Explore molecular structures in 3D with intuitive gestures and customizable visualizations.
The app allows users to view and manipulate 3D molecular structures. It supports multiple visualization modes and file sharing options for molecular data.
Visualize molecules and proteins using . Place 3D models in real-world environments without markers. Access structures from PubChem and Protein Data Bank. Draw chemical formulas and view them in AR.
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.
The app allows users to draw chemical structures and reactions. It calculates cheminformatics properties and supports file sharing via Dropbox and email.
Learn molecular biology through a game where players collect amino acids, ATP, and DNA sequences. Capture DNA to discover genes and synthesize proteins in a virtual lab. Combine proteins to build complex structures.
Track protocols with a customizable timer. Set and monitor intervals without login or data collection. No ads, no account required. Export logs and receive reminders.
Explore 3D models of atoms and molecules using augmented reality. Interact with different atomic orbitals, viewing their shapes and energy levels. Learn about molecular orbitals through the Hartree-Fock method.
Build and visualize molecules in 3D. Add oxygen, nitrogen, chlorine, carbon, hydrogen, double and triple bonds, branches, and rotation conformations. Edit structures with undo, redo, and delete functions. Export models for further use.
Allows users to save and access documents offline via a web . It includes a for organizing , a viewer for iOS-supported document types, a photo , and a PDF reader. can be saved from the web and managed with passcode protection.
Scan and convert them to PDF instantly. Save files and send via email. Capture business contracts, receipts, notes, and identification . Organize digital files efficiently.
The app allows users to explore biological macromolecules in 3D, including proteins, DNA, and drug molecules. Users can search databases, view molecular information, and customize visualizations with various representations and coloring schemes.