Measure cardiac function parameters as quickly and easily as measuring blood pressure with a cuff

> No puncture required, completely non-invasive, extremely simple to operate, and quickly provide cardiovascular parameters such as cardiac output, peripheral vascular resistance, and continuous blood pressure in 90 seconds.

Comprehensively reflects blood pressure and its changing factors

> Provides a "three-in-one" system of real-time continuous blood pressure, cardiac output and fluid management parameters in a non-invasive way.

> Sensitively and accurately reflects the patient's hemodynamic status.

> Guides treatment pathways: fluid management or drug therapy.

> Performs goal-directed (GDT) fluid management in high-risk surgeries.

> Facilitates low-cost hemodynamic optimization.

Authoritative certification

> Won the "Austrian National Highest Science Award".

> Won the US FDA certification, European CE certification, and China CFDA certification.

> NASA and China Space Center have formulated and used the product.

国内专家

[Expert introduction: Xiong Lizhe]President, professor, chief physician, doctoral supervisor of Xijing Hospital of the Fourth Military Medical University, distinguished professor of the "Changjiang Scholars Program" of the Ministry of Education, winner of the Outstanding Youth Fund, Chairman of the Asian and Australian Region of the World Federation of Anesthesiologists, and Chairman of the Anesthesiology Branch of the Chinese Medical Association. The disciplines he leads are the key medical disciplines of Shaanxi Province and the Anesthesia Technology Center of the whole army. The most authoritative non-governmental award in my country's medical and health field - Wu Jieping - winner of the Paul Janssen Medical and Pharmacy Award

Xiong Lizhe: "In view of the possible trauma and serious complications caused by invasive blood pressure monitoring, we need to transform to non-invasive blood pressure monitoring, so some researchers began to change their thinking: higher requirements for non-invasive blood pressure monitoring (continuous, real-time, accurate, and fast). Austrian Cnsystems has developed the CNAP Monitor 500 continuous non-invasive blood pressure monitoring system, which fills the gap between invasive and non-invasive blood pressure monitoring, makes up for the shortcomings of the above two methods, and has their advantages. At present, the monitoring system has won the Austrian National Highest Science Award, the US Food and Drug Administration, the EU CE and the China Food and Drug Administration certification, and is a designated product for use by NASA. It is widely used in medical and scientific research institutions around the world."

—— CNAP Beat/Instant/Continuous/Non-Invasive Blood Pressure Monitoring Technology Asia Training Center, Chinese Medical Association Anesthesiology Branch

[Expert introduction: Huo Yong] Professor, chief physician, doctoral supervisor at Peking University First Hospital, chairman of the Chinese Medical Association's Cardiology Branch, president of the Chinese Medical Association's Cardiology Branch, and leader of the expert working group on cardiovascular disease interventional diagnosis and treatment technology management at the Ministry of Health's Medical Administration Department. He is currently the director of the Department of Cardiology and Heart Center at Peking University First Hospital, editor-in-chief of the Chinese Journal of Interventional Cardiology, editor-in-chief of the Chinese Journal of Medical Frontiers (electronic version), and director of the Chinese Medical Association's Cardiovascular Interventional Treatment Training Center.

Huo Yong: "Our initial clinical experience with the CNAP Monitor 500 continuous non-invasive blood pressure monitoring system is: (1) The equipment is simple, non-invasive and convenient. (2) It can obtain multiple parameters and multiple trends. (3) It can store and export multiple data of each beat monitoring to meet certain scientific research needs. The clinical application of the CNAP Monitor 500 continuous non-invasive blood pressure monitoring system is mainly reported in foreign literature on surgical or obstetric and gynecological surgery under general anesthesia and intensive care unit (ICU) applications. It is particularly suitable for vital sign monitoring and transportation of various critically ill patients. In actual application, we found that this monitoring system is particularly suitable for the following applications in the cardiology department: treatment monitoring of patients with acute heart failure due to hypertensive emergencies, continuous monitoring of various critically ill patients during rescue, patients with mechanical ventilation under coma or sedation, and patients with sudden changes in blood pressure due to various reasons."

—— CNAP Beat/Instant/Continuous Non-Invasive Blood Pressure Monitoring Technology Training Center, Chinese Medical Association Cardiovascular Disease Branch

[Expert introduction: Huang Wenqi] Chief physician, professor, director of anesthesiology, doctoral supervisor, and master's student of the First Affiliated Hospital of Sun Yat-sen University. Medical expertise: clinical anesthesia, especially cardiovascular anesthesia, organ transplant anesthesia, and anesthesia for critically ill patients. He is one of the most outstanding anesthesiologists in Guangdong Province and South China. Main research: prevention and treatment of bacterial and viral translocation of the intestinal barrier during the anhepatic period of liver transplantation, protection of perioperative lung function in the elderly, and the impact of perioperative hypothermia on the body.

Huang Wenqi: "Pay attention to continuous blood pressure monitoring to maintain organ perfusion and blood pressure stability"; using the analogy of "don't wear high heels to the farm, don't wear slippers to the opera house", he suggested that clinicians choose non-invasive continuous blood pressure monitoring or invasive continuous blood pressure monitoring according to the actual situation of the patient.

—— January 4, 2014, the expanded meeting of the Anesthesiology Branch

【Expert introduction: Huang Zitong】Professor of Zhongshan Hospital, Sun Yat-sen University; currently serving as Vice Chairman of the Emergency Medicine Branch of the Chinese Medical Association, Chairman of the Guangdong Emergency Medicine Society, Executive Director of the Guangdong Medical Association, Standing Committee Member of the Provincial General Practitioners Association, Member and Secretary of the Resuscitation Professional Committee of the Emergency Medicine Society of the Chinese Medical Association, Director of the Guangdong Biomedical Engineering Society, and Editorial Board Member of Guangdong Medicine. 

Huang Zitong: "Obtaining the patient's blood pressure at each heartbeat has a very important guiding significance for clinical practice; CNAP uses non-invasive technology to obtain blood pressure data for each heartbeat, which is fast and accurate, and is very helpful for emergency doctors to quickly judge the condition and find abnormal blood pressure; the accurate blood pressure per heartbeat on the CNAP monitoring system, combined with the PPV (pulse pressure variation) parameter, provides a scientific basis for emergency doctors to implement fluid management."

—— Annual Meeting of the Emergency Physician Branch of the Guangdong Medical Association in 2014

Foreign experts

· "CNAP® pulse pressure variability monitoring should extend the positive outcomes of goal-directed fluid management beyond high-risk, arterial cannulation and Doppler ultrasound-monitored procedures. This makes fluid management a practical and routine clinical standard for the benefit of anesthetized patients."

·   Prof. Benoit Vallet, Chair of the Deparment of Anesthesiology and Intensive Care, University Hospital Lille, France

Accuracy

· "…in the operating room during vascular surgery, pulse pressure variations due to respiration measured noninvasively at the fingertips using the CNAP system correlated well with pulse pressure variations measured noninvasively using an intra-arterial catheter."

·   Biais, M.et al., The Ability of Pulse Pressure Variations Obtained with CNAP Device to Predict Fluid Responsiveness in the Operating Room. Anesthesia & Analgesia. Epub ahead of print (2011).

Clinical value

· "Pulse pressure variability monitoring provides physiological data through non-invasive measurement, and therefore shows great potential for optimizing hemodynamic parameters. Today, pulse pressure variability monitoring can help patients with fluid therapy and hemodynamic optimization when they are under general anesthesia and on a ventilator."

·   Cannesson, M. et al., Pulse presure variaton: Where are we today? Journal of Clinical Monitoring and Computing. Apr. 14. Epub ahead of print (2010).