Access real patient heart and lung sounds for auscultation training. Include learning modules and testing features. Enable educators to assess student recognition of benign and pathological sounds.
by CSD Labs GmbH★ 3.04 ratingsMedicalFreeData updated 2026-09-14
Access real patient heart and lung sounds for auscultation practice. Listen to and compare heart and lung sounds. Complete modules with quizzes and feedback. Track progress and review explanations for each sound.
Learn cardiac anatomy and auscultation techniques through interactive lessons. Practice identifying heart sounds and murmurs with phonocardiograms. Study ECGs and arrhythmias with detailed explanations. Track progress with quizzes and feedback.
Learn to identify with a library of recorded and annotated , including crackles, wheezes, and rhonchi. Take quizzes to test recognition skills and view progress analytics to track improvement over time.
Listen to realistic and measure beats per minute. Identify different with interactive quizzes. Use a virtual stethoscope to practice auscultation. Track blood pressure and compare for educational purposes.
The app provides learning tools for auscultation, including heart, lung, and bowel sounds. It features detailed medical descriptions, interactive auscultation points, and a visual sound spectrum.
Monitor heart and lung sounds during exams. Flag murmurs, AFib, tachycardia, and bradycardia. Record and playback sounds. Annotate and save audio and ECG data. Build patient profiles for tracking. Connect to Bluetooth-enabled stethoscopes.
Capture chest sounds for cardiac assessment. Analyze heart rhythms and structural issues. Provide immediate results for clinical use. Share findings with healthcare providers. Supports in-clinic, hospital, remote, and population screening.
Record and playback heart and bodily sounds using the device's microphone. Visualize sounds in real-time with time and frequency domain displays. Share recorded waveforms with others.
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.