How Real-Time Heart Rate Tracking Helps After Surgery

The initial 48 hours after surgery, according to contemporary veterinary medicine, forms the primary period of time for recovery from surgery. The most frequent method for observing patient recovery between normal monitoring sessions (i.e., rounds) by medical practitioners is essentially an intermittent monitoring process that does not allow for development of acute physiological abnormalities during the initial postoperative period, especially during overnight hours or when staff is not present. The introduction of remote patient monitoring technology (i.e., A30 4g Smart Pet Collar) has established an enhanced standard for providing medical security in veterinary clinical practice.

With conventional B2B Veterinary service, clinics have two main issues in their workflow:

1. Monitoring Gaps: Clinics often use old technology (bulky machines attached by wires),making it impossible to monitor freely moving recovering animals; and
2. Data Latency: Clinics usually write down everything about the animal’s heartbeat and respiration manually. This delays immediate notification of sudden adverse events (cardiac arrhythmias).

Specially designed for medical as well as boarding applications, A30 gives healthcare a precise means of monitoring using a 4G LTE network.

The A30 comes loaded up with technology to ensure a stable connection and accurate data regardless of the situation.

The A30 features high quality; heart rate sensor is capable of collecting heart rate data continuously. With real-time connection to their App, veterinarians can observe the ever changing heart rates of several animals at once through a single dashboard without having to step foot into that cage! This noninvasive approach to monitoring allows for less stressed out patients while guaranteeing the integrity of the data.

The A30 uses four different types of positioning technology; i.e. GPS, assisted GPS (AGPS), Wi-Fi and location-based services (LBS) to accurately determine where a user or patient is located in relation to each other and the physical layout of the clinic/medical and/or healthcare facility and/or pharmacy.

Compensation Positioning (indoor): In the event GPS signal strength is weak (in indoor medical clinics), WI-FI compensation provides 3‑5 metre clinical site location accuracy.

Industrial Strength: The A30 device housing material is constructed using ABS (i.e. plastic) at IP67 water-resistant level. The ABS housing enables you to disinfect the hardware with spray disinfectants and/or wash and hose down daily and continue to operate the device safely at high levels of cleaning and disinfectant frequency used in the clinical environment.

A30 can be added to the SOPs of professional institutions in some ways:

1. Automated Anomaly Alerts — A system that will automatically notify medical personnel through a 4G network when any predefined heart rate limit is exceeded.
2. Activity Metric Analysis — The accelerometer(s) will measure how much walking or moving the patient has done in their rehabilitation after orthopedic or joint replacement surgery.

For distributors of veterinary medical equipment seeking to upgrade their clients' existing equipment, the purchase decision should be made based on underlying procedures rather than aesthetics. The 4G LTE technology in the A30 helps reduce the connection risk of 2G/3G sunsetting. The magnetic charging system significantly reduces an organisation's equipment maintenance cost by eliminating the physical wear and tear caused by normal charging ports.