Provides tools for medical professionals to follow The S.T.A.B.L.E. guidelines. It includes calculators for corrected gestational age, temperature conversion, and umbilical artery and venous measurements.
Educational tool for plastic surgery reconstruction.
The app presents common skin defect reconstruction techniques used in plastic surgery. It uses still diagrams, 3D animations, and text to explain surgical procedures for medical students and surgeons.
Record video footage with high-resolution camera. Save and share clips for insurance or legal purposes. Access timestamps and location data. Set motion detection and impact alerts. Export files to cloud storage or email.
Review histological micrographs to test knowledge and identify structures. Access high-quality images from the University of Michigan Virtual Slide collection. Use 27 sets covering over 550 pages of tissues, organs, and organ systems.
Remote control Hasselblad cameras to adjust settings like aperture, shutter speed, and exposure. Browse and rate images. Connect via software or WiFi-enabled H5D, H6D, and X1D cameras. Supports X1D II and newer models with 2.
Share patient photos and videos securely for telemedicine consultations. Collaborate on care episodes and track progress over time. Request specific media from patients at home or in-office. Create time-lapse records of patient conditions.
Record video of teaching practice for reflection and feedback. Upload videos to a cloud platform for collaborative analysis. Share recordings with coaches or peers for discussion and planning.
The app connects to Teladoc Health Patient Access Devices on the Teladoc Health cloud-based network. It allows medical professionals to interact with patients and staff using 4G cellular or WiFi Internet connections.
Create and organize notes on a 3D model. Share notes with patients and colleagues. Collaborate on case studies and generate statistics for reports. Track surgical procedures and radiology findings.
Learn heart sounds and cardiac auscultation with high-fidelity recordings from real patients. Identify valve lesions and replacements. Practice differentiating murmurs and pathologies. Track progress with quizzes and assessments.