Conclusion A reduction of the GCC thickness was observed after vitrectomy with ILM peeling for idiopathic MH. Eye (2012) 26, 1173-1180; doi: 10.1038/eye.2012.170; published online 17 August 2012″
“This paper contains descriptions of thirteen new Australian Copanlisib species of Scapheremaeus Berlese, 1910, belonging to the species groups Carinatus from New South Wales and Victoria (S. alisonae sp. nov., S. allmani sp. nov., S. nivalis sp. nov., S. tuberculosus sp. nov. and S. zephyrus sp. nov.), Patella from Western Australia and Tasmania

(S. baylyi sp. nov. and S. tegulatus sp. nov.), Petrosus from New South Wales, Tasmania, Victoria and Western Australia (S. bulbosensillatus sp. nov., S. euthemellus sp. nov., S. minjambuta sp. nov., S. notoverrucatus sp. nov. and S. truncatus sp. nov.) and Emarginatus from Queensland (S. walteri sp. nov.), Only members of the predominantly Neotropical and Australasian Carinatus species-group have been described from Australia hitherto, and Australian species constitute a third of this group. The Patella species-group is mostly Afrotropical (four spp.), with one Palaearctic and three Australasian species, including the two new species described herein. The Petrosus species-group, previously known from three Palaearctic, two Oriental and one Neotropical species, is now dominated by five new Australian species described herein. The PARP phosphorylation Emarginatus species-group contains one species each from Australia, New Zealand,

Java and Cuba. A key to Australian species is provided. The genus Scapheremaeus contains some 112 species, and can be considered hyperdiverse by oribatid standards. Morphological traits are considered that may relate to the ecological diversification and adaptive radiation of Scapheremaeus, particularly those related to species living on

leaves and stems within rainforest canopies.”
“In this investigation, 25 adult New Zealand White rabbits randomly selected from both MK-1775 chemical structure sexes and studied. Coloured latex injection and corrosion cast methods were applied on the materials. This study was carried out to disclose the distribution of the cardiac veins of the New Zealand White rabbits. The veins that drain the heart were found to be the great cardiac vein, the middle cardiac vein, the right cardiac veins and the smallest cardiac veins. The great cardiac vein originated from the ventral aspect of the left cranial vena cava. The middle cardiac vein and the right circumflex vein had a common trunk (32% of cases) and opened into the left cranial vena cava. The right (small) cardiac veins emptied into the right atrium and left cranial vena cava in 4% and 96% of the cases, respectively. The septal veins were primarily responsible for the drainage of the interventricular septum. Also, a strong anastomosis was observed between the middle cardiac vein and the left marginal vein.”
“Accumulating evidences indicate that some diseases are triggered by abnormalities of the gut microbiota.