This document provides an overview of the software Biovis3D. It is designed to help researchers reconstruct 3D models from historical serial section images. Some key benefits include allowing users to build 3D models, show hidden structures by sectioning and transparency, measure segments, areas, angles and volumes, and export quantitative data. The document includes sections on introduction, screenshots, benefits, and references for the Biovis3D software.

1. Title of topic Biovis3D

2. Table of content
• Introducation
• Photos or screen shots of software Biovis3D
• Bentfits
• Conclusion
• References

3. Biovis3D
• Introducation
• It is designed for researchers to reconstruct 3d
models from historical series section.
• A new featuresis that single neurons can now
be modeled in a 3D enviorment along with their
inter connections.
• Taking measures and selection points of intrest
• Exchanging 3D modles and annotations
• generating movies of 3D modles

4. Introducation
• Saving high definition images and movies 3D
modles.
• Analyzing 3D modles genereted with Biovis
3d
• Adding amotations to sequencls element of
structures.
• Saving high defination images of slices and
3D modles.

5. Photos/ Screen shots

6. Benefits
• It helps to build 3D modles from digial images of serial sections.
• It show inner and hidden strucation by sectioning and surfaces
transpsrent.
• It helps to measurs regments areas , angles and volumes.
• it can export quqntitative information to process it in scientific or
spreadsheet software .
• It can enhance your paper and conference presentations
embedding images and videos generated from Biovis 3D.
• It add visibility to your research .
• Measur your discoveries.
• Title images next to each otherwith the mosic tool.
• slices allignment made aesy. Contours made easy.
• Simplify your model with punctual objects.
• Tree like structures madw easy.

7. References
• Tomography software – Noskewike- Andrew
noske website.
• Biovis3d.com
• Biovis3d.com-bgp-he-net