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| The "NANO-BIOTECHNOLOGY"
Multimedia Encyclopedic Courses |
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Exploring Nano-Biotechnology, 4th volume of the Nanopolis™ encyclopedic series, reveals the influence of nanotechnology on:
- clinical diagnosis and treatment,
- analysis of biologically relevant processes at single molecule level,
- the development of biosensors.
A special section dedicated to the research field of nanofluidics is also included.
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Fluorescence Resonance Energy Transfer from
"Methods for single molecule or intracellular analysis"
(view
sample) |
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Nanotechnology for Drug Solubilization from
"Nanotechnology in clinical diagnosis"
(view
sample) |
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Positron Emission Tomography from
"Nanotechnology in clinical diagnosis"
(view
sample) |
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| Participate to the Project |
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The Nanopolis editorial tool makes possible the creation, follow up, validation and publication of multimedia animations in the nano-bio-technology field. The scientific community is warmly invited to contact the Nanopolis team in order to get further information about our interactive process of publication. More
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- 128 MB RAM memory available required
(256 MB RAM recommended)
- CD-ROM drive
- available USB port
- PC with Pentium processor 500 MHz or higher
- Microsoft Windows XP, 2000, NT or Mac OS X 10.3.9
and higher
- Flash Player MX or later for PC, 8 or later for Macintosh;
- SVGA graphics adapter; Quicktime V 4.1.2 or later
- CD-ROM format: Mac/PC (ISO 9660-Joliet) hybrid.
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| Reviewers' Impressions |
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“I think now it [the subject Fluorescence Resonance Energy Transfer] is very nice, including the animation for OS-FIA.” |
| Prof. Hiroshi Ueda Department of Chemistry and Biotechnology
School of Engineering, University of Tokyo, Japan |
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“I must say that the webpage [the subject Fluorescence Correlation Spectroscopy] is looking great and especially the animations are nice to understand pronciples and concepts.” |
| Dr. Mark Hink Systemic Cell Biology, Max Planck Institute for Molecular Physiology
Dortmund, Germany |
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| “This [the subject Nanotechnology Enabled Vaccines] is looking really good. What really made the chapter stronger was including the cationic microparticles as well as the nanorods.” |
| Dr. Aliasger Salem Division of Pharmaceutics, Chemical Engineering and Biomedical
Engineering, College of Pharmacy and Engineering, University of Iowa, USA |
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