View TEE recordings for 20 diagnostic and corresponding 3D heart models. See TEE probe position and ultrasound plane alignment. Assess cardiac function through interactive visualizations.
by University Health Network★ 3.88 ratingsMedical$4.99Data updated 2026-09-08
Learn to identify peripheral anatomy structures like nerves, tendons, and bones using interactive ultrasound imaging. Access AI-powered training modules to practice image interpretation.
The app presents a 3D model of horse anatomy, including muscles, bones, and organs. It features detailed models of the hoof, head, and pelvis, with labeled structures and audio pronunciations.
View 3D models of the , including benign tumors, cancer, lymph node metastasis, and tracheal invasion. Explore relationships between the and surrounding structures like the trachea, nerves, and blood vessels.
Access ultrasound education materials, including imaging protocols and reference guides. View peer-reviewed courses. Download content for offline use. Learn and teach ultrasonography with case-based lessons.
View real-time cellular images for diagnostic purposes. Adjust image settings and refine pattern recognition through video tutorials. Compare cases with sample videos across various medical conditions.
Explore 3D anatomical models with interactive layers and systems. View structures by body parts or organs. Access over 6,000 labeled anatomical objects. Study for exams and tests. Navigate through realistic human body visualization.
View fetal 3D models and ultrasound videos in VR mode. Link with ALUVUU for custom 3D model playback. Edit and store baby videos. Access intuitive interface for navigation and playback.
Search medical terms with English-Chinese translations. Access two dictionaries: medical and common. Translate text and images. Read and annotate English references. Browse medical terminology definitions.
Play interactive songs for language learning and entertainment. Choose from alphabet, numbers, colors, and holiday themes. Features include music playback, selection, and educational content to support early learning and engagement.
Create and customize hyperbolic patterns using Poincare Disk geometry. Adjust motifs to repeat infinitely within the circular space. Explore non-Euclidean designs with scalable, recursive visuals. Export patterns in various image formats.