Tunnels and voids in molecules via voronoi diagrams and beta-complexes

  • Kim, Deok-Soo
  • Cho, Youngsong
  • Kim, Jae-Kwan
  • Sugihara, Kokichi
Citations

SCOPUS

12

초록

Molecular external structure is important in understanding molecular interaction with its solvent environment and is useful in developing drugs. Important examples of external structures are tunnels, pockets, caves, clefts, voids, etc. This paper presents algorithms to extract tunnels and voids from molecular structures. The algorithms are based on the the Voronoi diagram of atoms in molecules and their time complexity are both O(m) time in the worst case, where m represents the number of entities in the Voronoi diagram. The algorithms are mathematically correct, computationally efficient, numerically robust, and easy to implement.

키워드

beta-complexbeta-shapebounding stateexternal structuremolecular structurequasi-triangulationsimplexessimplicial complexunion of disksunion of spheresvan der Waals regionVoronoi diagram of spheresComputational geometryMolecular structureMoleculesVan der Waals forcesBeta complexesBeta shapesBounding stateQuasi triangulationssimplexesSimplicial complexUnion of disksUnion of spheresVan der Waals regionsVoronoi diagram of spheresGraphic methods
제목
Tunnels and voids in molecules via voronoi diagrams and beta-complexes
저자
Kim, Deok-SooCho, YoungsongKim, Jae-KwanSugihara, Kokichi
DOI
10.1007/978-3-642-41905-8_7
발행일
2013-08
유형
Conference Paper
저널명
Lecture Notes in Computer Science
8110
페이지
92 ~ 111