gulik, D … - Biotechnology and …, 2003 - Wiley Online Library http //scholar.google.com/scholar?q=related Jy6SBrqyeHAJ scholar.google.com/ hl=ja as_sdt=2000 Abstract At present two alternative methods are avail- able for analyzing the fluxes in a metabolic network (1) combining measurements of net conversion rates with a set of metabolite balances including the cofactor bal- ances, or (2) leaving out the cofactor balances and fitting the ... Metabolic‐flux and network analysis in fourteen hemiascomycetous yeasts LM Blank, F Lehmbeck, U Sauer - FEMS yeast research, 2005 - Wiley Online Library http //scholar.google.com/scholar?q=related ILl2ugZn3ZcJ scholar.google.com/ hl=ja as_sdt=2000 ... (5). Oxaloacetate14 mit was estimated using Eq. (6)[16] (6). 2.6Metabolic-network analysis. We used a previously constructed metabolic network [1,24], which consists of the PP pathway, glycolysis, TCA cycle, gluconeogenesis, malic enzyme and by-product formation reactions. ... 13C metabolic flux analysis W Wiechert - Metabolic Engineering, 2001 - Elsevier http //scholar.google.com/scholar?q=related Eat1pl-yJGQJ scholar.google.com/ hl=ja as_sdt=2000 ... 6. B. Christensen and J. Nielsen, Metabolic network analysis, a powerful tool in metabolic engineering. Adv. Biochem. Eng. ... 209–231. 7. B. Christensen and J. Nielsen, Metabolic network analysis of Penicillium chrysogenum using 13 C-labeled glucose. Biotechnol. Bioeng. ... Multiple knockout analysis of genetic robustness in the yeast metabolic network tau.ac.il [PDF]D Deutscher, I Meilijson, M Kupiec, E Ruppin - Nature genetics, 2006 - nature.com http //scholar.google.com/scholar?q=related X5cH6RUwUF0J scholar.google.com/ hl=ja as_sdt=2000 ... | PubMed |; Kitano, H. Biological robustness. Nat. Rev. Genet. 5, 826–837 (2004). | Article | PubMed | ISI | ChemPort |; Papp, B. , Pál, C. Hurst, LD Metabolic network analysis of the causes and evolution of enzyme dispensability in yeast. Nature 429, 661–664 (2004). ...
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リンク HTMLクイックリファレンス http //www.htmq.com/index.htm HTML5ゲームフレームワーク http //blog.verygoodtown.com/2011/02/limejs-html5-game-framework/ HTML5でゲーム作成 http //cnut1024.wiki.fc2.com/ SEO対策 http //seo.acnf.org/ http //www.d3.dion.ne.jp/~jkondou/hp/css_seo.html G123、事前受付登録中の「クイーンズブレイドリミットブレイク」にてAmazonギフト券が当たるフォロー&RTキャンペーン開催 - ASCII.jp HTML5 プロフェッショナル 認定試験 レベル1 想定問題 一覧 (1) - マイナビニュース [実力試し] HTML5 プロフェッショナル 認定試験 レベル2 想定問題 一覧 (1) - マイナビニュース HTML5ベースのMMORPG「MAD WORLD」のαテストが実施中。PCブラウザですぐに参加可能 - 4Gamer.net W3C/HTML5からWHATWG/Living Standardへ、Web発展史をひもとく - ITpro 「Macでリモートアクセス」に対応、Windows 365やシン・テレワークシステムHTML5版の魅力 | ボクシルマガジン - Beyond(ビヨンド) 「シン・テレワークシステム」にHTML5版 ~MacやChromebookからもWindowsをリモート操作可能に - 窓の杜 拡張機能が動かなくなるかも? 「Google ドキュメント」がHTML5 Canvasベースのレンダリングへ移行 - 窓の杜 新作HTML5ゲーム「邪神ちゃんドロップキックねばねばウォーズ」が配信開始。レアリティS“水着ぴの”がもらえる初心者ミッションを開催中 - 4Gamer.net AWS Elemental MediaLive が HTML5 モーショングラフィックスオーバーレイのサポートを開始 - amazon.com HTML5ベースのモダンブラウザーからリモート操作が可能に、「TeamViewer」にWebクライアント - 窓の杜 GMOメディア:HTML5ゲームプラットフォーム「ゲソてん byGMO」、「楽天ポイントモール」の利用者に向け38タイトルを提供開始 - PR TIMES 第4回専門学校 HTML5作品アワード、受賞作品の発表 - valuepress HTML5に完全対応 アドビ社製Webセミナーシステムの最新バージョン『AdobeConnect11』を提供開始 - アットプレス(プレスリリース) GMOメディア:HTML5ゲームプラットフォーム「ゲソてん」、ゲームコンテンツ提供先の20媒体において「PayPay」決済に対応 - PR TIMES HTML5ベースの韓国産2D MMORPG「MAD WORLD」の最新画像とムービーが公開 - 4Gamer.net Flashを使用している企業に朗報!Flashを簡単にHTML5で再生可能にするサービス『JswfPlayer』Ver2がリリース! - PR TIMES SL ジャパン、HTML5 に対応した監視制御システム (DCS/SCADA) 向け SL-GMS Web/Developer 新製品をリリース - valuepress HTML5ゲーム「八男って、それはないでしょう!アンサンブルライフ」の正式サービスが本日開始。テレビアニメ版がベースの放置型MMORPG - 4Gamer.net TVアニメの新作HTML5ゲーム『八男って、それはないでしょう!-アンサンブルライフ』本日より正式リリース!記念イベント絶賛開催中! - PR TIMES アスキーゲーム ガンダムRPG『SDガンダムオペレーションズ』がHTML5軽量化アップデートを実施! - ASCII.jp 神社経営シミュレーション「かみてる」がHTML5ゲームプラットフォームOhSECHIで配信開始 - 4Gamer.net 人気TVアニメの新作HTML5ゲーム『八男って、それはないでしょう!-アンサンブルライフ-』事前登録受付開始! - PR TIMES 文系でもできる!HTML5とCSS3の超らくらく入門講座 2020年版 - PR TIMES YouTubeがFlashを排除し、HTML5の最後の障害を取り除いた - 週刊アスキー - 週アスPLUS バンナム、HTML5ゲームの「enza」運営元を完全子会社化 ドリコム保有株買い取り - ITmedia G123で新作HTML5ゲーム『セルリアンホライズン』正式リリース!事前登録報酬は28日にプレゼント! - PR TIMES GMOメディア:HTML5ゲームプラットフォーム「ゲソてん」、ポイントサイト「モッピー」に『ゲゲゲの鬼太郎 妖怪横丁』など20タイトルを提供開始 - PR TIMES シンプルで安価なマルチデバイス対応HTML5デジタルカタログ制作サービスを提供開始 - PR TIMES スマホゲーム開発者向け書籍「HTML5 ゲーム開発の教科書」が9月中旬に発売 - 4Gamer Adobe FlashをHTML 5で代替するPixi.jsがWebGLを新たにサポート、クロスプラットフォームとインタラクティブアプリに対応 - InfoQ Japan HTML5版「刀剣乱舞」をサポートした「とうらぶキャプ」v2.0.0が公開 - 窓の杜 HTML5ゲームポータル「楽天ゲームズ」終了 2年で幕 - ITmedia NEWS HTML5ゲーム『ガールズ&クリーチャーズ』ホワイトデーイベント開催!期間限定キャラクターを解禁! - PR TIMES HTML5ゲームプラットフォームをてがけるLiberappは「HTML5 スマホゲーム業界カオスマップ(2019β)」を公開しました - PR TIMES Liberappが「HTML5 スマホゲーム業界カオスマップ(2019β)」を公開 - 4Gamer.net スマートニュース、優れたHTML5技術を持つ『Tombo, Inc.』を買収 - PR TIMES HTML5 GameCreatorというコミュニティー&ミートアップをはじめます - PR TIMES あなたはどっちサイドを選ぶ?G123新作HTML5ゲーム『ガールズ&クリーチャーズ』正式リリース! - PR TIMES 「Webは次のギアにシフトしている」〜HTML5 Conference 2018 基調講演レポート:レポート - Gihyo Jp HTML5ベースで描画速度が向上、BIダッシュボードの最新版 - @IT MONOist 時空を超えて、世界を救え!新作HTML5ゲーム『ナイトメアクロノス』事前登録受付開始! - PR TIMES 国内最大級のHTML5ゲームサービス「G123.jp」が本日10月4日(木)オープン! - PR TIMES 国内最大級のHTML5ゲームサービス「G123.jp」オープン!新たなゲームプラットフォーム誕生・10月は新作ゲーム3本登場 - アットプレス 技術の進化に左右されないWebサイトの作り方がわかる、プロを目指す人のための入門書『HTML5+CSS3の新しい教科書 改訂新版 基礎から覚える、深く理解できる。』発売 - PR TIMES 「艦これ」Flash→HTML5に 大規模メンテスタート - ITmedia 「艦隊これくしょん -艦これ-」がHTML5ベースに移行。8月15日11:55から3日がかりの大規模なメンテナンスを実施 - 4Gamer.net LINE上でHTML5ゲームが遊べる「LINE QUICK GAME」 たまごっち、ナンプレも - ITmedia HTML5ゲームにもeスポーツの熱狂を。 Liberappに観戦APIとデモゲームを追加 - PR TIMES BXD、HTML5プラットフォーム名称を「enza」に--新作ゲーム3タイトルを体験 - CNET Japan バンナム、HTML5活用の新作ゲーム「アイドルマスター シャイニーカラーズ」発表 - CNET Japan HTML5アプリプラットフォームのスタートアップ企業「Liberapp」設立と増資および仮想通貨「リベリウム」でICO検討開始のお知らせ - PR TIMES 株式会社レコム、HTML5ゲーム【iKON COLLECTION HIDDEN CATCH】のセールイベントを開催! - PR TIMES 株式会社レコム、レコム、HTML5ゲーム市場に挑戦! - PR TIMES HTML5を巡るGoogle、Apple、Microsoftの戦略の歴史 - ITmedia 【黒川塾51】HTML5ゲームとクラウドゲームでゲームコンテンツはどうなる? - Game Deets 「BXD」が狙うHTML5活用ブラウザゲームの需要--ファミスタ、アイマス新作を投入 - CNET Japan コレ1枚で分かる「HTML5(2) マルチデバイス時代のアプリケーションプラットフォーム」 - ITmedia HTML5の機能をどこまで活かせるか--新日鉄住金ソリューションズの「hifive」で実現できること - ログミー 「Google Chrome 56」が正式版に。HTML5デフォルト化がすべてのユーザーを対象に開始 - 窓の杜 「Google Chrome」のHTML5デフォルト化が開始。脱Flashの流れが加速 - 窓の杜 Chromeブラウザの“Flash→HTML5デフォルト化”完了は2017年10月 Googleがロードマップ発表 - ITmedia あきらめていたFLASHありませんか?HTML5変換サービスのご案内 - PR TIMES HTML5はこれからのWindowsか?、普遍的なアプリケーションの普遍的な開発/利用ベースとして - TechCrunch Japan Google Chrome、Flashに代わってHTML5をデフォルトに - ITmedia モバイルファーストを牽引する HTML5によるハイブリッドアプリ - ZDNet Japan 5分でわかるActiveReports帳票-HTML5ビューワ (1/4):CodeZine(コードジン) - CodeZine HTML5ベースのデスクトップクライアント:TechTargetジャパン用語事典 - TechTargetジャパン 仮想化 - TechTargetジャパン HTML5でクロスプラットフォームなデスクトップアプリを開発できる「Electron」とは - CodeZine FirefoxブラウザとWebの技術ですぐ作れる! HTML5で手軽にFirefox OSアプリ開発 - CodeZine YouTube、デフォルト動画プレーヤーを「Flash」からHTML5ベースに変更 - CNET Japan YouTube、メイン再生プレーヤーをFlashからHTML5にようやく移行 - ITmedia YouTube、従来のFlashに代わってHTML5をデフォルトに - AV Watch ついに正式勧告--「HTML5」を使いこなすには何が必要か - builder by ZDNet Japan - ZDNet Japan HTML5がW3C勧告に、15年ぶりの大改訂 - ASCII.jp 「HTML5でスマホとクルマを簡単につなぐ」――韓国Obigo社のハンCEOインタビュー - business network.jp HTML5 CanvasをjQueryライクに操作できるプラグイン「jCanvas」 - CodeZine 広告のHTML5化加速か、Googleがインタラクティブ広告制作ツール「Google Web Designer」を無料提供 【増田 @maskin】 - TechWave(テックウェーブ) #WAVE サンプルで学ぶHTML5の仕様変更要素・後編 (1/3) - ASCII.jp HTML5は5.0へ、2016年にはHTML 5.1も登場か - ASCII.jp Flashを使わない3D絵本の作り方、HTML5/CSS3時代のコンテンツ作りについての雑感 【増田 @maskin】 - TechWave(テックウェーブ) #WAVE HTML5で作るスマホWebアプリ開発チュートリアル(3) HTML5ならではのグラフィックスを実現する「canvas」 - マイナビニュース Cloud SQLとHTML5のWeb Storageで高速仕訳入力 - CodeZine HTML5によるアニメーション作成を容易にする「Adobe Edge」 - builder by ZDNet Japan - builder HTML5のタグに対応したHTMLエディター「Crescent Eve」v0.86が公開 - 窓の杜 50代でも分かったHTML5の基礎知識 - ASCII.jp 3分でわかるHTML5のコンテンツモデルとカテゴリー (1/3) - ASCII.jp Google、Chrome立ち上げ3周年でHTML5のインフォグラフィックを公開 - ITmedia XHTML1.0とHTML5の違いをスタバのページで紹介 (1/6) - ASCII.jp Google、FlashをHTML5に変換するツール「Swiffy」を公開 iOSにも対応 - ITmedia 第512回:HTML5 とは - ケータイ Watch HTML5で注目!インラインSVGの使い方 (1/5) - ASCII.jp W3C、HTML5ロゴを発表 - ITmedia W3C、HTML5ロゴを発表--HTML5推進を目指す - CNET Japan iOS向けゲームが15分で開発できる、高速HTML5ゲームエンジン「IMPACT」登場 【増田(@maskin)真樹】 - TechWave(テックウェーブ) #WAVE HTML5が注目を浴びる理由とは? ここが違う!サンプルで見るHTML5(1) - CodeZine AppleがiPad/iPhoneでも見られるHTML5ショーケースを公開 (追記あり)【@maskin】 - TechWave(テックウェーブ) #WAVE HTML5は安全か? 開発者が留意すべきセキュリティ問題 - ITmedia Google、HTML5へのシフトで「Gears」終了へ - ITmedia YouTube、HTML5動画プレーヤーをテスト公開 - ITmedia
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PageLastUpdate 2012-07-05/today - /yesterday - 印刷時のみ適用するcss ありがちな間違い tDiaryテーマとはてなテーマDOCUTYPE宣言ではまった はてなのメニュー部分ではまった wikiで使うための数値実体参照 Internet Explorer Developer Toolbar あなたのページを最速にする14の掟 よく使うサイト comment とにかく基本はAnother HTML-lint gatewayで自分のサイトをチェックして、ダメなところを徹底的に潰すこと。これをやってるうちに、少しづつ知識がついてくる。 印刷時のみ適用するcss とりあえず@ウィキのこのデザインで印刷時に余計な要素を表示させないサンプル 2012/07/05 @media print { form {display none; } .noprint {display none; } .ddsmoothmenu {display none; } .header {display none; } .footer {display none; } .ads {display none; } #body-footer {display none; } .outer { border-left none; border-right none; } body { font 8pt serif; }} ありがちな間違い スクリプトでcgi呼び出すときに、パラメータ中に?a=1 b=2みたいな記述があるときに を にし忘れる。 tDiaryテーマとはてなテーマ 2007/05/01 なんかtDiaryのテーマとか選んでいるうちに、いじらざるを得なくなってきた。せっかくなので勉強しよう。 tDiaryテーマの作り方 http //www.tdiary.org/doc/HOWTO-make-theme.html テーマ向けHTMLの構造図解 http //tnat.net/img/tdiary_css.png テーマ別によるスタイルシートサンプル http //joram.agz.jp/hatena/theme_body.html#link DOCUTYPE宣言ではまった 2007/05/04 検索語:はてなダイアリー/スキン/テーマ/デザイン/tdiary/崩れる adiareyとimg0chに同じテーマを指定しても同じにならない。adiaryははてなとほぼ同じになるけどimg0chが崩れます。 要素を一個一個つぶしていっても直らない。まったく同じ構造までたどり着いて、img0chのDOCUTYPE宣言にloose.dtdがついてるのに気が付く。 adiary/はてな !DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" img0ch !DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http //www.w3c.org/TR/1999/REC-html401-19991224/loose.dtd" tDiary !DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01//EN" "http //www.w3.org/TR/html4/strict.dtd" で、これが原因でしたorz そっかー、dtdのあるなしで標準モードと互換モードというのがあるのね。勉強になった・・・ http //desperadoes.biz/style/mode.php 追記:と思ったら、tDiaryはTransitionalじゃなくてstrict.dtdがついてる。これはデザインの共有で問題にならないのかしらん? さらに追記:img0chのテンプレートや吐き出されてるのは !DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN" だった。なんで勘違いしたかというと、IEからHTMLとして保存すると、自動的に !DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http //www.w3c.org/TR/1999/REC-html401-19991224/loose.dtd" になるようだ。 はてなのメニュー部分ではまった はてなの一番上のメニュー部分はテーマによって違うらしい。テーブルレイアウトでくるときとそうじゃないときがあるよ。 たぶん古い table border="0" width="100%" cellspacing="0" cellpadding="0" id="banner" ... たぶん新しい div id="simple-header" ... wikiで使うための数値実体参照 2007/05/05 HTMLで使える文字実体参照 http //www.ne.jp/asahi/minazuki/bakera/html/reference/charref 文字 数値実体参照 用途 | | テーブル中で|を書く必要があるとき Internet Explorer Developer Toolbar 2007/05/11 Webページの構造を検証できるMicrosoft純正IE用プラグイン。 http //www.forest.impress.co.jp/article/2007/05/11/iedevtoolbar.html あなたのページを最速にする14の掟 http //blog.livedoor.jp/dankogai/archives/50828720.html HTTPリクエストは最小限に - Make fewer HTTP requests CDNを活用 - Use a CDN Expiresヘッダを利用 - Add an Expires header コンテンツはGzipせよ - Gzip components CSSは上に - Put CSS at the top JSは下に - Move JS to the bottom CSSのexpressionの利用は控えよ - Avoid CSS expressions JSとCSSは外部化せよ - Make JS and CSS external DNS参照を抑えよ - Reduce DNS lookups JSを「縮刷」せよ - Minify JS リダイレクトは控えよ - Avoid redirects スクリプトの重複を削除せよ - Remove duplicate scripts ETagはオフにせよ - Turn off ETags AJAXを小さくしてキャッシュ可能にせよ - Make AJAX cacheable and small よく使うサイト HTML鳩丸倶楽部 http //www.ne.jp/asahi/minazuki/bakera/html/hatomaru comment このページの記述で聞きたいこととか間違ってることとかありましたらコメントを。 名前 コメント すべてのコメントを見る
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A 原著論文(査読付き) (* corresponding author) 1. Kobayashi K, Suzuki M, Tang J, Nagata N, Ohyama K, Seki H, Kiuchi R, Kaneko Y, Nakazawa M, Matsui M, Matsumoto M, Yoshida S and Muranaka T* (2007) LOVASTATIN INSENSITIVE 1, a novel pentatricopeptide repeat protein, is a potential regulatory factor of isoprenoid biosynthesis in Arabidopsis. Plant Cell Physiol., in press 分担;研究統括 説明;MVA経路阻害剤耐性変異シロイヌナズナの分子遺伝学的解析(植物分子生物学) 2. Kohara A, Nakajima C, Yoshida S and Muranaka T* (2007) Characterization and engineering of glycosyltransferases responsible for steroidal saponin biosynthesis in Solanaceous plants. Phytochem, in press 分担;研究統括 説明;ナス科植物におけるステロイドサポニン形成に関わる糖転移酵素の機能解析とエンジニアリング(植物バイオテクノロジー) 3. Suzuki M and Muranaka T* (2006) Molecular genetics of plant sterol backbone biosynthesis. Lipids, in press 分担;研究統括 説明;植物ステロール骨格形成の生合成系における分子遺伝学的解析(植物分子生物学) 4. Rahman L, Kitamura Y, Yamaguchi J, Mukai M, Akiyama K, Yamamoto H, Muranaka T, Ikenaga T (2006) Exogenous plant H6H but not bacterial HCHL gene is expressed in Duboisia leichhardtii hairy roots and affects tropane alkaloid production. Enzyme and Microbial Technology 39 1183-1189 分担;H6H遺伝子に関する発現解析指導 説明;ナス科ズボイシア毛状根を用いたトロパンアルカロイド生産能向上を目指したバイオテクノロジー(植物バイオテクノロジー) 5. Suzuki M, Xiang T, Ohyama K, Seki H, Saito K, Muranaka T*, Hayashi H, Katsube Y, Kushiro T, Shibuya M and Ebizuka Y (2006) Lanosterol synthase in dicotyledonous plants. Plant Cell Physiol. 47 565-571 分担;研究統括 説明;植物由来のラノステロール合成酵素遺伝子の初めての発見(植物バイオテクノロジー/分子生物学) 6. Kojoma M, Seki H, Yoshida S and Muranaka T (2006) DNA polymorphisms in the tetrahydrocannabinolic acid (THCA) synthase gene in “drug-type” and “fiber-type” Cannabis sativa L. Forensic Science International 159 132-140 分担;遺伝子発現解析指導 説明;アサにおける遺伝子多型を利用した薬型/繊維型の識別法開発(植物バイオテクノロジー) 7. Koizumi T, Soga K, Wakabayashi K, Suzuki M, Muranaka T and Hoson T (2005) Role of membrane sterol in gravity resistance of plants. Biological Science in Space 19 93-94 分担;変異体の機能解析 説明;シロイヌナズナのステロール合成変異体を用いた重力応答性の解析(植物分子生物学) 8. Seki H, Nishizawa T, Tanaka N, Niwa Y, Yoshida S and Muranaka T* (2005) Hairy root-activation tagging a high throughput system for activation tagging in transformed hairy roots. Plant Mol. Bilo. 59 793-807 分担;研究統括 説明;植物毛状根を用いた新規遺伝子アクティベーション法の開発(植物バイオテクノロジー) 9. Kohara A, Nakajima C, Hashimoto K, Ikenaga T, Tanaka H, Shoyama Y, Yoshida S and Muranaka T* (2005) A novel glucosyltransferase involved in steroid saponin biosynthesis in Solanum aculeatissimum. Plant Mol. Biol. 57 225-239 分担;研究統括 説明;ナス科植物の糖転移酵素は、ステロイドアルカロイド、ステロイドサポゲニンの両方を基質として糖転移することを発見(植物バイオテクノロジー/植物分子生物学) 10. Suzuki M, Kamide Y, Nagata N, Seki H, Ohyama K, Kato H, Masuda K, Sato S, Kato T, Tabata S, Yoshida S and Muranaka T* (2004) Loss of function of 3-hydroxy-3-methylglutaryl coenzyme A reductase 1 (HMG1) in Arabidopsis leads to dwarfing, early senescence and male sterility, and reduced sterol levels. Plant J. 37 750-761 分担;研究統括 説明;シロイヌナズナHMG-CoAレダクターゼ欠損変異体は、矮化、老化促進、優性不稔の形質を示した(植物分子生物学) 11. Nagata N, Suzuki M, Yoshida S and Muranaka T* (2002) Mevalonic acid partially restores chloroplast and etioplast development in Arabidopsis lacking the non-mevalonate pathway. Planta 216 345-350 分担;研究統括 説明;イソプレノイド生合成に関わる二つの経路は互いにクロストークする(植物分子生物学) 12. Miyazawa Y, Kato H, Muranaka T and Yoshida S (2002) Amyloplast formation in cultured tobacco BY-2 cells requires a high cytokinin content. Plant Cell Physiol. 43 1534-1541 分担;阻害剤処理に関する研究指導 説明;タバコ培養細胞におけるアミロプラスト形成とサイトカイニンとの関係(植物分子生物学) 13. Putalun W, Tanaka H, Muranaka T and Shoyama Y (2002) Determination of aculeatisides based on immunoassay using a polyclonal antibody against aculeatiside A. Analyst 127 1328-1332 分担;基質アキュレアチサイド(ステロイドサポニン)の調製、提供 説明;抗アキュレアチサイド抗体の調製および免疫化学的アッセイ法の開発(植物バイオテクノロジー) 14. Nakajima Y, Yamamoto T, Muranaka T, Oeda K (2001) A novel orfB-related gene of carrot mitochondrial genomes that is associated with homeotic cytoplasmic male sterility (CMS). Plant Mol. Biol. 46 99-107 分担;ニンジン遺伝子の分子遺伝学的解析指導 説明;ニンジン細胞質雄性不稔に関与する新規遺伝子の発見(植物分子生物学) 15. Nakajima Y, Yamamoto T, Muranaka T and Oeda K (1999) Genetic variation of petaloid male sterile cytoplasms of carrots revealed by sequence tagged sites (STSs). Theor. Appl. Genet. 99 837-843 分担;ニンジン遺伝子の分子遺伝学的解析指導 説明;STSによるニンジン細胞質雄性不稔の分類(植物分子生物学) 16. Bhalerao R, Salchert K, Bakó L, Ökrész L, Szabados L, Muranaka T, Machida Y, Schell J and Koncz C (1999) Regulatory interaction of PRL1 WD protein with Arabidopsis SNF1-like protein kinases. Proc. Natl. Acad. Sci. USA 96 5322-5327 分担;抗タバコプロテインキナーゼNPK5抗体の調製、提供 説明;シロイヌナズナSNF1様プロテインキナーゼのネガティブレギュレータの発見(植物分子生物学) 17. Murakami M, Yamada F, Nishide T, Muranaka T, Yamaguchi N, Takimoto Y (1998) The biological CO2 fixation using Chlorella sp. with high capability in fixing CO2. Studies Surface Science Catalysis 114 315-320 分担;高CO2固定能を有するクロレラの分子遺伝学的解析 説明;高CO2固定能を有するクロレラによる生物学的CO2固定(植物バイオテクノロジー) 18. Murakami M, Yamaguchi N, Nishide T, Muranaka T, Takimoto Y (1998) Overexpressed effect of carbonic anhydrase on CO2 fixation in Cyanobacterium, Synechococcus sp. PCC7942. Studies Surface Science Catalysis 114 629-632 分担;ラン藻の分子遺伝学的解析指導 説明;ラン藻のカーボニックアンヒドラーゼ過剰発現体の機能解析(植物バイオテクノロジー) 19. Nakajima H, Muranaka T, Ishige F, Akutsu K and Oeda K (1997) Fungal and bacterial disease resistance in transgenic plants expressing human lysozyme. Plant Cell Rep. 16 674-679 分担;形質転換植物開発指導 説明;ヒトリゾチーム過剰発現タバコによるカビ・細菌耐性付与(植物バイオテクノロジー) 20. Ikenaga T, Oyama T and Muranaka T (1995) Growth and steroidal saponin in hairy root cultures of Solanum aculeatissimum. Plant Cell Rep. 14 413-417 分担;キンギンナスビ毛状根の機能解析 説明;キンギンナスビ毛状根によるステロイドサポニン生産(植物バイオテクノロジー) 21. Niwa Y, Muranaka T, Baba A and Machida Y (1994) Organ-specific and auxin-inducible expression of two tobacco parA-related genes in transgenic plants. DNA Research 1 213-221 分担; parAt遺伝子過剰発現毛状根の機能解析 説明;オーキシンで誘導されるタバコparAt遺伝子の発現解析(植物分子生物学) 22. Muranaka T, Banno H and Machida Y (1994) Characterization of tobacco protein kinase NPK5, a homologue of Saccharomyces cerevisiae SNF1 that constitutively activates expression of the glucose-repressible SUC2 gene for a secreted invertase of S. cerevisiae. Mol. Cell. Biol. 14 2958-2965 分担;NPK5遺伝子のクローニングから機能解析に至る全体 説明;タバコにおける酵母で糖抑制を受けるSNF1プロテインキナーゼ遺伝子ホモログの単離と機能解析(植物分子生物学) 23. Muranaka T, Niwa Y and Machida Y (1994) A model for a bioconversion system with the promoter of the parAt gene, which confers a high level of expression of a transgene in hairy roots. Appl. Microbiol. Biotechnol. 40 841-845 分担;ベクター開発、機能評価全体 説明;タバコparAt遺伝子プロモータを用いた毛状根培養系によるバイオコンバージョン系の開発(植物バイオテクノロジー) 24. Muranaka T*, Ohkawa H and Yamada Y (1993) Continuous production of scopolamine by a culture of Duboisia leichhardtii hairy root clone in a bioreactor system. Appl. Microbiol. Biotechnol. 40 219-223 分担;実験系開発、評価全体 説明;ズボイシア毛状根培養によるトロパンアルカロイド連続生産法の開発(植物バイオテクノロジー) 25. Muranaka T*, Kazuoka T, Ohkawa H and Yamada Y (1993) Characteristics of scopolamine-releasing hairy root clones of Duboisia leichhardtii. Biosci. Biotech. Biochem. 57 1398-1399 分担;生化学実験全般 説明;スコポラミンを漏出するズボイシア毛状根クローンの機能評価(植物バイオテクノロジー) 26. Muranaka T*, Ohkawa H and Yamada Y (1992) Scopolamine release into media by Duboisia leichhardtii hairy root clones. Appl. Microbiol. Biotechnol. 37 554-559 分担;ズボイシア毛状根クローンの単離から機能解析全般 説明;スコポラミンを高漏出するズボイシア毛状根の単離と機能評価(植物バイオテクノロジー) 27. Hirayama T, Muranaka T, Ohkawa H and Oka A (1988) Organization and characterization of the virCD genes from Agrobacterium rhizogenes. Mol. Gen. Genet. 213 229-237 分担;アグロバクテリウム機能評価用植物の調製、提供 説明;アグロバクテリウムリゾゲネス菌の腫瘍遺伝子の構造と機能解析(植物分子生物学) B 著書等 1. Suzuki M, Ohyama K, Seki H, Xiang T, Shibuya M, Ebizuka Y, Nakagawa S, Nagata N, Saito K and Muranaka T (2006) Two routes of steroidal backbone synthesis in plants. Proceeding book for the 17th International Symposium on Plant Lipids. in press 分担;研究統括 説明;国際会議プロシーディング・植物ステロイド骨格形成には二つのルートがあることを発見(植物分子生物学) 2. Kobayashi K, Suzuki M, Tang J, Ikeda Y, Nagata N, Seki H, Ohyama K, Kiuchi R, Matsumoto S, Yoshida S and Muranaka T (2006) The study of regulatory mechanisms of the MVA and MEP pathway using inhibitors of these pathways. Proceeding book for the 17th International Symposium on Plant Lipids. in press 分担;研究統括 説明;国際会議プロシーディング・イソプレノイド合成系阻害剤耐性変異シロイヌナズナの機能解析(植物分子生物学) 3. 鈴木優志、村中俊哉 (2006) 植物ステロールの新しい生合成経路. 化学と生物 印刷中 分担;分担執筆 説明;植物ステロールの新しい生合成経路の発見に関するレビュー(植物バイオテクノロジー) 4. 關光、村中俊哉 (2006) 毛状根培養系の新展開〜物質生産研究20年目に当たり. バイオサイエンスとインダストリー 64 17-22 分担;分担執筆 説明;毛状根培養系の新展開に関する解説(植物バイオテクノロジー) 5. 村中俊哉、小原淳子 (2006) 植物ステロイドの糖転移酵素 配糖化に関わる遺伝子の解明により毒と薬の生産制御に期待. 化学と生物 44 6-7 分担;全体執筆 説明;植物ステロイド糖転移酵素の新知見に関する研究レビュー(植物バイオテクノロジー) 6. 高上馬希重、村中俊哉、吉田茂男、飯田修、関田節子、佐竹元吉、牧野由紀子 (2004) Cannabis sativa L. におけるcannabinoid 生合成遺伝子の解析. DNA多型 12 60-63 分担;分子遺伝学解析指導 説明;査読なし原著論文・アサにおけるカンナビノイド生合成遺伝子の解析(植物バイオテクノロジー) 7. Suzuki M, Nagata N, Kamide Y, Yoshida S and Muranaka T (2003) The study of the mechanism of cell elongation using an inhibitor of 3-hydroxy-3-methylglutaryl-CoA reductase. In Advanced Researches of Plant Lipids (ed. Murata N, Yamada M, Nishida I, Okuyama H, Sekiya J and Wada H), Academic Publishers, Dordrecht, pp. 249-252 分担;研究統括 説明;国際会議プロシーディング・シロイヌナズナHMGR阻害剤処理のマイクロアレイ解析(植物分子生物学) 8. Nagata N, Suzuki M, Yoshida S and Muranaka T (2003) Action of mevalonic acid-derived isoprenoids in Arabidopsis. In Advanced Researches of Plant Lipids (ed. Murata N, Yamada M, Nishida I, Okuyama H, Sekiya J and Wada H), Academic Publishers, Dordrecht, pp. 245-248 分担;研究統括 説明;国際会議プロシーディング・植物イソプレノイド合成経路のクロストーク(植物分子生物学) 9. 吉田茂男、村中俊哉 (2002) わが国独自の植物機能制御技術を目指して. 日本農芸化学誌 76 37-41 分担;全体執筆 説明;理研植物センターの研究戦略紹介(植物バイオテクノロジー) 10. 村中俊哉 (2000) 植物の糖・脂質代謝制御に関わるプロテインキナーゼに関する研究. 植物の化学調節 35 17-24 分担;全体執筆 説明;植物の糖・脂質代謝制御に関わるプロテインキナーゼに関する研究レビュー(植物分子生物学) 11. Muranaka T and Murakami M (2000) CO2 fixation by a high temperature high CO2 tolerant Chlorella sp. In Application of photosynthetic microorganisms in environmental biotechnology (ed. Lee YK and Kojima H), Springer-Verlag, pp. 77-86 分担;全体執筆 説明;高効率CO2固定クロレラの開発研究レビュー(植物バイオテクノロジー) 12. 村中俊哉、西出哲也、村上仁一 (2000) 微細藻類による二酸化炭素固定と有効利用. 住友化学 2000-II 19-25 分担;全体執筆 説明;高効率CO2固定微細藻類の開発研究レビュー(植物バイオテクノロジー) 13. Ikenaga T and Muranaka T (1999) Genetic Transformation of Solanum aculeatissimum. In Biotechnology in Agriculture and Forestry (ed. Bajaj YPS), Springer-Verlag, pp. 298-311 分担;分担執筆 説明;キンギンナスビの形質転換法解説(植物バイオテクノロジー) 14. Muranaka T, Kitamura Y and Ikenaga T (1999) Transformation in Duboisia. In Biotechnology in Agriculture and Forestry (ed. Bajaj YPS), Springer-Verlag, pp. 117-132 分担;分担執筆 説明;ズボイシアの形質転換法解説(植物バイオテクノロジー) 15. 村中俊哉 (1997) 酢酸-メバロン酸経路の代謝制御. 植物の化学調節 32 150-159 分担;全体執筆 説明;酢酸-メバロン酸経路の代謝制御に関する研究レビュー(植物分子生物学) 16. Banno H, Muranaka T, Ito Y, Moribe T, Usami S, Hinata K and Machida Y (1993) Isolation and characterization of cDNA clones that encode protein kinases of Nicotiana tabacum. J. Plant Res. Special Issue 3 181-192 分担;NPK5プロテインキナーゼ遺伝子の単離 説明;査読なし原著論文・タバコから単離した新しいプロテインキナーゼ遺伝子(植物分子生物学) 17. 村中俊哉、赤間一仁、岡田清孝、町田泰則 (1992) 遺伝導入実験法第3回:アグロバクテリウムを用いた形質転換. 植物細胞工学 4 193-203 分担;分担執筆 説明;アグロバクテリムを用いた形質転換法の解説(植物バイオテクノロジー) 18. 大川秀郎、村中俊哉 (1992) 毛状根用バイオリアクター. バイオリアクターの世界 (ハリオ研究所) pp.201-214 分担;全体執筆 説明;毛状根用バイオリアクターに関する研究レビュー(植物バイオテクノロジー) 19. 大川秀郎、村中俊哉 (1989)有用代謝物質の生産:高生産株の選抜. 最新植物学要覧 (R Dプランニング) pp.430-439 分担;全体執筆 説明;植物組織培養による有用物質生産に関する研究レビュー(植物バイオテクノロジー) C 国際会議発表 (2001年以降) 1. Muranaka T “Strategy of RIKEN PSC to deal with GM plants Study on metabolic systems from model plants to applied plants.” Bio2Biz Conference South Africa, Durban, South Africa, September (2006). 招待講演 2. Nagata N., Suzuki M., Kiuchi R., Nakagawa S., Konomi M., Yoshida S., and Muranaka T. “Loss of function of HMG-CoA reductase in Arabidopsis leads to stuntedness of lipidic organelles in tapetal cells” The 16th International Microscopy Congress, Sapporo, Japan, September (2006). 3. Muranaka T., Suzuki M., Ohyama, K., Saito, K., Xiang, T., Shibuya, M., Ebizuka Y. “Lanosterol synthase in dicotylenodous plants new route of steroidal backbone synthesis”, 8th International Congress of Plant Molecular Biology, Adelaide, Australia, August (2006) 4. Ohyama K., Suzuki M., Xiang T., Seki H., Kikuchi J., Saito K., Muranaka T., Katsube Y., Kushiro T., Shibuya M., Ebizuka Y. BIOSYNTHETIC PATHWAY OF PHYTOSTEROLS VIA LANOSTEROL , ICOB-5 ISCNP-25 Organizing Committee IUPAC International Conference on Biodiversity and Natural Products, Kyoto, July (2006). 5. Kobayashi K., Suzuki M., Tang J., Ikeda Y., Nagata N., Seki H., Ohyama K., Kiuchi R., Matsumoto S., Yoshida S., Muranaka T.; “The study of regulatory mechanisms of the MVA and MEP pathway using inhibitors of these pathways”, 17th International Symposium on Plant Lipids, East Lansing, USA, July (2006). 6. Nakagawa S., Nagata N., Suzuki M., Kamide Y., Kiuchi R., and Muranaka T. “The roles of sterols on male gametophyte development”, The 53rd NIBB Conference Dynamic Organelles in Plants, Okazaki, Japan, June (2006). 7. Suzuki M., Ohyama K., Seki H., Xiang T., Shibuya M., Ebizuka Y., Nakagawa S., Nagata N., Saito K., and Muranaka T. “Two routes of steroidal backbone synthesis in plants”, 17th International Symposium on Plant Lipids, East Lansing, USA, July (2006). 8. Nagata N., Nakagawa S., Suzuki E., Konomi M., Suzuki M., and Muranaka T. “The role of sterols on formation of lipid-rich organelles in tapetum”, The 53rd NIBB Conference Dynamic Organelles in Plants, Okazaki, Japan, June (2006). 9. Kobayashi K., Suzuki M., Tang J., Ikeda Y., Nagata N., Seki H., Ohyama K., Kiuchi R., Matsumoto S., Yoshida S., Muranaka T. “LOVASTATIN INSENSITIVE 1, encoding mitochondrial pentatricopeptide repeat protein, is a potential regulatory locus of the cytosolic and plastidial isoprenoid biosynthesis”, The 53rd NIBB Conference Dynamic Organelles in Plants, Okazaki, Japan, June (2006). 10. Muranaka T “Toward comprehensive understanding of sterol biosynthesis in higher plants.” 97th American Oil Chemical Society Annual Meeting, St. Louis, USA, April (2006). 招待講演 11. Xiang T . ,Shibuya M . ,Ebizuka Y . ,Suzuki M . ,and Muranaka T . Lanosterol synthase from Arabidopsis thaliana , International Chemical Congress of Pacific Basin Societies (PACIFICHEM 2005) , Honolulu , USA , Dec. (2005). 12. Kobayashi K . ,Suzuki M . ,Nagata N . ,Seki H . ,Ohyama K . ,Tang J . ,Kiuchi R . ,Ikeda Y . ,Yoshida S . ,and Muranaka T . Characterization of Arabidopsis lovastatin insensitive mutants , Joint Meeting of 1st Asian Symposium on Plant Lipids and 18th Japanese Symposium on Plant Lipids , Tokyo , Nov. (2005). 13. Muranaka T . ,Nagata N . ,Suzuki M . ,Kamide Y . ,Kiuchi R . ,Ohyama K . ,and Yoshida S . The role of triterpenes on tapetum/male gametophyte development and senescence , Joint Meeting of 1st Asian Symposium on Plant Lipids and 18th Japanese Symposium on Plant Lipids , Tokyo , Nov. (2005). 14. Suzuki M . and Muranaka T . Toward the comprehensive understanding the sterol biosynthesis , Joint Meeting of 1st Asian Symposium on Plant Lipids and 18th Japanese Symposium on Plant Lipids , Tokyo , Nov. (2005). 15. Muranaka T . ,Kohara A . ,Nakajima C . ,Ikenaga T . ,Tanaka H . ,Shoyama Y . ,and Yoshida S . Both steroidal sapogenin and steroidal alkaloid are glycosylated by a single glycosyltransferase , 17th International Botanical Congress , (the International Union of Biological Sciences (IUBS) and the International Association of Botanical and Mycological Sciences (IABMS)), Vienna , Austria , July (2005). 16. Kojoma M . ,Seki H . ,Yoshida S . ,and Muranaka T . Polymorphisms of cannabinoid synthase gene in Cannabis sativa , 17th International Botanical Congress , (The International Union of Biological Sciencesand, The International Association of Botanical and Mycological Sciences), Vieena , Austria , July (2005). 17. Muranaka T . Hairy root cultures Potential application to study biological and metabolic function of indigenous plants in South Africa , Indigenous Plant Use Forum , Grahamstown , South Africa , June (2005). 18. Suzuki M . ,Kamide Y . ,Nagata N . ,Seki H . ,Ohyama K . ,Kiuchi R . ,Yoshida S . ,and Muranaka T . Sterol deficiency affects cell elongation, senescence and fertility , 18th International Conference on Plant Growth Substances (IPGSA Conference 2004) , Canberra , Australia , Sept. (2004). 19. Kohara A . ,Nakajima C . ,Hashimoto K . ,Ikenaga T . ,Tanaka H . ,Shoyama Y . ,Yoshida S . ,and Muranaka T . A novel glucosyltransferase involved in steroid saponin biosynthesis in Solanum aculeatissimum , Germany-Japan Seminar on Molecular Regulation of Plant Secondary Metabolism , (DFG, Chiba University, and others), Kisarazu , Sept. (2004). 招待講演 20. Muranaka T . Functional genomics and metabolic engineeering of plant terpenoids , Germany-Japan Seminar on Molecular Regulation of Plant Secondary Metabolism , (Chiba University), Kisarazu , Sept. (2004). 21. Ohyama K . ,Suzuki M . ,Masuda K . ,Yoshida S . ,and Muranaka T . Synthesis of deuterated triterpenes for metabolomics studies of triterpenoids , Germany-Japan Seminar on Molecular Regulation of Plant Secondary Metabolism , Kisarazu , Sept. (2004). 22. Mano Y . ,Nemoto K . ,Suzuki M . ,Oka A . ,and Muranaka T . Characterization of tobacco BY-2 cells transformed by Agrobacterium rhizogenes , International Workshop on Cell and Molecular Biology of Tobacco BY-2 Cells , (RIKEN PSC and others), Yokohama , Sept. (2004). 23. Kohara A . ,Nakajima C . ,Tanaka H . ,Shoyama Y . ,Ikenaga T . ,Hashimoto K . ,Yoshida S . ,and Muranaka T . Cloning and characterizing a novel glucosyltransferase acting on steroidal sapogenin from Solanum aculeatissimum , 14th Congress of the Federation of European Societies of Plant Biology (FESPB 2004) , Cracow , Poland , Aug. (2004). 24. Seki H . ,Ohyama K . ,Yoshida S . ,and Muranaka T . Development of a novel technology platform for root culture systems for functional genomics , Third International Congress on Plant Metabolomics , (Iowa State University), Ames , USA , June (2004). 25. Ohyama K . ,Suzuki M . ,Masuda K . ,Yoshida S . ,and Muranaka T . Synthesis of deuterated triterpenes for metabolomics studies of triterpenoids , Third International Congress on Plant Metabolomics , Ames , USA , June (2004). 26. Nagata N . ,Suzuki M . ,Kiuchi R . ,Kamide Y . ,Seki H . ,Ohyama K . ,Takagi T . ,Sato M . ,Yoshida S . ,and Muranaka T . Loss of function of 3-hydroxyl-3-methylglutaryl coenzyme A reductase 1 (HMG1) in Arabidopsis leads to male sterility, contributed to by sterol reduction in tapetal cells , 8th Asia-Pacific Conference on Electron Microscopy (8APEM) in conjunction with 60th Annual Meeting of the Japanese Society of Microscopy , (The Japanese Society of Microscopy), Kanazawa , June (2004). 27. Muranaka T “Functional genomics and metabolic engineering of phytosterols.” South Africa and Japan Sicence Forum, Pretoria, South Africa, May (2004) 招待講演 28. Muranaka T . New insight into plant metabolomics Functional genomics and metabolic engineering of phytosteroids , RIKEN Plant Science Center Symposium 2003 Plant Science and the Environment , (RIKEN PSC), Yokohama , Nov. (2003). 29. Kohara A . ,Nakajima C . ,Hashimoto K . ,Ikenaga T . ,Tanaka H . ,Shoyama Y . ,Yoshida S . ,and Muranaka T . Characterization of a novel glucosyltransferase toward steroidal sapo genins from solanum aculeatissimum , RIKEN Plant Science Center Symposium 2003 Plant Science and the Environment , (RIKEN PSC), Yokohama , Nov. (2003). 30. Suzuki M . ,Kamide Y . ,Nagata N . ,Seki H . ,Ohyama K . ,Kato H . ,Kiuchi R . ,Yoshida S . ,and Muranaka T . The role of phytosterols on plant development , RIKEN Plant Science Center Symposium 2003 Plant Science and the Environment , (RIKEN PSC), Yokohama , Nov. (2003). 31. Kojoma M . ,Muranaka T . ,and Yoshida S . Establishment of a new in vitro system of licorice (Glycyrrhiza uralensis ) , 30th Annual Conference on Plant Growth Regulation Society of America held jointly with The Japanese Society for Chemical Regulation Plants , Vancouver , Canada , Aug. (2003). 32. Muranaka T . ,Kamide Y . ,Suzuki M . ,Nagata N . ,Seki H . ,Ohyama K . ,Kato H . ,and Yoshida S . Knockout of 3-hydroxy-3-methylglutaryl-CoA reductase genes for analyzing mevalonate pathway and non-mevalonate pathway , 7th International Congress of Plant Molecular Biology (ISPMB 2003) , (The International Society for Plant Molecular Biology), Barcelona , Spain , June (2003). 33. Kamide Y . ,Suzuki M . ,Nagata N . ,Sato S . ,Kato T . ,Tabata S . ,Yoshida S . ,and Muranaka T . Knockout of Arabidopsis 3-hydroxy-3-methylglutaryl-CoA reductase genes As a tool for brassinosteroid/gibberellin biosynthesis and signal transduction , NIAS/BRAIN International Symposium on Molecular Mechanism of Gibberellin/Brassinosteroid Signal Transduction , Tsukuba , Nov. (2002). 34. Nagata N . ,Sekimata K . ,Shimada Y . ,Muranaka T . ,Asami T . ,and Yoshida S . Roles of brassinosteroids involving in control of photomorphogenesis in the dark , NIAS/BRAIN International Symposium on Molecular Mechanism of Gibberellin/Brassinosteroid Signal Transduction , Tsukuba , Nov. (2002). 35. Nagata N . ,Suzuki M . ,Yoshida S . ,and Muranaka T . Flow and action of mevalonic acid-derived isoprenoids in Arabidopsis , Plant Science Center Symposium II on Biosyntheses of Plant Hormones and Beyond , Wako , Nov. (2002). 36. Kamide Y . ,Suzuki M . ,Nagata N . ,Seki H . ,Kobayashi K . ,Sato S . ,Kato T . ,Tabata S . ,Yoshida S . ,and Muranaka T . Roles of 3-hydroxy-3-methylglutaryl-CoA reductase on growth and development in Arabidopsis , Plant Science Center Symposium II on Biosyntheses of Plant Hormones and Beyond , Wako , Nov. (2002). 37. Nagata N . ,Sekimata K . ,Shimada Y . ,Muranaka T . ,Asami T . ,and Yoshida S . Roles of brassinosteroids involving in control of cell division and plastid development in the dark , Plant Science Center Symposium II on Biosyntheses of Plant Hormones and Beyond , Wako , Nov. (2002). 38. Muranaka T . ,Nakajima C . ,Kohara A . ,and Yoshida S . Potential application of hairy roots as a tool for activation tagging , 10th IAPTC B Congress on Plant Biotechnology 2002 and Beyond , Orlando , USA , June (2002). 39. Nagata N . ,Suzuki M . ,Yoshida S . ,and Muranaka T . Action of mevalonic acid-derived isoprenoids in Arabidopsis , 15th International Symposium on Plant Lipids , Okazaki , May (2002). 40. Suzuki M . ,Nagata N . ,Kamide Y . ,Yoshida S . ,and Muranaka T . The study of the mechanism of cell elongation using an inhibitor of 3-hydroxy-3-methylglutaryl-CoA reductase , 15th International Symposium on Plant Lipids , Okazaki , May (2002). 41. Muranaka T . ,Nagata N . ,Suzuki M . ,and Yoshida S . Toward understanding comprehensive regulation of mevalonate pathway based on the function of 3-hydroxy-3-methylglutaryl-CoA reductase , 15th International Symposium on Plant Lipids , Okazaki , May (2002). 42. Muranaka T . Toward understanding comprehensive regulation of mevalonate pathway based on the function of HMG-CoA reductase , Annual Institute Meeting of Max Plank Institute fur Molekulare Planzen Physiologie , Golm , Germany , May (2002). D 国内会議発表 (2001年以降) 1. 村中 俊哉:“植物ステロイドの骨格形成から配糖化に至る代謝多様性〜毒と薬の生産制御”、第43回植物化学シンポジウム、東京、12月(予定) (2006). 招待講演 2. 村中 俊哉、鈴木優志、永田典子:“生殖過程に影響を及ぼすステロール生合成遺伝子群の網羅的解析1〜ステロール生合成遺伝子変異体の取得”、「植物ゲノム障壁」ワークショップ、三島、11月(予定)(2006). 3. 永田典子、村中 俊哉:“生殖過程に影響を及ぼすステロール生合成遺伝子群の網羅的解析2〜ポーレンコート形成におけるステロールの役割”、「植物ゲノム障壁」ワークショップ、三島、11月(予定)(2006). 4. 村中 俊哉:“ステロイド、トリテルペノイド骨格形成の多様性と分子進化”、日本植物学会第70回大会、熊本、9月 (2006). シンポジウム「二次代謝の多様性と進化」招待講演 5. 永田典子、中川祥子、鈴木英理子、許斐麻美、木内玲子、鈴木優志、村中 俊哉:“シロイヌナズナHMG-CoAレダクターゼ遺伝子欠損がタペータムとポーレンコート形成に与える影響”、日本植物学会第70回大会、熊本、9月 (2006). 6. 庄野由里子、本橋令子、篠崎一雄、永田典子:“白色子葉形態を示すシロイヌナズナ突然変異体における色素体解析”、日本植物形態学会第18回大会、熊本、9月 (2006). 7. 鈴木優志、大山清、關光、Ting Xiang、渋谷雅明、海老塚豊、中川祥子、永田典子、斉藤和季、村中 俊哉:“植物は二つのステロール骨格形成経路を持つ”、日本植物学会第70回大会、熊本、9月 (2006). 8. 中川祥子、鈴木英理子、鈴木優志、上出由希子、木内玲子、永田典子、村中 俊哉:“シロイヌナズナのステロール欠損変異体における雄性配偶体形成の解析”日本植物形態学会第18回大会、熊本、9月 (2006). 9. 中川祥子、永田典子、鈴木優志、上出由希子、木内玲子、村中 俊哉:“シロイヌナズナにおいてステロール欠損が雄性配偶体形成に与える影響”、日本植物学会第70回大会、熊本、9月 (2006). 10. 鈴木英理子、中川祥子、Schaller Hubert、村中 俊哉、永田典子:“ステロールの形質転換体における葯内・タペータム層の脂質系オルガネラの形態異常”、日本植物形態学会第18回大会、熊本、9月 (2006). 11. 須藤浩、楊金緯、妹尾修次郎、林宏明、關光、大山清、村中 俊哉、吉松嘉代、飯田修、柴田敏郎、鈴木秀幸、柴田大輔、山崎真巳、斉藤和季:“ウラルカンゾウ (Glycyrrhiza uralensis)のイソプレノイドを中心とする有用物質生産制御技術の開発”、第24回 日本植物細胞分子生物学会、つくば、7月 (2006). 12. 關光、大山清、須藤浩、高上馬希重、櫻井望、豊田敦、十時泰、林宏明、水谷正治、大西利幸、柴田敏郎、斉藤和季、村中 俊哉:“薬用植物カンゾウのトリテルペンサポニン生合成関連遺伝子の単離に向けたEST解析”、第24回 日本植物細胞分子生物学会、つくば、7月 (2006). 13. 大山 清、鈴木優志、關 光、菊地 淳、Xiang Ting、久城哲夫、渋谷雅明、海老塚 豊、斉藤和季、村中 俊哉 植物におけるラノステロール合成酵素の同定 ,第24回 日本植物細胞分子生物学会、つくば、7月 (2006). 14. 原正光、根本圭一郎、關光、鈴木優志、岡穆宏、村中 俊哉、真野佳博:“オーキシン無添加培地における植物細胞の複製を可能にする遺伝因子の解析” 第24回 日本植物細胞分子生物学会、つくば、7月 (2006). 15. 根本圭一郎、原正光、古川聡子、小柴共一、關光、鈴木優志、村中 俊哉、真野佳博:“タバコBY-2細胞におけるインドールアセトアミドからインドール酢酸への変換に関わる酵素遺伝子の単離と構造解析”、第24回 日本植物細胞分子生物学会、つくば、7月 (2006). 16. 真野佳博、根本圭一郎、原正光、關光、鈴木優志、村中 俊哉:“タバコ培養細胞BY-2株においてインドールアセトアミドからインドール酢酸への変換に関わる酵素遺伝子の機能解析”、第24回 日本植物細胞分子生物学会、つくば、7月 (2006). 17. Xiang T.,渋谷 雅明,久城 哲夫,海老塚 豊,鈴木 優志,大山 清,斉藤 和季,村中 俊哉 シロイヌナズナ及びオタネニンジン由来ラノステロール合成酵素 , 日本薬学会第126年会 , 仙台 , 3月 (2006). 18. 佐々木 佳菜子,斉藤 拓也,鈴木 優志,村中 俊哉,矢崎 一史 ポプラ由来イソプレン合成酵素の環境応答性と生理機能 , 第47回日本植物生理学会年会 , つくば , 3月 (2006). 19. 村中 俊哉 ファンクショナルトリテルペノミクス:植物トリテルペン生産制御の包括的理解と応用を目指して , 第6回静岡大学ライフサイエンスシンポジウム「植物のイソプレノイドと二次代謝産物研究」 , (静岡大学生命科学若手フォーラム), 静岡 , 2月 (2006). 招待講演 20. 保尊 隆亨,神阪 盛一郎,高橋 秀幸,山下 雅道,飯田 秀利,村中 俊哉,橋本 隆,園部 誠司,谷本 英一,西谷 和彦,小竹 敬久,若林 和幸,曽我 康一 植物の抗重力反応解明研究班WGの活動報告 , 第22回宇宙利用シンポジウム , (宇宙航空研究開発機構), 東京 , 1月 (2006). 21. 高上馬 希重,關 光,吉田 茂男,村中 俊哉 大麻Cannabis sativa L.の「ドラッグタイプ」「ファイバータイプ」におけるTHCA生合成酵素遺伝子の多型解析 , 日本DNA多型学会第14回学術集会 , 前橋 , 11月 (2005). 22. 大山 清,關 光,高上馬 希重,柴田 敏郎,巽 二郎,吉田 茂男,斉藤 和季,村中 俊哉 カンゾウ(Glycyrrhiza uralensis )におけるグリチルリチンの生合成中間体および生合成関連遺伝子の探索 , 植物化学調節学会第40回大会 , 東京 , 10--11月 (2005). 23. 鈴木 優志,Xiang T.,大山 清,斉藤 和季,村中 俊哉,渋谷 雅明,海老塚 豊 シロイヌナズナラノステロール合成酵素の同定 , 植物化学調節学会第40回大会 , 東京 , 10--11月 (2005). 24. 高上馬 希重,關 光,吉田 茂男,村中 俊哉 大麻Cannabis sativa L.の「ドラッグタイプ」と「ファイバータイプ」におけるTHCA生合成酵素遺伝子の多型解析 , 第52回日本生薬学会年会 , (日本生薬学会), 金沢 , 9月 (2005). 25. 高上馬 希重,關 光,吉田 茂男,村中 俊哉 大麻Cannabis sativa L.の生合成酵素遺伝子における多型解析 , 日本植物学会第69回大会 , 富山 , 9月 (2005). 26. 泊 みゆず,關 光,村中 俊哉,佐藤 忍,酒井 愼吾,岩井 宏暁 タバコ毛状根・不定芽培養系を用いた細胞間移行関連変異体の作出と形態学的解析 , 日本植物学会第69回大会 , 富山 , 9月 (2005). 27. 永田 典子,鈴木 奈諸美,許斐 麻美,鈴木 優志,上出 由希子,木内 玲子,關 光,大山 清,吉田 茂男,村中 俊哉 シロイヌナズナHMG-CoAレダクタ-ゼ遺伝子破壊株における雄性配偶体形成に関連した脂質系オルガネラの分化異常 , 日本植物学会第69回大会 , 富山 , 9月 (2005). 28. 鈴木 優志,Xiang T.,大山 清,斉藤 和季,村中 俊哉,渋谷 雅明,海老塚 豊 植物ステロールはすべてシクロアルテノール経由で作られるのか? , 第15回ドリコールおよびイソプレノイド研究会例会 , 船橋 , 9月 (2005). 29. 小泉 朋子,曽我 康一,若林 和幸,鈴木 優志,村中 俊哉,保尊 隆享 植物の抗重力反応における膜ステロールの役割 , 日本宇宙生物科学会第19回大会 , 東京 , 9月 (2005). 30. 大山 清,關 光,高上馬 希重,柴田 敏郎,巽 二郎,吉田 茂男,斉藤 和季,村中 俊哉 カンゾウ(Glycyrrhiza uralensis )のメタボリックプロファイリングおよびグリチルリチン生合成関連遺伝子の同定に向けて , 第23回日本植物細胞分子生物学会大会・シンポジウム , 京都 , 8月 (2005). 31. 小原 淳子,中�� 千晴,吉田 茂男,村中 俊哉 ステロイドサポニンとステロイドアルカロイドはSolanum属植物由来の同一酵素によって配糖化される , 第23回日本植物細胞分子生物学会大会・シンポジウム , 京都 , 8月 (2005). 32. 高上馬 希重,關 光,吉田 茂男,村中 俊哉 大麻Cannabis sativa L.のcannabinoid生合成酵素遺伝子における多型解析 , 第23回日本植物細胞分子生物学会大会・シンポジウム , 京都 , 8月 (2005). 33. 鈴木 優志,Xiang T.,大山 清,斉藤 和季,村中 俊哉,渋谷 雅明,海老塚 豊 植物ステロールはすべてシクロアルテノールを経由して作られるのか? , 第23回日本植物細胞分子生物学会大会・シンポジウム , 京都 , 8月 (2005). 34. 關 光,村中 俊哉 ファンクショナルゲノミクス研究�ノおけるツールとしてのrol 遺伝子クラスター , 第23回日本植物細胞分子生物学会大会・シンポジウム , 京都 , 8月 (2005). 35. 小山 貴芳,中川 強,關 光,村中 俊哉,木村 哲哉,粟冠 和郎 毛状根を利用したシロイヌナズナ由来リン酸トランスポーター遺伝子PHT1のプロモーター解析 , 第23回日本植物細胞分子生物学会大会・シンポジウム , 京都 , 8月 (2005). 36. 高上馬 希重,關 光,吉田 茂男,村中 俊哉 大麻Cannabis sativa L.のcannabinoid生合成酵素遺伝子における多型解析 , 日本育種学会第107・108回講演会および第47回シンポジウム , (日本育種学会), つくば , 8月 (2005). 37. 村中 俊哉 グリチルリチン生合成機構の解明に向けて , 第3回甘草に関するシンポジウム , 名寄 , 7月 (2005). 招待講演 38. 鈴木 優志,上出 由希子,大山 清,郷田 秀樹,嶋田 幸久,吉田 茂男,村中 俊哉 シロイヌナズナhmg1変異体の早期老化形質の解析 , 第46回日本植物生理学会年会 , 新潟 , 3月 (2005). 39. 永田 典子,鈴木 優志,上出 由希子,木内 玲子,關 光,大山 清,吉田 茂男,村中 俊哉 タペータム形成と雄性配偶子形成に関わる脂質に富んだオルガネラの分化転換 , 第46回日本植物生理学会年会 , 新潟 , 3月 (2005). 40. 高上馬 希重,丹下 健,關 光,吉田 茂男,村中 俊哉 ナス科Solanum malacoxylonにおけるvitamin D3化合物生産に関する研究 , 第116回日本森林学会大会 , 札幌 , 3月 (2005). 41. 根本 圭一郎,關 光,鈴木 優志,岡 穆宏,村中 俊哉,真野 佳博 Agrobacterium rhizogenes によって形質転換したタバコBY-2細胞の特性 , 日本農芸化学会2005年度大会 , 札幌 , 3月 (2005). 42. 真野 佳博,根本 圭一郎,關 光,鈴木 優志,岡 穆宏,村中 俊哉 タバコBY-2毛状根細胞におけるオーキシン生合成酵素遺伝子の解析 , 日本農芸化学会2005年度大会 , 札幌 , 3月 (2005). 43. 村中 俊哉 `Functional triterpenomics 多様な植物メタボリックシステムにどう取り組むか? , 第13回農芸化学Frontiersシンポジウム , 小樽 , 3月 (2005). 44. 小林 啓子,鈴木 優志,永田 典子,關 光,大山 清,木内 玲子,唐 建偉,吉田 茂男,村中 俊哉 シロイヌナズナHMG-CoAレダクターゼ阻害剤耐性変異体の解析 , 第17回植物脂質シンポジウム , (日本植物脂質研究会), つくば , 11月 (2004). 45. 鈴木 優志,大山 清,上出 由希子,永田 典子,關 光,吉田 茂男,村中 俊哉 トリテルペン合成におけるシロイヌナズナHMG-CoAレダクターゼ遺伝子の果たす役割 , 第17回植物脂質シンポジウム , (日本植物脂質研究会), つくば , 11月 (2004). 46. 小林 啓子,鈴木 優志,永田 典子,關 光,大山 清,木内 玲子,唐 建偉,吉田 茂男,村中 俊哉 シロイヌナズナのHMG-CoAレダクターゼ阻害剤に対する耐性変異体loi1の解析 , 植物化学調節学会第39回大会 , 秋田 , 10月 (2004). 47. 鈴木 優志,永田 典子,上出 由希子,木内 玲子,大山 清,吉田 茂男,村中 俊哉 hmg1 変異体が示すトリテルペンの新しい機能 , 植物化学調節学会第39回大会 , 秋田 , 10月 (2004). 48. 大山 清,鈴木 優志,増田 和夫,吉田 茂男,村中 俊哉 重水素化トリテルペノイドの合成と hmg1変異体におけるトリテルペノイドの定量分析 , 植物化学調節学会第39回大会 , 秋田 , 10月 (2004). 49. 高上馬 希重,大山 清,關 光,吉田 茂男,村中 俊哉 薬用植物カンゾウ( Glycyrrhiza uralensis )の代謝機能研究へ向けた培養システム開発 , 日本植物学会第68回大会 , 藤沢 , 9月 (2004). 50. 永田 典子,鈴木 優志,上出 由希子,木内 玲子,關 光,大山 清,吉田 茂男,村中 俊哉 シロイヌナズナHMG-CoAレダクターゼ遺伝子破壊株におけるタペータム形成異常と雄性配偶子形成異常 , 日本植物学会第68回大会 , 藤沢 , 9月 (2004). 51. 小林 啓子,鈴木 優志,永田 典子,關 光,大山 清,木内 玲子,上出 由希子,唐 建偉,吉田 茂男,村中 俊哉 シロイヌナズナにおけるHMG-CoAレダクターゼ阻害剤に対する耐性変異体lovastatin insensitive 1 の解析 , 日本植物学会第68回大会 , 藤沢 , 9月 (2004). 52. 鈴木 優志,上出 由希子,永田 典子,關 光,大山 清,木内 玲子,吉田 茂男,村中 俊哉 シロイヌナズナの生長における種々のトリテルペンの役割 , 日本植物学会第68回大会 , 藤沢 , 9月 (2004). 53. 村中 俊哉 植物におけるメバロン酸経路とステロール生合成 , 日本植物学会第68回大会 , 藤沢 , 9月 (2004). 招待講演 54. 永田 典子,矢野 美咲,山崎 千穂,鈴木 優志,上出 由希子,木内 玲子,關 光,大山 清,吉田 茂男,村中 俊哉 シロイヌナズナHMG-CoAレダクターゼ遺伝子破壊株における雄性配偶子形成異常 , 日本植物形態学会第16回大会 , 藤沢 , 9月 (2004). 55. 鈴木 優志,永田 典子,木内 玲子,上出 由希子,關 光,大山 清,吉田 茂男,村中 俊哉 シロイヌナズナ配偶子形成におけるステロールの重要性 , 第14回ドリコールおよびイソプレノイド研究会例会 , 弘前 , 7月 (2004). 56. 小林 啓子,鈴木 優志,永田 典子,關 光,大山 清,上出 由希子,中嶋 千晴,市川 尚斉,中澤 美紀,松井 南,吉田 茂男,村中 俊哉 シロイヌナズナにおけるHMG-CoAレダクターゼ阻害剤に対する耐性変異体の単離と解析 , 日本植物生理学会2004年度年会および第44回シンポジウム , 八王子 , 3月 (2004). 57. 鈴木 優志,上出 由希子,永田 典子,關 光,大山 清,曽我 康一,保尊 隆享,吉田 茂男,村中 俊哉 シロイヌナズナ配偶子形成におけるHMG-CoAレダクターゼの役割 , 日本植物生理学会2004年度年会および第44回シンポジウム , 八王子 , 3月 (2004). 58. 鈴木 優志,村中 俊哉 HMG-CoAレダクターゼ変異体の解析から見えてきたトリテルペン化合物の役割 , 日本植物生理学会2004年度年会および第44回シンポジウム , 八王子 , 3月 (2004). 59. 上出 由希子,鈴木 優志,關 光,大山 清,永田 典子,曽我 康一,保尊 隆享,吉田 茂男,村中 俊哉 シロイヌナズナのイソプレノイド合成系におけるHMG-CoAレダクターゼ遺伝子HMG1, HMG2 の役割 , 第26回日本分子生物学会年会 , 神戸 , 12月 (2003). 60. 關 光,中嶋 千晴,吉田 茂男,村中 俊哉 毛状根培養系を利用した遺伝子機能解析:毛状根培養系を使ってみませんか? , 第19回根研究集会(JSRR) , つくば , 11月 (2003). 61. 高上馬 希重,中嶋 千晴,關 光,吉田 茂男,村中 俊哉 薬用植物カンゾウGlycyrrhiza uralensis における効果的な毛状根誘導法について , 第19回根研究集会(JSRR) , つくば , 11月 (2003). 62. 高上馬 希重,村中 俊哉,吉田 茂男,飯田 修,関田 節子,佐竹 元吉,牧野 由紀子 大麻Cannabis sativa L.におけるcannabinoid生合成遺伝子の解析 , 日本DNA多型学会第12回学術集会 , 東京 , 11月 (2003). 63. 鈴木 優志,永田 典子,上出 由希子,關 光,大山 清,木内 玲子,孫城 瑞希,加藤 尚志,吉田 茂男,村中 俊哉 hmg1変異体はステロール欠損変異体か? , 植物化学調節学会第38回大会 , 名古屋 , 10月 (2003). 64. 五十嵐 雅江,村中 俊哉,永田 典子,鈴木 優志,關 光,市川 尚斉,中澤 美紀,松井 南,浅見 忠男,吉田 茂男 新規緑化変異体hayamidori ( ham ) の解析 , 植物化学調節学会第38回大会 , 名古屋 , 10月 (2003). 65. 小原 淳子,中嶋 千晴,橋本 貴美子,池永 敏彦,田中 宏幸,正山 征洋,吉田 茂男,村中 俊哉 Characterization of a novel glucosyltransferase Toward steroidal sapogenins from Solanum aculeatissimum , 第76回日本生化学会大会 , 横浜 , 10月 (2003). 66. 高上馬 希重,大山 清,村中 俊哉,吉田 茂男 カンゾウGlycyrrhiza uralensis Fisch.の新規培養系の開発 , 日本生薬学会第50回年会 , 東京 , 9月 (2003). 67. 高上馬 希重,村中 俊哉,吉田 茂男,飯田 修,関田 節子,佐竹 元吉,牧野 由紀子 大麻 Cannabis sativa L. におけるcannabinoid生合成遺伝子の多様性 , 日本生薬学会第50回年会 , 東京 , 9月 (2003). 68. 永田 典子,上出 由希子,鈴木 優志,關 光,大山 清,吉田 茂男,村中 俊哉 シロイヌナズナHMG-CoAレダクターゼ遺伝子破壊株における不稔形質の解析 , 日本植物学会第67回大会 , 札幌 , 9月 (2003). 69. 鈴木 優志,上出 由希子,永田 典子,關 光,大山 清,加藤 尚志,吉田 茂男,村中 俊哉 シロイヌナズナHMG-CoA Reductase 1欠損変異体は矮性,早期老化,雄性不稔で,ステロール蓄積量が減少した , 第13回ドリコールおよびイソプレノイド研究会 , 横浜 , 9月 (2003). 70. 小林 啓子,鈴木 優志,永田 典子,松田 修,射場 厚,吉田 茂男,村中 俊哉 オーキシン過剰蓄積変異体(sur1 )培養根を利用した有用物質産生系の開発 , 第21回日本植物細胞分子生物学会大会・シンポジウム , 高松 , 8月 (2003). 71. 關 光,中嶋 千晴,田中 伸和,吉田 茂男,村中 俊哉 毛状根を用いた遺伝子機能解析用ベクターの開発 , 第21回日本植物細胞分子生物学会大会・シンポジウム , 高松 , 8月 (2003). 72. 高上馬 希重,村中 俊哉,大山 清,吉田 茂男 薬用植物カンゾウGlycyrrhiza uralensisの新規培養系の開発 , 第21回日本植物細胞分子生物学会大会・シンポジウム , 高松 , 8月 (2003). 73. 中嶋 千晴,大山 清,關 光,上出 由希子,小林 啓子,鈴木 優志,吉田 茂男,村中 俊哉 イソプレノイド合成経路変異体の毛状根培養と主代謝産物の解析 , 第21回日本植物細胞分子生物学会大会・シンポジウム , 高松 , 8月 (2003). 74. 鈴木 優志,上出 由希子,永田 典子,關 光,吉田 茂男,村中 俊哉 HMG-CoA Reductaseの翻訳後修飾に関わるキナーゼ遺伝子の解析 , 日本植物生理学会2003年度年会および第43回シンポジウム , 東大阪 , 3月 (2003). 75. 上出 由希子,鈴木 優志,永田 典子,加藤 尚志,佐藤 修正,加藤 友彦,田畑 哲之,吉田 茂男,村中 俊哉 シロイヌナズナHMG-CoAレダクターゼ遺伝子破壊株の解析 , 日本植物生理学会2003年度年会および第43回シンポジウム , 東大阪 , 3月 (2003). 76. 豊岡 公徳,竹内 雅宜,森安 裕二,村中 俊哉,福田 裕穂,松岡 健 タンパク質凝集体の液胞移行による分解機構の解明 , 日本植物生理学会2003年度年会および第43回シンポジウム , 東大阪 , 3月 (2003). 77. 鈴木 優志,上出 由希子,永田 典子,吉田 茂男,村中 俊哉 シロイヌナズナA MPK/SNF1 相同遺伝子, AKIN12 は鞘特異的に発現する , 第25回日本分子生物学会年会 , 横浜 , 12月 (2002). 78. 上出 由希子,鈴木 優志,永田 典子,佐藤 修正,加藤 友彦,田畑 哲之,吉田 茂男,村中 俊哉 シロイヌナズナにおけるHMG-CoAレダクターゼ遺伝子破壊の細胞増殖・分化に及ぼす影響 , 第25回日本分子生物学会年会 , 横浜 , 12月 (2002). 79. 宮沢 豊,加藤 尚志,村中 俊哉,浅見 忠男,吉田 茂男 タバコ培養細胞BY-2のアミロプラスト分化に対するLovastatinの影響 , 植物化学調節学会第37回大会 , 札幌 , 10月 (2002). 80. 永田 典子,関亦 克彦,村中 俊哉,浅見 忠男,吉田 茂男 暗所芽生えにおいて細胞分裂及び色素体分化を調節するブラシノステロイドとサイトカイニンの作用について , 植物化学調節学会第37回大会 , 札幌 , 10月 (2002). 81. 鈴木 優志,上出 由希子,永田 典子,關 光,吉田 茂男,村中 俊哉 HMG-CoA Reductaseの翻訳後修飾に関わるキナーゼ遺伝子の探索 , 植物化学調節学会第37回大会 , 札幌 , 10月 (2002). 82. 小原 淳子,中嶋 千晴,橋本 貴美子,池永 敏彦,吉田 茂男,村中 俊哉 ステロイドサポニン含有ナス科植物における配糖化酵素遺伝子の傷害及びホルモン応答性 , 植物化学調節学会第37回大会 , 札幌 , 10月 (2002). 83. 上出 由希子,鈴木 優志,永田 典子,佐藤 修正,加藤 友彦,田畑 哲之,吉田 茂男,村中 俊哉 酢酸メバロン酸経路の解析におけるHMG-CoAレダクターゼ遺伝子破壊株の有用性 , 植物化学調節学会第37回大会 , 札幌 , 10月 (2002). 84. 永田 典子,鈴木 優志,上出 由希子,吉田 茂男,村中 俊哉 酢酸メバロン酸経路と非酢酸メバロン酸経路間の物質のクロストークが植物の生長に及ぼす影響について , 植物化学調節学会第37回大会 , 札幌 , 10月 (2002). 85. 村中 俊哉,中嶋 千晴,小原 淳子,吉田 茂男,池永 敏彦,Putalun W . ,田中 宏幸,正山 征洋 抗ステロイドサポニンAculeatiside A抗体を用いたキンギンナスビSolanum aculeatissimum 形質転換毛状根のスクリーニングの可能性 , 日本生薬学会第49回年会 , 福岡 , 9月 (2002). 86. 永田 典子,鈴木 優志,吉田 茂男,村中 俊哉 Metabolic flow from mevalonate pathway to non-mavalonate pathway contributing to development of plastids , 日本植物学会第66回大会 , 京都 , 9月 (2002). 87. 村中 俊哉,中嶋 千晴,Putalun W . ,小原 淳子,吉田 茂男,池永 敏彦,田中 宏幸,正山 征洋 キンギンナスビSolanum aculeatissimum 形質転換毛状根の作出およびステロイドサポニンのイムノアッセイ系の開発 , 第20回日本植物細胞分子生物学会大会・シンポジウム , 奈良 , 7月 (2002). 88. 中嶋 千晴,關 光,吉田 茂男,丹羽 康夫,村中 俊哉 シロイヌナズナ形質転換毛状根の高効率誘導法の確立と利用 , 第20回日本植物細胞分子生物学会大会・シンポジウム , 奈良 , 7月 (2002). 89. 鈴木 優志,永田 典子,加藤 尚志,上出 由希子,吉田 茂男,村中 俊哉 HMG-CoA Reductase阻害剤を用いた細胞伸長メカニズムの解析 , 日本植物生理学会2002年度年会および第42回シンポジウム , 岡山 , 3月 (2002). 90. 宮沢 豊,鈴木 優志,加藤 尚志,村中 俊哉,吉田 茂男 タバコ培養細胞BY-2のアミロプラスト分化に対するメバロン酸合成阻害剤(lovastatin)の影響 , 日本植物生理学会2002年度年会および第42回シンポジウム , 岡山 , 3月 (2002). 91. 村中 俊哉 酢酸-メバロン酸経路の包括的な代謝制御 , 第30回大阪府立大学先端科学研究所生物資源開発センターセミナー , 大阪 , 3月 (2002). 招待講演 92. 加藤 尚志,橋本 貴美子,村中 俊哉,吉田 茂男 キャピラリー電気泳動‐四重極/飛行時間ハイブリッド型質量分析計による植物メタボローム解析システムの構築 , 第21回キャピラリー電気泳動シンポジウム , (日本分析化学会電気泳動分析研究懇談会), 神戸 , 12月 (2001). 93. 永田 典子,嶋田 幸久,村中 俊哉,浅見 忠男,吉田 茂男 暗所での光形態形成におけるブラシノステロイドとサイトカイニンの作用 , 植物化学調節学会第36回大会 , 富山 , 10月 (2001). 94. 鈴木 優志,永田 典子,上出 由希子,吉田 茂男,村中 俊哉 シロイヌナズナの生長に及ぼすHMG-CoAレダクターゼ阻害剤の影響 , 植物化学調節学会第36回大会 , 富山 , 10月 (2001). 95. 永田 典子,嶋田 幸久,村中 俊哉,浅見 忠男,吉田 茂男 色素体分化を調節するブラシノステロイドの作用について , 日本植物学会第65回大会 , 東京 , 9月 (2001). 以 上
https://w.atwiki.jp/mediasenterenglish/pages/16.html
Adoption of various media Although various media exist in a school library and it is mainly divided into three, a "pencil press", "audiovisual media", and "electronic media", the old school library has been managed mainly in case of a pencil press. However, it is also necessary for investigating hours of comprehensive learning etc. oneself and understanding to take in elements other than character media, such as audiovisual media and electronic media, in the education called for. Since it complains of audiovisual media and electronic media to vision or hearing, they can understand the contents for a short time. The contents which read a character over several times and can occasionally understand it at last may be able to understand by once. It is what is called "seeing is believing." In this media center, I am preparing three media abundantly so that a user may learn and it can use for amusement. Although there is the purpose, when there is no telling which media should be used, please speak to a nearby teacher-librarian. A teacher-librarian s role A teacher-librarian s work is mainly choosing media according to a student s needs, and teaching a student the method of use of media. Since judgment of information of corrigenda, choice, etc. are needed, a student enables it to use information by his judgment in the present information society by guiding the method of media use. In this center, at least one person always stations the teacher-librarian. Information gathering using media In the old school library, pencil presses, such as a newspaper currently kept in books or a library, were in the mainstream. When development and development of information machines and equipment in recent years produced various media, a school library will take in various media. However, in the conventional school library, the needs of the user who asks for collection of various information and dispatch cannot be met in the society computerized by the present altitude. On the present Internet, always new information is disseminated regardless of truth, and by a future information society, use of the Internet will become indispensable, when collecting information. In this media center, I have introduced the computer as a communication tool for performing collection of information, integration, and dispatch. The student can use a computer for favorite time fundamentally, and if there is a question, a teacher-librarian corresponds. This media center is aiming at a student s study and assistance of collection of information by introducing a computer. Moreover, since the power which makes judgment of the information which is needed in an information society of corrigenda, and choice is learned, a teacher-librarian teaches about the usage of media.