Evaluate and manage incidental findings using step-by-step guidance based on ACR recommendations. Access clinical decision-support content for radiology, primary care, and other specialties.
Explore 3D models of the skeletal system and other anatomical structures. Rotate, zoom, and view detailed textures up to 4K resolution. Access free content with in- purchases unlocking additional materials.
View 3D rotational models of human . Watch muscle action movies. Access 1247 Gray's images. Highlight muscles with a tool. Display Latin names and full descriptions. Available in English, French, Spanish, and German.
Manage pet health by requesting appointments, prescription refills, or post-appointment follow-ups. Access and share vaccine records with service providers. Chat with the clinic for health inquiries.
View 3D models, explore physiological systems, and examine medical conditions and treatments. Store up to 5 models in a personal library. Access additional models and features with a paid upgrade.
The app provides 3D visualization of volumetric data through volume rendering on an iOS device. Volume rendering enables interactive exploration of 3D voxel data by adjusting transparency and color.
Browse recipes categorized by ingredients like pork, beef, and seafood. Filter meals based on dietary restrictions such as gluten-free and . Save and share favorite recipes. Track nutritional information and ingredients.
Browse vegetarian recipes categorized into vegan, gluten-free, raw, salads, snacks, side dishes, and meals. View food images, follow step-by-step instructions, and prepare dishes for breakfast, lunch, dinner, or dessert.
Access medical information on diseases, tests, and treatments. Store and review personal and family medical histories. Evaluate health data and consult interactive medical content.
Explore human with 3D models of muscles, bones, blood vessels, nerves, and organs. Rotate, zoom, and dissect layers to view internal structures. Access detailed explanations and MRI-based data for each system.
Learn anatomy through x-ray, CT, MRI, and ultrasound images. Identify normal structures and common pathologies. Practice clinical reasoning and test imaging test selection. Track progress with structured curriculum based on training.