The vast amount of heterogeneous data generated in various fields of neurosciences such as neuropsychopharmacology can hardly be classified using traditional databases. We present here the concept of a virtual archive, spatially referenced over a simplified 3D brain map and accessible over the Internet. A simple prototype (available at http://aquatics.crs4.it/neuropsydat3d) has been realized using current Web-based virtual reality standards and technologies. It illustrates how primary literature or summary information can easily be retrieved through hyperlinks mapped onto a 3D schema while navigating through neuroanatomy. Furthermore, 3D navigation and visualization techniques are used to enhance the representation of brain's neurotransmitters, pathways and the involvement of specific brain areas in any particular physiological or behavioral functions. The system proposed shows how the use of a schematic spatial organization of data, widely exploited in other fields (e.g. Geographical Information Systems) can be extremely useful to develop efficient tools for research and teaching in neurosciences. © 2007 Elsevier Ireland Ltd. All rights reserved.

Building a virtual archive using brain architecture and Web 3D to deliver neuropsychopharmacology content over the Internet / Mongeau, R.; Casu, M. A.; Pani, L.; Pillolla, G.; Lianas, L.; Giachetti, A.. - In: COMPUTER METHODS AND PROGRAMS IN BIOMEDICINE. - ISSN 0169-2607. - 90:2(2008), pp. 124-136. [10.1016/j.cmpb.2007.12.007]

Building a virtual archive using brain architecture and Web 3D to deliver neuropsychopharmacology content over the Internet

Pani L.;
2008

Abstract

The vast amount of heterogeneous data generated in various fields of neurosciences such as neuropsychopharmacology can hardly be classified using traditional databases. We present here the concept of a virtual archive, spatially referenced over a simplified 3D brain map and accessible over the Internet. A simple prototype (available at http://aquatics.crs4.it/neuropsydat3d) has been realized using current Web-based virtual reality standards and technologies. It illustrates how primary literature or summary information can easily be retrieved through hyperlinks mapped onto a 3D schema while navigating through neuroanatomy. Furthermore, 3D navigation and visualization techniques are used to enhance the representation of brain's neurotransmitters, pathways and the involvement of specific brain areas in any particular physiological or behavioral functions. The system proposed shows how the use of a schematic spatial organization of data, widely exploited in other fields (e.g. Geographical Information Systems) can be extremely useful to develop efficient tools for research and teaching in neurosciences. © 2007 Elsevier Ireland Ltd. All rights reserved.
90
2
124
136
Building a virtual archive using brain architecture and Web 3D to deliver neuropsychopharmacology content over the Internet / Mongeau, R.; Casu, M. A.; Pani, L.; Pillolla, G.; Lianas, L.; Giachetti, A.. - In: COMPUTER METHODS AND PROGRAMS IN BIOMEDICINE. - ISSN 0169-2607. - 90:2(2008), pp. 124-136. [10.1016/j.cmpb.2007.12.007]
Mongeau, R.; Casu, M. A.; Pani, L.; Pillolla, G.; Lianas, L.; Giachetti, A.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11380/1212081
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