43,546 research outputs found
The new wall map of Southeast Asia [cartographic material] /
No full textMap of Southeast Asia showing national boundaries, national capital cities, cities, ports, railways, highways, highways under construction, sea lines, rivers and lakes.; Also available in an electronic version via the internet at: http://nla.gov.au/nla.map-brsc20. 880-03 Ancilliary map: Dong nan Ya Zhou wei zhi, hai shen ji zui xin hang kong jiao tong tu. Scale 1:6,000,000.880-02 Dong nan Ya xin gua t
HAI-2 species in Caco-2 human enterocytes.
No full textCaco-2 human enterocytes were incubated in PBS as a non-activation control (lanes 1) or a phosphate buffer pH 6.0 for 20 min to induce matriptase zymogen activation (lanes 2). Matriptase species were subsequently immunodepleted from the lysates that had been prepared from Caco-2 cells in which matriptase zymogen activation was induced (lanes 3). The three Caco-2 lysates were then analyzed by immunoblot for HAI-2 species with significant N-glycan branching using HAI-2 mAb DC16 (HAI-2 DC16), HAI-2 species without N-glycan branching using HAI-2 mAb XY9 (HAI-2 XY9), and matriptase species using matriptase mAb M24 (Total MTP). Small quantities of mouse IgG shed from the beads used for immunodepletion can be seen as a band of approximately 150-kDa (lanes 3 in each panel) is indicated by an arrow. The HAI-2 species in Caco-2 cells have been observed in at least 10 independent experiments. The induction of matriptase zymogen activation in Caco-2 cells and the immunodepletion of matriptase species has been carried out at least 3 times. Representative data are shown.</p
Zhongguo yan hai jiang yu li shi tu lu
No full textTable of contents for "Zhongguo yan hai jiang yu li shi tu lu
Androlaelaps euryplatamus Yang & Li 1992
No full text32. Androlaelaps euryplatamus Yang & Li, 1992 Host/Habitat. Decaying litter. Distribution. Jiexiu: Mianshan (Bai & Ma 2013).Published as part of Ma, Min, Li, Sheng-Cai & Fan, Qing-Hai, 2015, Mites and ticks (Acari) in Shanxi Province, China: an annotated checklist, pp. 1-39 in Zootaxa 4006 (1) on page 9, DOI: 10.11646/zootaxa.4006.1.1, http://zenodo.org/record/28926
Spectrometric study of condensed phase species of thorium and palladium-based modifiers in a complex matrix for electrothermal atomic absorption spectrometry
No full textThe chemical and morphological transformations of condensed phase species of a thorium-based modifier were studied over the temperature range 200–2500 °C, without and with the presence of aluminium and silicon as matrix components, and in some instances, arsenic as an analyte element. A similar study was also conducted with palladium as the modifier, for comparison. Results were derived using scanning electron microscopy (SEM), energy dispersive (ED) X-ray spectrometry, Raman microanalysis and attenuated total reflectance (ATR) Fourier transform-infrared (FT-IR) spectrometry. Comparable results were found using pyrolytic and non-pyrolytic graphite platforms, with processes occurring at slightly higher temperatures on the pyrolytic graphite platform. With thorium as the modifier, metal oxides were the predominant species on the platform surface at relatively low temperatures (<1500 °C), whereas metal phases became prevalent at high temperatures, when thorium and aluminium tended to behave independently from one other. Some spatial variations in the composition of the salt residues on different regions of the platform were observed (from the region closest to the slot in the tube, to the region furthest from the slot). Nonetheless, thorium metal remained on the graphite platform to higher temperatures than did aluminium metal. In the presence of arsenic, the existence of mixtures of thorium and arsenic oxides, just before the appearance temperature of gas phase arsenic atoms, was confirmed by SEM studies, ED X-ray spectra and Raman microanalysis. This suggests that any modifying effect of thorium on arsenic occurs while the modifier is in the oxide phase rather than in the metal phase. The presence of silicon added as silica, did not influence significantly the thermochemical behaviour of mixtures of thorium and aluminium. However, coexistence of silicon and arsenic oxides at the appearance temperature of the atomic absorption signal of arsenic was obtained, confirming that silicon can act as an internal modifier for arsenic. In the presence of palladium, aluminium exhibited greater interaction with the modifier; consequently, aluminium metal was retained on the platform surface to higher temperatures than thorium, which could explain how interference effects of aluminium on e.g. arsenic are avoided or reduced. Similarly, there was evidence for interaction of palladium and arsenic in the reduced state. However, when aluminium and silicon were present, the transformation of the palladium oxide to the metallic state was affected, which could diminish the modifying benefits of palladium for arsenic in the presence of aluminium
New map of Hong Kong [cartographic material] /
No full textMap of Hong Kong showing the built-up area from Kennedy Town in the west to Lyemun Pass in the east, in colour on recto. Paths and lanes are shown as well as streets. Verso includes 3 locality maps and street indexes in Chinese and English for the Hong Kong map.; Published Sept. 1957.; Also available in an electronic version via the internet at: http://nla.gov.au/nla.map-brsc24. 880-03 Insets on recto: Kennedy Town -- Peak district -- Tai Hang -- Happy Valley. On verso: Kowloon Peninsula. Scale [ca. 1:70,000] Map of Hong Kong : guide to toursts [i.e. tourists] -- Map of Hong Kong : Kowloon & New Territories.880-02 Xianggang Shi qu quan t
Wan li hai fang tu shuo /
No full textPictorial map.Shows defense installations of the Grand Canal and the Chinese coast line from Hainan Island to Liaodong Peninsula.Originally drawn during Ming Jiaqing period between1524 and 1526. The map was a copy drawn in 1725.Relief shown pictorially.Pen-and-ink and watercolor.Cover title.Oriented with north to the left.Includes text.Wan li hai fang tu -- Jiao lai he bian yi tu shuo hui ji.Gift; Arthur William Hummel; 1930, no. 7
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