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- Assessment of symptoms that may be related to Rhythm Disturbances of the Heart in patients from pediatric to adult age. Patients with palpitations. - Assessment of risk in Patients With or Without Symptoms of Arrhythmia. Patients with symptomatic or asymptomatic idiopathic hypertrophic cardiomyopathy and postmyocardial infarction patient with left ventricular dysfunction using arrhythmia e.g .: ventricular ectopy, as method of risk assessment. - Assessment of Efficacy of Antiarrhythmic Therapy. Patients with baseline high frequency, reproducible, sustained, symptomatic premature ventricular complexes supraventricular arrhythmia or ventricular tachycardia. - Assessment of Pacemaker Function. Evaluation of patients with paroxysmal symptoms, detection of myopotential inhibition, detection of pacemaker mediated tachycardia, evaluation of antitachycardia pacing device function, evaluation of rate-responsive physiological pacing function. - Detection of Myocardial Ischemia. Paticnts with chest pain suggestive of Prinzmetal's angina.

The Holter 2000-Software is a device that when installed onto a user's Hardware platform, will convert their system into a Holter scanner analyzes recorded cardiac ECG and creates reports from the recorded data. The patient's ECG is pre-recorded onto one of several data storage mediums, which is fed into user's Holter system whereby the Holter 2000 software analyzes the ECG and provides reports on a variety of cardiac data. The cardiac data that is analyzed is individual ECG waveforms and patterns of consecutive waveforms. Cardiac data provided by Zymed's Holter 2000-Software is used by trained medical personnel to diagnosis patients with various cardiac rhythm patterns. The Zymed software system presents the user with a number of clinical tools such as ECG report generation. The system also provides tools to review a patient's cardiac performance. Features such as individual ECG printouts, multi-channel automatic ST analysis, multi-channel morphology analysis and Custom Reports further enhance the system's qualities as a valuable and practical clinical tool. The system has the options available: Full Arrhythmia analysis to include multi-channel automatic ST Analysis 12 lead ECGD Data Acquisition on 2 or 3 Channels Digital Input

- Assessment of symptoms that may be related to Rhythm Disturbances of the Heart in patients from pediatric to adult age. Patients with palpitations. - Assessment of risk in Patients With or Without Symptoms of Arrhythmia. Patients with symptomatic or asymptomatic idiopathic hypertrophic cardiomyopathy and postmyocardial infarction patient with left ventricular dysfunction using arrhythmia e.g.: ventricular ectopy, as method of risk assessment. - Assessment of Efficacy of Antiarrhythmic Therapy. Patients with baseline high frequency, reproducible, sustained, symptomatic premature ventricular complexes supraventricular arrhythmia or ventricular tachycardia. - Assessment of Pacemaker Function. Evaluation of patients with paroxysmal symptoms, detection of myopotential inhibition, detection of pacemaker mediated tachycardia, evaluation of antitachycardia pacing device function, evaluation of rate-responsive physiological pacing function. - Detection of Myocardial Ischemia. Patients with chest pain suggestive of Prinzmetal's angina.

The Holter 2000 is a device that analyzes recorded cardiac ECG and creates reports from the recorded data. The ECG is pre-recorded onto one of several data storage mediums, which is fed into the Holter 2000. The Holter 2000 software analyzes the ECG and provides reports on a variety of cardiac data. The cardiac data that is analyzed is individual ECG waveforms and patterns of consecutive waveforms. Cardiac data provided by Holter 2000 is used by trained medical personnel to diagnosis patients with various cardiac rhythm patterns. The Zymed system presents the user with a number of clinical tools such as ECG report generation. The system also provides tools to review a patient's cardiac performance. Features such as individual ECG printouts, multi-channel automatic ST analysis, multi-channel morphology analysis and Custom Reports further enhance the system's qualities as a valuable and practical clinical tool. The system has the options available: Full Arrhythmia analysis to include multi-channel automatic ST Analysis 12 lead ECGD Data Acquisition on 2 or 3 Channels Choice of Cassette Tape or Digital Input Laser Printer

- Assessment of symptoms that may be related to rhythm disturbances of the heart: Patients with . palpitations; The evaluation of arrhythmia's in patients from pediatric to adult age. - Assessment of risk in patients with or without symptoms of arrhythmia. - Assessment of efficacy of Antiarrhythmic therapy. . - . Assessment of Pacemaker Function. - Assessment of real time ST segment analysis . - . Assessment of symptomatic or asymptomatic patients, to evaluate for, ischemic heart disease and arrhythmia analysis during exercise testing. - Assessment is for single-hospital environment. - Assessment of EASI derived 12-lead ST measurements is recommended for patients that meet the . following parameters. - 1. Ages: 33 to 82 years - 2. Heights: 147 to 185 cm (58 to 73 in) - 3. Weights: 53 to 118 kg (117 to 2611b) - 4. Height to Weight Ratios: 1.41 to 2.99 cm/kg (0.25 to 0.54 in/b.)

A Zymed Telemetry monitoring system consists of a series of interface devices to include ECG transmitters, a central Telemetry monitoring computerized unit with a strip chart recorder, Easi 5 (12 lead derived), and laser printer. The Zymed central monitor supports up to eight patients for real time cardiac monitoring. The system displays each patient's ECG continuously on the screen while performing real time ECG waveform analysis for all eight patients. This analysis permits immediate detection and classification of abnormal beats, cardiac rhythm disturbances and variations. Each ECG transmitter's frequency can be programmed to operate at any frequency within the entire VHF band. For US domestic sites, the transmitters will comply with FCC band allocations (174-216 Mbz). In addition to ECG data, the transmitters also detect and transmit cardiac pacemaker information. Other information including transmitter status and individual lead impedance is also transmitted to the Zymed system for overall system safety and efficacy. The Zymed system presents the user with a number of clinical tools such as visual and audible alarms and derived 12 lead display for the diagnosis of patients with various heart conditions. The system also provides tools to review a patient's cardiac performance. On-line review mechanisms as well as detailed analysis screens have been designed into the system to facilitate and to enhance the patient's diagnosis and treatment. Features such as individual ECG printouts, multi-channel automatic ST analysis, trend data analysis, and Full Disclosure data further enhance the system's qualities as a valuable and practical clinical tool. The system has the following options available: Choice of 4, 6, or 8 bed central monitor Full disclosure screen and printout (full resolution programmable from 0 to 168 hours) Choice of 6 lead sets, based on transmitter capability Full arrhythmia analysis to include multi-channel automatic ST Analysis 12 lead ECGD Laser Printer, print server options Strip Chart Networking

The Model 2010 Plus was designed for the busy Holter environment that places a premium on throughput analysis. This powerful computer provides the "muscle" to analyze even the most difficult recordings quickly and accurately. Three channels of recorded patient ECG are utilized by the sophisticated arrhythmia analysis program to detect abnormalities. The system provides a number of clinical tools such as individual ECG printouts. trend data analysis, HRV time domain, and full disclosure to enable the clinician to review a patients cardiac performance. The 2010-Plus gives the flexibility to process Holter recordings prospectively or retrospectively. Prospective interaction lets the technician supervise the analysis by viewing the ECG chronologically and fine-tuning the arrhythmia processor on-line for error-free results. Superimposition, paging, or a combination of both techniques can be used for prospective scanning. Or, the system can automatically analyze the data in approximately 12 minutes. Once the preliminary analysis is complete, the technician can use powerful retrospective tools to validate and edit the report.

A Zymed Holter Scanner system consists of a series of interface devices to include a central monitoring computerized unit, a high Resolution Super VGA raster graphics display monitor, a minimum 500 megabites hard disk drive for two 36-hour digital tape readings, Intel Pentium System Board CPU, 8 megabites of RAM, built in math co-processor, cassette tape drive, mouse and keyboard , 3.5 " floppy disk drive, and a laser printer. Over 1000 final reports can be stored on line, the operating system is DOS compatible, and Holter reports can be transmitted via facsimile systems. The analysis software package includes standard, pediatric, and AFib to name a few, and the user can program individual custom styles. Other programmable software features include ECG display; scanning speed up to 240 X real time; scanning styles to include retrospective, prospective, superimposition, and paging; auto stops; highlighting; noise algorithm; color schemes, and report formats. The system 3-channel QRS detection/arrhythmia analysis, 3-channel ST segment analysis, full provides disclosure, automatic 2 of 3 channel morphology analysis, customized report software, HRV-Time Domain, and Pacemaker evaluation display.