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Electronic Stethoscope.
1. Storage and sharing of recorded auscultation facilitate consultation and teaching
Up to 600 10-second recordings can be stored for making records as well as sharing. (DS3011A Premium)
Up to 160 10-second recordings can be stored for making records as well as sharing. (DS101)
All recordings can be transmitted to personal device via Bluetooth for reviewing. What’s more, connecting to a speaker to share the auscultation immediately, facilitate and accurate the consultation and teaching of auscultation.
Establish a history record of the patient's pathological sound, the doctor can do a complete medical record check and tracking.
2. 28 decibel of auscultation amplification facilitates the recognition of subtle heart sounds
Physicians can listen to every subtle sound and can also connect an external speaker for teaching and sharing.
Physicians do not have to worry about hearing impairment affecting the auscultation.
3. Sound filtering and frequency selection highlighting the pathological sound
Use frequency separation technology to separate heart sound and lung sound, reduce environmental noise and accurately perform various organ sounds.
The bell mode (B mode) is suitable for auscultating heart sounds (20-200 Hz).
The diaphragm mode (D mode) is suitable for auscultating breathing sounds (100-500 Hz).
Light-Sensing Biomarker Analyzer: A Solution for Therapeutic Drug Monitoring
In response to the needs of clinical medicine and detection, development for timely diagnosis and rapid screening has become a must-win battle in the area of biomedicine, and the Light-Sensing Biomarker Analyzer (Model No. INB D-200) developed by Instant NanoBiosensors which adopts the world’s first Fiber Optic Particle Plasmon Resonance (FOPPR) technology can shorten the time consumed in detecting biomarker, such as TNF-α、PCT、cTnI, at the laboratory from three hours and above typically to just several minutes, thus can complete on-site detection to assist the medical personnel in speeding up their diagnosis and make timely medical decisions to avoid missing out on the best timing for treating the patients and damage and waste of medical resources. In the future, prognostic tracing for the patients can be done more effectively through such portable device while transmitting data simultaneously to the back-end diagnosis cloud platform, therefore may realize the vision of “immediate care” to assist the patients in receiving further diagnosis and achieving the goal of self-health management.