Application:
So how do these scientists take huge amounts of data and transform them into conceptual models that can be explored and understood? They do it through the use of 3D stereo visualization, which allow them to view complex, multidimensional data sets. By seeing images in a realistic 3D environment, scientists may visualize problems and analyse information more quickly and effectively.
People do their best work when they collaborate. There is no better way for teams of technical and creative professionals to engage in interactive, real-time engineering and design reviews, data analysis, critical training, presentations or control operations. In a virtual world you can explore, understand, and communicate your results in ways not possible in the physical world.
Value creation in life sciences
Equipped with a Cyviz display, people can visualize the complex, multidimensional nature of drug and protein interaction - in almost any size visualization room. Research scientist can collaborate on molecular analysis during the design process. Chemists, biologist, and other professionals can all work together and really see the data and make crucial decisions on the drug being developed.
By using a large screen, stereoscopic images can be presented, discussed and evaluated by anyone in the room. When critical decisions are to be made, viewing complex data in true 3D stereo is an invaluable asset.
The stereoscopic 3D approach helps you arrive at better decisions in less time, providing cost savings while enhancing productivity. You'll gain insight and reach your goals with greater speed, efficiency, and flexibility than ever before. Visualization technology is driving scientific advancement, innovation and discovery with high potential for reduced time to market.
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Case example:
A large North Eastern US pharmaceutical company had a problem when it came to collaborating on drug discovery and design. They had used 3D stereo for years on each of their high end UNIX workstations. However, the pharmaceutical research had been getting increasingly complex. They were being flooded with data on infections and immunologic disease, neurological disease, metabolic disease, urological disease and cancer. What were the best drug treatments, what were medical professionals worldwide going to proscribe? How were they going to see this 3D data together, and collaborate?
Solution:
The solution came by way of the Cyviz Viz3D 3D stereo visualization display. The scientists were provided with a capacity for seeing the data, the complex, multidimensional nature of drug and protein interaction, in their conference room, together and simultaneously. This was deemed crucial to achieve fast and accurate research, and the development to treatments for diseases. By seeing this data in a 3D environment, they were empowered with tools to visualize the problems, analyse data more quickly, and decide on what course of action to pursue.
Outcome:
The display gave them the ability to work as a group to collaborate, and decide which compounds where to be pursued in the drug development process. Scientists were able to truly see the complexity of this data, together, at one time in the comfort of their own conference room. By wearing light, easy to use plastic 3D glasses, and by using 3D stereo visualization from Cyviz, the company could make the decisions necessary, and move forward with their important drug discovery and research.
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