HAIRGANIC Pro Hair Max

  • Length: 4:51
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  • Author: hairganic

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www.hairganic.com - HAIRGANIC Pro Hair Max is a cosmetic preparation that fills and thickens the hair within 30 seconds. HAIRGANIC Pro Hair Max contains microscopic fibers of keratin (the material that the hair is composed of). These fibers are electrically charged and when they are spread over hair loss areas they become naturally integrated with the existing hair on the head and create a full rich appearance in seconds. The spray provides a soft look with ultimate holding power. It can be used and brushed out when it dries. HAIRGANIC Pro Hair Max provides optimal results along with a 5.5 ph balance. Now, in order to get rid of all the thinning areas on your head you only need a few shakes and a squirt of the Hold Fiber Spray (to complete the look & save the look that lasts).

DTI in Context: Illustrating Brain Fiber Tracts In Situ (3D)

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  • Author: tobiasisenberg

Tags: yt3d:enable=true  yt3d:aspect=16:9  yt3d:left=0_0_0.5_1  yt3d:right=0.5_0_1_1  illustrative visualization  non-photorealistic rendering  NPR  diffusion tensor imaging  pen-and-ink  brain fibers 

We present an interactive illustrative visualization method inspired by traditional pen-and-ink illustration styles. Specifically, we explore how to provide context around DTI fiber tracts in the form of surfaces of the brain, the skull, or other objects such as tumors. These contextual surfaces are derived from either segmentation data or generated using interactive iso-surface extraction and are rendered with a flexible, slice-based hatching technique, controlled with ambient occlusion. This technique allows us to produce a consistent and frame-coherent appearance with precise control over the lines. In addition, we provide context through cutting planes onto which we render gray matter with stippling. Together, our methods not only facilitate the interactive exploration and illustration of brain fibers within their anatomical context but also allow us to produce high-quality images for print reproduction. We provide evidence for the success of our approach with an informal evaluation with domain experts. For more information see www.cs.rug.nl

Spin-Glass Diffusion MRI Tractography #2

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  • Author: Filus06

Tags: diffusion  MRI  tractography 

A fan-like structure reconstructed using our spin-glass inspired tractography algorithm. All fibers are converging towards the center, creating a highly complex crossing region.

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