Shows the different clinical uses of glass ionomer technologies: restoration of ...
1. Please don't mind my bad english in this tutorial... 2. This is the first par...
Complete video at: fora.tv Celebrated composer Philip Glass describes his approa...
in this short tutorial i will teach you how to model a glass in 3ds max and then...
Completed: 2006 Architect: Kazuyo Sejima Band: Tortoise Song: Glass Museum ... S...
You've used a shot glass before... But if you like wearing a bikini in the summe...
1. Please don't mind my bad English. 2. This is 3 part tutorial in which I'm goi...
"This design for a crystal tower was unprecedented in 1921. It was based on the ...
Video rendered with mental ray Scene by Jeff Patton
A segment from Steve Spangler's mid-90's television show, News For Kids. Steve t...
Axolotl - the Mexican wonder healerResearch Field: Developmental and Evolutionary Biology/GeneticsA ...
Around the world in eighty days - infections jet around the worldResearch Field: Immunobiology and I...
Music fosters language acquisitionResearch Field: Cognition ResearchIf you foster your childrenâ€...
Man and Ape: The small differenceResearch Field: Developmental and Evolutionary Biology/GeneticsOn t...
Unveiling Venus' secrets - Venus Express has reached Earth's sister planetResearch Field: Astronomy/...
The glass fish - Zebrafish research at the Max Planck Institute for Developmental BiologyResearch Fi...
Research Field: Immunobiology and Infection Biology/Medicine Stomach cancer is the second most type ...
Turning thought into action - Cognitive feats in everyday lifeResearch Field: Cognition ResearchWhat...
Have We Met Before? - A happy smile, a sad face: people have a multitude of expressions - and still ...
In the Looking Glass is a surreal television series, broadca...
Behind the Glass (Russian: За стеклом [Za steklom])...
SIA Glass is a company in Slöinge, Falkenberg Municipality,...
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Date: (03-12-08) Time: (00:07:05) |
Description: The glass fish - Zebrafish research at the Max Planck Institute for Developmental BiologyResearch Field: Developmental and Evolutionary Biology/GeneticsRecently, the zebrafish (lat. Danio rerio), originally native to India, has become one of the key model organisms in biomedical research. Equipped with modern analysis equipment, 7,000 aquariums and as many as 400,000 zebrafish, scientists in the team of Nobel Prize winner Dr. Nüsslein-Volhard at the Max Planck Institute for Developmental Biology in Tübingen are pursuing the question of how genes control an organism’s development.Zebrafish are easy to keep and they grow with amazing speed. Within twenty-four hours after fertilization of the egg cell, all of its organs are already formed; after only five days, a small fish emerges, able to search for its own food. The zebrafish is transparent in the initial stages of its development which offers an enormous advantage for the scientists: it allows them to study all processes directly on a living fish.Discoveries made using a zebrafish model can therefore be used to draw conclusions regarding human diseases. Accordingly, zebrafish research at the Max Planck Institute for Developmental Biology in Tübingen provides the foundation for developing new strategies to fight diseases, such as Parkinson’s or cancer.Copyright: © Max-Planck-GesellschaftPublished at ScienceStage.com in cooperation with the Max Planck Society.Involved Institutes: Max Planck Institute for Developmental Biology
Abstract: This paper investigates some of the factors concerned in the reactivity of aluminoborate polyalkenoate cements. Possible methods to control the reactivity of the glass powders are described.
Abstract: In this study, it was found that a Ca-P layer and a Si layer were formed on the interface of the mother glass of apatite-wollastonite containing glass-ceramics (designated AW) and bone tissue. The dissolution of Si, Ca, and P from glass (MgO-CaO-SiO2...
Abstract: OBJECTIVES: A high strength glass-ionomer (not resin-modified) cement was developed using short fibers of CaO--P(2)O(5)--SiO(2)--Al(2)O(3) (CPSA) glass. The purpose of this study was to clarify the effect of the CPSA short fibers contained in the fle...
Abstract: We have characterized glass-glass and glass-Si bonding processes for the fabrication of wide, shallow nanofluidic channels with depths down to the nanometer scale. Nanochannels on glass or Si substrate are formed by reactive ion etching or a wet etch...
Abstract: Glass is a desired material for many microfluidics applications. It is chemically resistant and has desirable characteristics for capillary electrophoresis. The process to make a glass chip, however, is lengthy and inconvenient, with the most difficu...
Abstract: Sandia National Laboratories designed the H1616 container for transport of Type B quantities of radioactive materials. During the most recent recertification cycle, questions were raised concerning the ability of drum type containers with locking rin...
Abstract: Recent mode coupling theory (MCT) calculations show that if a short-range attractive interaction is added to the pure hard sphere system, one may observe a new type of glass originating from the clustering effect (the attractive glass) as a result of...
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Using time-domain finite-difference beam propagation method we simulate pulse propagation in the microstructured fibers taking into account the effects of second and third order nonlinearities. We optimize the fibers configuration for effec...
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Preparation of low resistance indium tin oxide (ITO) films on large scale glass substrate has been studied for architectural applications. Coatings were carried out by a plasma enhanced deposition technique using sintered ITO pellets as the...
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Preparation of low resistance indium tin oxide (ITO) films on large scale glass substrate has been studied for architectural applications. Coatings were carried out by a plasma enhanced deposition technique using sintered ITO pellets as the...
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Preparation of low resistance indium tin oxide (ITO) films on large scale glass substrate has been studied for architectural applications. Coatings were carried out by a plasma enhanced deposition technique using sintered ITO pellets as the...
Abstract: Cements have recently been described, made from glass ionomer glass reacted with acetic and lactic acid instead of polymeric carboxylic acid. From their behaviour a theory relating to a possible secondary setting mechanism of glass ionomer has been a...
Abstract: This article describes the activity of an E-glass microfiber (104E) during chronic inhalation and intraperitoneal injection studies in rats. Results are compared with another microfiber of similar dissolution rate (k(dis)), code 100/475, and the more...
Abstract: A simple benchtop method of fabricating glass-sealed nanometer-sized Au and Pt disk electrodes, glass nanopore electrodes, and glass nanopore membranes is reported. The synthesis of all three structures is initiated by sealing the tips of electrochem...
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Abstract: We present the full phase diagram of the spherical 2 + p spin-glass model with p > or = 4. The main outcome is the presence of a phase with both properties of full replica symmetry breaking phases of discrete models, e.g., the Sherrington-Kirkpatrick...
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Abstract: An experimental program is described in which graphite fibers of Hercules HMS and HTS, Thornel 300, and Celanese DG-12 were used to reinforce, both uniaxially and biaxially, borosilicate pyrex glass. Composite flexural strength distribution, strength...