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Abstract

This work implements Caspar-Klug Theory to generate high-quality, vectorized capsid cartoons in the browser and is the first online tool that provides comprehensive style customization, geometry, and SVG export of icosahedra and nets with different lattice structures.

Run

screenshot.png

build

npm run clean && \
npm run minify && \
npm run update && \
npm run zip && \
npm run tar

Paper

Poster

Demoscene

Citation

  • Please comment on or cite the preprint at bioRxiv, which is Chapter 2 of the dissertation.
  • This work previously went by the name "capsid.js" and is now "democapsid".

Cited by

  • Hamann, M. V.; Beschorner, N.; Vu, X.-K.; Hauber, I.; Lange, U. C.; Traenkle, B.; Kaiser, P. D.; Foth, D.; Schneider, C.; Büning, H.; Rothbauer, U.; Hauber, J. Improved Targeting of Human CD4+ T Cells by Nanobody-Modified AAV2 Gene Therapy Vectors. PLOS ONE 2021, 16 (12), e0261269. https://doi.org/10.1371/journal.pone.0261269.

References

License