Stereo Binocular Microscope

All about Stereo Binocular Microscope
Stereo Binocular Microscope Resources

Home > Stereo Binocular Microscope > Energy Biosciences Institue named 'Deal of Distinction' by tech-transfer group

Energy Biosciences Institue named 'Deal of Distinction' by tech-transfer group



(University of Illinois at Urbana-Champaign) The landmark $500 million biofuels research partnership that created the Energy Biosciences Institute has been named a "Deal of Distinction" by the Licensing Executives Society, an organization of US and Canadian technology transfer professionals.


Click Here to read the entire article...



Other Articles:


• Studies on Fillet Composition of Fresh Water Farmed Labeo rohita in Relation to Body Size, Collected from Government Fish Seed Hatchery Mian Channu Pakistan
The present study was carried out to investigate the fillet composition of fresh water farmed Labeo rohita in relation to body size. For this purpose forty-five specimens ranged in total length from 15.6 to 31.5 cm and in weight from 36.82 to 350.17 g were collected from Government Fish Seed Hatchery Mian Channu during November 2001. After the removal of head, scales, fins and viscera, the remaining trunk (processing yield) was cut into fore, mid and hind fillets. Each fillet was dried and powdered for the analysis of dry mass, water mass, ash content, organic content (all on percentage basis). There was a good correlation between water content (%) and other constituents (% ash, % organic mass) of the processing yield. Body mass and total length significantly affect the processing yield and nutrient constituents. Equations were developed to describe the relationships between body constituents and body mass and length. ANOVA was applied to assess the difference among the body composition parameters. Significant differences were found in these fillets, which indicates the quantitative and qualitative nature of fillets for nutritive purposes.
Click Here to read the entire article...
• The velocity of the arterial pulse wave: a viscous-fluid shock wave in an elastic tube
Background: The arterial pulse is a viscous-fluid shock wave that is initiated by blood ejected from the heart. This wave travels away from the heart at a speed termed the pulse wave velocity (PWV). The PWV increases during the course of a number of diseases, and this increase is often attributed to arterial stiffness. As the pulse wave approaches a point in an artery, the pressure rises as does the pressure gradient. This pressure gradient increases the rate of blood flow ahead of the wave. The rate of blood flow ahead of the wave decreases with distance because the pressure gradient also decreases with distance ahead of the wave. Consequently, the amount of blood per unit length in a segment of an artery increases ahead of the wave, and this increase stretches the wall of the artery. As a result, the tension in the wall increases, and this results in an increase in the pressure of blood in the artery. Methods: An expression for the PWV is derived from an equation describing the flow-pressure coupling (FPC) for a pulse wave in an incompressible, viscous fluid in an elastic tube. The initial increase in force of the fluid in the tube is described by an increasing exponential function of time. The relationship between force gradient and fluid flow is approximated by an expression known to hold for a rigid tube. Results: For large arteries, the PWV derived by this method agrees with the Korteweg-Moens equation for the PWV in a non-viscous fluid. For small arteries, the PWV is approximately proportional to the Korteweg-Moens velocity divided by the radius of the artery. The PWV in small arteries is also predicted to increase when the specific rate of increase in pressure as a function of time decreases. This rate decreases with increasing myocardial ischemia, suggesting an explanation for the observation that an increase in the PWV is a predictor of future myocardial infarction. The derivation of the equation for the PWV that has been used for more than fifty years is analyzed and shown to yield predictions that do not appear to be correct. Conclusion: Contrary to the theory used for more than fifty years to predict the PWV, it speeds up as arteries become smaller and smaller. Furthermore, an increase in the PWV in some cases may be due to decreasing force of myocardial contraction rather than arterial stiffness.
Click Here to read the entire article...
• RFT group: Quality Engineer
Quality Engineer, RFT group, Dublin, Ireland. Posted on 25 July 2007.
Click Here to read the entire article...
• [BOOK REVIEWS] Radiology Business Practice: How to Succeed
Click Here to read the entire article...
• filmart.com - Filmart - cameras, digital cameras, disposable wedding cameras, camera accessories, camera 35mm film, batteries, memory devices, binoculars, slr cameras, MINOLTA, OLYMPUS, FUJI, CANON, SONY, NIKON, KODAK, SAMSUNG, CANNON, VIVITAR digital cameras
16, 32, 35, 64, 128, cannon, canon, compact flash cards, floppy adapters, fuji, kodak, memory sticks, minolta, nikon, olympus, readers, samsung, smart media cards, sony, smartmedia memory cards, vivitar digital cameras, batteries, binoculars, black and white photography, buy a camera, buying digital camera, camera accessories, camera bags, camera equipment, camera film, camera lens, camera sales, cameras, cases, chemistry, color film, digital camera sales, digital cameras, disposable wedding cameras, filters, memory devices, paper, photo equipment sales, photo how, photographic equipment, photographic film, photography how, polaroid, single lens reflex, slr cameras, smartmedia, to
Click Here to read the entire article...
• Digital Stereoscopic Microscope
Microscopes are equipment or instruments that are being used to view objects or specimens under study at a closer range, which technically can or cannot be seen through the naked ...
Click Here to read the entire article...
EurekAlert! - Policy and Ethics
By editor@weddingssitereviews.com - Copyright 2008 by the American Association for the Advancement of Science - version: v1.5 build A