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| 1 | Sitagliptin add‐on to low dosage sulphonylureas: efficacy and safety of combination therapy on glycaemic control and insulin secretion capacity in type 2 diabetes显示文摘 | S‐I.Harashima M.Ogura D.Tanaka T.Fukushima Y.Wang T.Koizumi M.Aono Y.Murata M.Seike N.Inagaki | 2012 | International Journal of Clinical Practice2012，，5： | 1 |
| 2 | Sitagliptin add‐on to low dosage sulphonylureas: efficacy and safety of combination therapy on glycaemic control and insulin secretion capacity in type 2 diabetes显示文摘 | S‐I.Harashima M.Ogura D.Tanaka T.Fukushima Y.Wang T.Koizumi M.Aono Y.Murata M.Seike N.Inagaki | 2012 | International Journal of Clinical Practice2012，，5： | 1 |
| 3 | Discrimination and ejection of eggs and nestlings by the fan-tailed gerygone from New Caledonia显示文摘Nestling rejection is a rare type of host defense against brood parasitism compared with egg rejection.Theoretically,host defenses at both egg and nestling stages could be based on similar underlying discrimination mechanisms but,due to the rarity of nestling rejector hosts,few studies have actually tested this hypothesis.We investigated egg and nestling discrimination by the fan-tailed gerygone Gerygone flavolateralis,a host that seemingly accepts nonmimetic eggs of its parasite,the shining bronze-cuckoo Chalcites lucidus,but ejects mimetic parasite nestlings.We introduced artificial eggs or nestlings and foreign gerygone nestlings in gerygone nests and compared begging calls of parasite and host nestlings.We found that the gerygone ejected artificial eggs only if their size was smaller than the parasite or host eggs.Ejection of artificial nestlings did not depend on whether their color matched that of the brood.The frequency of ejection increased during the course of the breeding season mirroring the increase in ejection frequency of parasite nestlings by the host.Cross-fostered gerygone nestlings were frequently ejected when lacking natal down and when introduced in the nest before hatching of the foster brood,but only occasionally when they did not match the color of the foster brood.Begging calls differed significantly between parasite and host nestlings throughout the nestling period.Our results suggest that the fan-tailed gerygone accepts eggs within the size range of gerygone and cuckoo eggs and that nestling discrimination is based on auditory and visual cues other than skin color.This highlights the importance of using a combined approach to study discrimination mechanisms of hosts. | Alfredo ATTISANO Nozomu J.SATO Keita D.TANAKA Yuji OKAHISA Keisuke UEDA Roman GULA Jörn THEUERKAUF | 2021 | Current Zoology2021，67，6： | 0 |
| 4 | Erratum to:Discrimination and ejection of eggs and nestlings by the fan-tailed gerygone from New Caledonia显示文摘When the pdf version of this paper first published,there were a number of errors in the reference list:accented letters were displaying incorrectly,leading to errors in author names throughout the list.This has now been corrected online. | Alfredo ATTISANO Nozomu J.SATO Keita D.TANAKA Yuji OKAHISA Keisuke UEDA Roman GULA Jörn THEUERKAUF | 2021 | Current Zoology2021，67，6： | 0 |
| 5 | Multibeam laser-plasma interaction at the Gekko XII laser facility in conditions relevant for direct-drive inertial confinement fusion显示文摘Laser–plasma interaction and hot electrons have been characterized in detail in laser irradiation conditions relevant for direct-drive inertial confinement fusion.The experiment was carried out at the Gekko XII laser facility in multibeam planar target geometry at an intensity of approximately 3×10^(15)W/cm^(2).Experimental data suggest that high-energy electrons,with temperatures of 20–50 keV and conversion efficiencies ofη<1%,were mainly produced by the damping of electron plasma waves driven by two-plasmon decay(TPD).Stimulated Raman scattering(SRS)is observed in a near-threshold growth regime,producing a reflectivity of approximately 0.01%,and is well described by an analytical model accounting for the convective growth in independent speckles.The experiment reveals that both TPD and SRS are collectively driven by multiple beams,resulting in a more vigorous growth than that driven by single-beam laser intensity. | G.Cristoforetti P.Koester S.Atzeni D.Batani S.Fujioka Y.Hironaka S.Hüller T.Idesaka K.Katagiri K.Kawasaki R.Kodama D.Mancelli Ph.Nicolai N.Ozaki A.Schiavi K.Shigemori R.Takizawa T.Tamagawa D.Tanaka A.Tentori Y.Umeda A.Yogo L.A.Gizzi | 2023 | High Power Laser Science and Engineering2023，11，2： | 0 |
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