bsHIS is the first issued in the world in medical history, non invasive - surface – real time - beat by beat, it is a continuous scanning and record cardiac self conduction system. The microelectricity that detects each heartbeat passes through each target tissue and is recorded. It is a continuous electrogram of each anatomical target tissue (SNÞAtrialÞAVNÞHisÞBBÞPurkinje’s) through which natural electrical conduction passes, which can present a "dynamic visualization" image of each heartbeat.
Clinical:
bsHIS can examine the heart tissues that cause atrial diseases, including the atrial diseases complicated by ventricular diseases, and even determine the primary and secondary lesions. Almost all atrial diseases in clinical practice involve the bundle of His. The location of the bundle of His is more important than the degree and diagnosis of the disease, which is determined by its anatomical characteristics. Not only is it critical for conduction block, but it is also critical for determining non-onset atrial disease, and it is also relevant for ventricular disease. His super-bundle block, His sub-bundle block, His intra-bundle block, His-Purkinje’s system, etc., all are very important, so check disease of the location is more important than the diagnosis of the disease. The noninvasive surface detection tech of the His electrogram has long been considered a dream.
Application:
bsHIS is the first time in the history of human medicine to use non-invasive body surface scanning to record the His Bundle Electrogram. Throughout the history, the invasive EP was born in the 1970s, half a century apart from the birth of bsHIS, which is a natural bioelectrical signal marker in the human heart. If EKG can be scanned and recorded, bsHIS can be scanned and recorded. The detection rate was 99%, the sensitivity was 100%, the correlation was 98%, and the specificity was 98%. Compared with invasive EP, the data difference was less than 5 millisecond.
Technology:
bsHIS serialization technologies invented a brand new signal processing technology patent, through the X-Y-Z axis tracking mode, electromagnetic and impedance, frequency and time, multi-frequency and multi-threshold and other combinations to achieve cardiac dynamics: the bundle of His can be visual scanning recording electrograph.
Accuracy and measurement:
image recognition, data mapping, reading, analysis,identification, judgment, calibration are automatically completed by artificial intelligence module. Finally, form a graphical automatic navigation and digital table. The image had three invasive data visualized, PA interval, AH interval and HV interval, and the bundle of His. The accuracy of bsHIS is comparable to that of invasive electrophysiology. It completely includes: qualitative diagnostics, quantitative diagnostics, location diagnostics.
bsHIS is the first issued in the world in medical history, non invasive - surface – real time - beat by beat, it is a continuous scanning and record cardiac self conduction system. The microelectricity that detects each heartbeat passes through each target tissue and is recorded. It is a continuous electrogram of each anatomical target tissue (SNÞAtrialÞAVNÞHisÞBBÞPurkinje’s) through which natural electrical conduction passes, which can present a "dynamic visualization" image of each heartbeat.
Clinical:
bsHIS can examine the heart tissues that cause atrial diseases, including the atrial diseases complicated by ventricular diseases, and even determine the primary and secondary lesions. Almost all atrial diseases in clinical practice involve the bundle of His. The location of the bundle of His is more important than the degree and diagnosis of the disease, which is determined by its anatomical characteristics. Not only is it critical for conduction block, but it is also critical for determining non-onset atrial disease, and it is also relevant for ventricular disease. His super-bundle block, His sub-bundle block, His intra-bundle block, His-Purkinje’s system, etc., all are very important, so check disease of the location is more important than the diagnosis of the disease. The noninvasive surface detection tech of the His electrogram has long been considered a dream.
Application:
bsHIS is the first time in the history of human medicine to use non-invasive body surface scanning to record the His Bundle Electrogram. Throughout the history, the invasive EP was born in the 1970s, half a century apart from the birth of bsHIS, which is a natural bioelectrical signal marker in the human heart. If EKG can be scanned and recorded, bsHIS can be scanned and recorded. The detection rate was 99%, the sensitivity was 100%, the correlation was 98%, and the specificity was 98%. Compared with invasive EP, the data difference was less than 5 millisecond.
Technology:
bsHIS serialization technologies invented a brand new signal processing technology patent, through the X-Y-Z axis tracking mode, electromagnetic and impedance, frequency and time, multi-frequency and multi-threshold and other combinations to achieve cardiac dynamics: the bundle of His can be visual scanning recording electrograph.
Accuracy and measurement:
image recognition, data mapping, reading, analysis,identification, judgment, calibration are automatically completed by artificial intelligence module. Finally, form a graphical automatic navigation and digital table. The image had three invasive data visualized, PA interval, AH interval and HV interval, and the bundle of His. The accuracy of bsHIS is comparable to that of invasive electrophysiology. It completely includes: qualitative diagnostics, quantitative diagnostics, location diagnostics.
