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[Anatomy and Pathology] Ex Vivo Model of Cerebrospinal Fluid Outflow across Human Arachnoid Granulations




This work confirms the validity of the authors’ ex vivo human model of cerebrospinal fluid (CSF) outflow, which is consistent with prior data for their in vitro model and in vivo CSF outflow. It now offers a platform for further investigation of CSF homeostatic regulation of pressure and metabolites through the arachnoid membrane, and of their roles in diseases of dysregulation which include PTC and Alzheimer’s Disease.




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Olympus Industrial
Olympus - Your Vision, Our Future Olympus - Your Vision, Our Future NDT Gateway Search Company About Us Research and Development Manufacture Group Companies News News Trade Shows Products Introduction Videoscopes Fiberscopes Borescopes Light Sources CCTV and Image Recording Accessories Specialist
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Electrical Spin Injection, Accumulation, and Detection in Ferromagnet-Semiconductor Heterostructures
Paul Crowell (Minnesota)
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Halas wins high-profile national security award
(Rice University) Rice University nanophotonics pioneer Naomi Halas has been named a National Security Science and Engineering Faculty Fellow by the Department of Defense. Halas is one of just six fellows chosen from more than 650 nominees this year for the prestigious program. The NSSEFF program provides grants of approximately US$3 million in direct costs over five years for long-term, unclassified basic research.
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Disposable Medical Gloves Market to Exceed 32 Billion by 2012 According to New Report by Global Industry Analysts Inc
(Surgery News and Information) Far from being just a rubber based hand protective solution medical gloves have evolved from a simple clinical accessory in early 18th century to present day technology ingrained hitech gloves designed to safeguard users against biological warfare and bacterial contamination Over the past few years gloves market witnessed a rapid expansion the reason being an increase in awareness of gloves as a protective......
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Effect of Enhanced UV-B Radiation on Reniform Nematode(Rotylenchus reniformis Linford and Oliveira) Populations in Cotton (Gossypium hirsutum L.)
To understand the effects of increased UV-B radiation on reniform nematode (Rotylenchus reniformis Linford and Oliveira) populations, cotton (Gossypium hirsutum L.) plants were exposed to three levels of UV-B radiation [0 (control), 6 and 12 kJ m-2 day-1] in a glasshouse from emergence to early square stage. At each UV-B treatment, four populations [0 (N0), 2500 (N2500), 5000 (N5000) and 7500 (N7500)] of reniform nematodes were incorporated into the sterilized rooting medium. Plant growth, development, photosynthetic parameters, pigments, phenolics and the number of eggs and nematode numbers in the rooting medium were recorded at the end of the experiment, 40 DAS. Even though, UV-B radiation did not significantly affect plant growth and development, it did significantly increase leaf and root phenolic concentrations. UV-B treatments significantly decreased both the egg and nematode numbers in all the nematode population treatments. Significant negative correlation was found between cotton leaf phenolic concentration and egg (slope = -69.4; R2 = 0.72) and nematode (slope = 103; R2 = 0.53) numbers. Similarly, root phenolics also showed negative correlation with egg (slope = -3184; R2 = 0.26) and nematode numbers (slope = -5857; R2 = 0.30). Therefore, current and projected UV-B radiation levels may have an important regulatory influence on nematode populations.
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Investigative Ophthalmology & Visual Science
By doug@kitp.ucsb.edu - Copyright (c) 2007 Reed Business Information. All rights reserved. - version: v1.5 build A