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Third Congress of the Asian-Pacific Organization for Cell Biology

作者： takashi osumi Atsushi Imamura Toshiro Tsukamoto Chiharu Fujiwara Noriyo Hashiguchi Nobuyuki Shimozawa Yasuyuki Suzuki Naomi Kondo Dept. Life Sci. Himeji Inst. Tech.KamigoriHyogo 678-1297Japan Dept. Life Sci. Himeji Inst. Tech.KamigoriHyogo 678-1297JapanDept. Pediatr.Gifu Univ. Sch. Med.Gifu 500-8076Japan

Peroxisome biogenesis disorders (PBDs) are genetically classified into at least 12 complementation groups (CGs). Each CG contains various clinical phenotypes, i.e. Zellweger syndrome (ZS), neonatal adrenoleukodystroph...

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Human PEX1 cloned by functional complementation on a CHO cell mutant is responsible for peroxisome-deficient Zellweger syndrome of complementation group Ⅰ

Human PEX1 cloned by functional complementation on a CHO cel...

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Third Congress of the Asian-Pacific Organization for Cell Biology

作者： Shigehiko Tamura Kanji Okumolo Ryusuke Toyama Nobuyuki Shimozawa Toshiro Tsukamoto Yasuyuki Suzuki takashi osumi Naomi Kondo Yukio Fujiki Dept. of Biol. Kyushu UniversityFukuoka Japan Dept. of Pediatrics Gifu University School of MedicineGifuJapan Dept. of Life Science Himeji Institute of TechnologyHyogoJapan CREST JST

The peroxisome biogenesis disorders, including Zellweger syndrome (ZS) and neonatal adrenoleukodystrophy (NALD), are autosomal recessive diseases caused by defects in peroxisome assembly, where at least ten complement...

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The Distribution of the Oceanic Sea Skaters, Halobatesinside and outside the Kuroshio

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Open Journal of Marine Science 2017年第3期7卷 433-444页

作者： Tetsuo Harada Yuki osumi Takero Sekimoto Koki Iyota takashi Shiraki Shiho Takenaka Hitomi Takeuchi Mitsuru Nakajo Toshiki Tamura Laboratory of Environmental Physiology Graduate School of Integrated Arts and Sciences of Human and Nature Kochi University Kochi Japan Laboratory of Science Education Graduate School of Integrated Arts and Sciences of Human and Nature Kochi University Kochi Japan

The purpose of this study was to clarify the distribution of oceanic Halobates in the area of the Kuroshio flowing near the southern shore in the direction of 100° - 120°, and also to compare the population density of Halobates between the area within or outside the area of the Kuroshio and also among seasons. This study was carried out during 8 cruises by R/V TANSEIMARU. The Kuroshio area south of the southern Japan coast (30°00'N - 35°00'N, 130°25'E - 141°04'E) was dominated by H. sericeus, and the averaged population-density of this species was significantly higher inside the Kuroshio than outside this current. On the Kuroshio, H. sericeus was dominant with the population density of 16,396.4 km-2 ± 66,138.4 [26] (Mean ± SD [n]), whereas the density of H. germanus was 8,581.9 km-2 ± 24,443.2 [26]. The two oceanic sea skaters, H. sericeusand H. germanus showed significant seasonal variation in the population density, with significantly higher density in October than other months, whereas there was no such significant October peak in the cosmopolitan oceanic sea skater, H. micans. The results of this study may suggest that H. sericeus could use the Kuroshio as a transportation tool to distribute a wide latitude area of from 10°N to 40°N in the western tropical, subtropical and temperate area in the Pacific Ocean.

关键词： Halobates Oceanic Sea Skaters Population Density Season The Kuroshio

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Comparative Study of Salinity Tolerance an Oceanic Sea Skater, Halobatesmicansand Its Closely Related Fresh Water Species, Metrocorishistrio

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Natural Science 2014年第14期6卷 1141-1148页

作者： Takero Sekimoto Yuki osumi takashi Shiraki Akane Kobayashi Kentaro Emi Mitsuru Nakajo Masatoshi Moku Vladimir Kostal Chihiro Katagiri Tetsuo Harada Laboratory of Environmental Physiology Graduate School of Integrated Arts and Sciences Kochi University Kochi Japan Atmosphere and Ocean Research Institute The University of Tokyo Tokyo Japan Institute of Entomology Biology Center of the Academy of Sciences CR Ceske Budejovice Czech Republic Division of Life Science and Engineering School of Science and Engineering Tokyo Denki University Hatoyama-cho Japan

This study aims, first, to examine the limit for tolerance to lower salinity by an oceanic sea skater, Halobates micans, and , second, to make it clear whether exclusively fresh water Halobatinae species, Metrocoris histrio has salinity tolerance. Adults of H. micans were collected using Neuston Net from the starboard side of R/V MIRAI on a fixed station at 8°S, 80°E, whereas those of M. histrio were collected from a small pond filled with a spring fresh water in Kochi (33°N, 133°E), Japan. Time in survival was measured in starved condition under several salinity conditions: 0‰, 2‰, 4‰, 6‰, 8‰, 9‰ and 10‰ for H. micans;0‰, 5‰, 10‰, 12.5‰, 15‰ for M. histrio. Half of adults were in coma due to lower salinity under 10‰ and time in survival was less than 10 hours under less than 4‰ for H. micans. Time in survival was half at 5‰ of 80 hours on average at 0‰ as a control and less than 10 hours at 10‰ or higher salinity for M. histrio. Relatively flexible osmo-regulation ability by H. micans would be related to wide variety of salinity condition of surface oceanic water, whereas very limited tolerance even to lower salinity of 5‰ may be permitted by the no chances to be exposed to brackish water in natural habitats of M. histrio. This study showed that salinity tolerance of Halobatinae species would reflect, directly, the salinity condition of their habitats.

关键词： Oceanic Sea Skaters Fresh Water Halobates mican sand Its Closely Related Fresh Water Species Metrocoris histrio

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