How to Use: TM-2441 | Ambulatory Blood Pressure Monitor from A&D скачать в хорошем качестве

How to Use: TM-2441 | Ambulatory Blood Pressure Monitor from A&D

TM-2441 | Ambulatory Blood Pressure Monitor from A&D http://www.aandd.jp/products/medical/... The all-in-one TM-2441 is here at last. This new device is equipped with a self-blood pressure measurement mode, a multisensor and a special algorithm to detect irregular heart rhythms. The TM-2441 can perform 5 types of self-blood pressure measurement in addition to ABPM measurement. ■ Self-blood pressure measurement overview OBP: Office Blood Pressure enables simple one-time measurement and display of results on the large LCD. AOBP: Automated Office Blood Pressure can eliminate the effect of white coat hypertension during　Office BP measurement.1 You can set the rest time, number of measurements and interval time. HBP: Home Blood Pressure mode allows the monitor to be used for BP measurement at home in addition to ambulatory BP monitoring. ASBP: Automated Self Blood Pressure uses an alarm to inform you when to begin blood pressure measurement at home. ANBP: Automated Night Blood Pressure mode enables measurement of the blood pressure a set number of times at night. The compact, portable TM-2441 is also excellent for spot measurement in wards. The multisensor allows temperature, pressure and activity to be measured simultaneously with ABPM measurement. This data is useful for analyzing the influence of the external environment on BP variability. IHB mode records detection of irregular heartbeats.2 Effectiveness has demonstrated by verification of AF screening for arrhythmia.3 The software that comes with the TM-2441 can analyze waveforms produced during measurement and easily determine blood pressure values. ▶ LED and OLED displays OLED display: This display indicates ABPM behavior during use. You can confirm the ABPM measurement value and mode as well as the state of the battery, Bluetooth and memory. LED display: This large display shows data from measurements in self-measurement mode. You can easily check the time until the next ABPM measurement in addition to values in self-measurement mode. There are also icons for battery level, Bluetooth status, IHB detection, clock, mode and memory status. ▶ Multisensor data analysis with new software (TM2441-16) The newly designed software can analyze environmental data collected by the multisensor in addition to ABPM measurement data. Temperature, pressure and activity can be graphed alongside blood pressure. ▶ Recording and displaying waveform data The TM2441 series records blood pressure as an oscillometric waveform. With our new analysis software you can check the waveform record for each measurement. Quickly determine the accuracy of measured values. ▶ IHB (Irregular Heartbeat) Irregular heart rhythms can be detected from noise or arrhythmia in the pulse interval during oscillometric measurement. When pulse fluctuations deviate from the average rate IHB is detected. Our IHB algorithm has been validated as effective for detecting atrial fibrillation.3 *The IHB detection function uses an algorithm for detecting pulse fluctuations. The I.H.B mark may display due to body movement not caused by arrhythmia. Features of the TM-2441 24 hour ambulatory blood pressure monitoring Self measurement OBP: Office Blood Pressure AOBP: Automated Office Blood Pressure HBPM: Home Blood Pressure ANBP: Automated Night Blood Pressure ASBP: Automated Self Blood Pressure Easy to use mode slide switch Lightweight and compact Oscillometric measuring method Automatically adjustment of proper cuff pressure, deflation speed and end of measurement New pulse correction algorithm for faster measurement & noise rejection Automatic or manual measurement Battery Power (2 alkaline or Ni-MH “AA”) Configurable measurement intervals to adapt to a patient's specific requirements Output to data to analysis software (included with device) USB & BLE Connectivity 4 *1. Hypertension CANADA *2. Kazuomi Kario et al., Development of a New ICT-Based Multisensor Blood Pressure Monitoring System for Use in Hemodynamic Biomarker-Initiated Anticipation Medicine for Cardiovascular Disease: The National IMPACT Program Project. Send to Prog Cardiovasc Dis. 2017 Nov - Dec;60(3):435-449. *3. Tomoyuki Kabutoya et al., Diagnostic accuracy of a new algorithm to detect atrial fibrillation in a home blood pressure monitor. J Clin Hypertens (Greenwich). 2017 Nov;19(11):1143-1147. *4. SDK available for system integration A&D Company, Limited http://www.aandd.jp/