Build and view molecules in 3D. Visualize orbitals and symmetry elements. Look up chemical information and properties from external databases. Access computational chemistry programs. Perform molecular modeling and analysis.
Explore an interactive map of . View points of interest and amenities. Access digital tours for educational content. Support conservation efforts through in- donations. Learn about history and restoration projects.
Plan surgeries, calculate capacity, stage cancer, view
Capacity can be assessed using interactive tools. Cancer staging includes detailed descriptions and illustrations. 3D viewer allows hiding and showing structures. Tumors can be placed interactively in models. Anatomical illustrations are provided.
Through courses in Ethical Hacking, C, C++, Python, and Java. Access structured lessons and practice exercises. Track progress and receive feedback. Export snippets and share projects. Sync learning history across devices.
The app allows users to explore 3D structures of proteins, DNA, and drug molecules. Users can search databases like PDB and DrugBank, view associated information, and customize molecular representations.
Play as an eco-recycling operator using a vacuum to collect trash. Clean urban areas to earn funds for upgrades and new technologies. Manage resources to expand operations and improve efficiency. Complete missions to progress through the game.
The app presents a detailed three-dimensional model of a horse for exploration. Users can view and manipulate internal systems layer by layer or simultaneously, with options to highlight or remove structures for deeper viewing.
Learn through interactive quizzes and visual flashcards. Test knowledge with multiple-choice questions. Explore detailed 3D models of body systems. Study in offline mode with English and Czech language support. Track progress and review mistakes.
Access statutory texts of New laws offline. Search and navigate Correction, Procedure, Penal, and Vehicle and Traffic laws. Use interactive sentencing guide to explore sentencing guidelines.
Explore 3D molecular structures of proteins, RNA, and DNA with real scientific data. Rotate and zoom models to examine their detailed features. Learn about protein evolution and their specific shapes adapted for function.