Поддержка русского языка. Application Cardio-Spirograph withbuilt-in mobile device accelerometer detects vibrations of thehuman body, due to the work of the heart and respiration. Analyzesintervals of heart rate, respiratory phases and allows you todefine: - heart rate, - Interval RR. The application calculates thefollowing indicators of breathing: - respiratory rate, - deepbreathing, - regular breathing, - ratio phases of inhalation andexhalation - presence of respiratory pauses. Disclaimer. Theresults may be erroneous. The app uses an accelerometer sensor forheartbeat and breathing. The reliability of the results of thestudy depends on many factors: • the specifications of the phone(accelerometer sensitivity, CPU power), • the site of the sensor(the abdomen at the abdominal type of breathing, more common in menor chest thoracic type of breathing, often women). the thickness ofthe fat layer, the nature of breathing, etc. This App does Notreplace medical examination.

The application reads (scans) the selected area of the ECG andcalculates the basic parameters of the ECG: • HR; • wavesamplitudes P, Q, R, S, T; • intervals RR, PQ, QRS, QT, QTс; • theposition of the segment ST. The app draws the selected area of theECG. The parameters of the ECG, with deviations from the norm arehighlighted. Attention. The app reads ECG only on specially markedECG paper. The recording speed should be 25 mm/sec. Drawings of ECGleads must be horizontal and do not touch each other. The phonecamera must have autofocus. DISCLAIMER: The results may beerroneous. The app shows a new ECG optical recognition technology,bat does not replace medical analysis. The reliability of theresults of the study depends on many factors: light, ECG recordingquality, technical characteristics of the smartphone and etc.

The app is intended for students of higher medical schools, internsand other medical professionals. In the training and gamemultimedia form, the application simulates cardiac diseases andtheir virtual treatment. The application contributes to theproductivity of learning, finding the right solutions, criticalthinking in various clinical scenarios. The teaching and gamingmultimedia form simulated emergency cardiological conditions. Thisapplication uses sound files ECG images. Simulation of cardiacstates based on the mathematical calculation of hemodynamicparameters: blood pressure (BP), heart rate (HR), breathing rate(BR) and etc. Imitation of treatment based on the pharmacologicalproperties of medicines which affect the basic hemodynamicparameters. The author is grateful to all those who will beinterested and express wishes concerning the improvement of thisapplication.

Calculation of 10 year risk of Acute Cardiovascular Events.Modification of the Framingham Scale. To calculate the risk of ACEare used uncontrolled (unchanged) and controlled (variable) riskfactors. Uncontrolled factors: gender, family history of heartdisease, age. Controlled factors: smoking, blood pressure, bodyweight, total cholesterol and blood sugar. To increase lifeexpectancy, it is necessary to normalize or get rid of dangerousrisk factors and lead a healthy lifestyle.

В учебно-игровой мультимедийной форме имитируются экстренныекардиологические состояния и их виртуальное лечение. Компьютерноемоделирование кардиологических состояний основано на вычисленииосновных гемодинамических показателей, характерных дляопределенного заболевания: артериальное давление (АД), частотапульса (ЧСС) и дыхания (ЧД), минутный объём кровообращения (МОК),объём циркулирующей крови (ОЦК), общее периферическое сосудистоесопротивление (ОПСС), легочно-сосудистое сопротивление (ЛСС),давление заклинивания легочных капилляров (ДЗЛК), центральноевенозное давление (ЦВД), ряда эхо-кардиографических показателей –размер левого предсердия (ЛП), конечно-диастолический объём (КДО),толщина межжелудочковой перегородки (МЖП), давление в легочнойартерии (ЛА ср), фракция выброса (ФВ). Для расчета изменяемых приразных заболеваниях показателей гемодинамики применены известныематематические формулы (законы) гемодинамики. Имитация леченияоснована на фармакологических свойствах медикаментов, влияющих наосновные гемодинамические показатели. Протоколы лечения основаны нарекомендациях Европейского общества кардиологов. Автор будетпризнателен всем, кто заинтересуется и выскажет пожелания посовершенствованию данного приложения.

The application reads (scans) selected sections 1 or 3 leads ofECG,calculates wave amplitudes and intervals, and makes ECGanalysis. Afull analysis is carried out for 12 leads in any orderor 3 leadsimmediately. To reduce the time and simplify the studyof ECGanalysis may be performed on a smaller number of leads.DISCLAIMER:The results may be erroneous. The app shows a new ECGopticalrecognition technology, bat does not replace medicalanalysis. Thereliability of the results of the study depends onmany factors:light, ECG recording quality, technicalcharacteristics of thesmartphone and etc. Attention. • Theapplication reads the ECGrecorded at a speed of 25 mm / sec. •Drawings of leads should behorizontal and not touching each other.• The phone's camera musthave autofocus. Verify that theapplication works on the free app"ECG Reader free".

Специалисты выделяют 10 примеров наиболее распространенныхДТП.Знание представленных в приложении опасных дорожныхситуацийпозволит избежать дорожные неприятности. Поддержка русскогоианглийского языков.

The app is intended for students of higher medical schools, internsand other medical professionals. In the training and gamemultimedia form, the application simulates cardiac diseases andtheir virtual treatment. The application contributes to theproductivity of learning, finding the right solutions, criticalthinking in various clinical scenarios. The teaching and gamingmultimedia form simulated emergency cardiological conditions. Thisapplication uses sound files ECG images. Simulation of cardiacstates based on the mathematical calculation of hemodynamicparameters: blood pressure (BP), heart rate (HR), breathing rate(BR) and etc. Imitation of treatment based on the pharmacologicalproperties of medicines which affect the basic hemodynamicparameters. The author is grateful to all those who will beinterested and express wishes concerning the improvement of thisapplication.