Top Three Questions for Integrating New ECG Technology (2024)

Many practices think ECGs just need to be “good enough.” The problem is that “good enough” ECG technology is not good enough to trust with your patients’ hearts. An ECG is usually the first test a doctor will use to assess patient complaints related to the heart. With that in mind,an ECG may be the most important thing you do today.

When was the last time you thought through the best way to implement, manage and connect yourECGs? If it’s been a while, here are some questions to get you started down the right path.

1. ARE YOU COVERING THE BASICS?

If you overlook the fundamentals in conducting proper ECGs, your resulting interpretations, diagnoses and patient treatment plans may be fundamentally impacted as well. Don’t forget to cover the basics, such as:

  • Proper prep and placement:It’s easy for busy clinicians to rush or overlook these critical steps. Good prep consists of:
    • Clearing away hair to improve electrode contact
    • Removing lotions, powders and oils, which can leave a film
    • Drying skin for better electrode attachment
    • Abrading skin to remove dead skin cells, which do not conduct well

It's worth afew extra moments to ensure staff are using best practices to address these preventable sources of artifact. Doing so can lead to better results the first time, reducing the need for repeat tests.

  • Device Settings:Configuration settings and device capabilities can lead to ECG data that is distorted. Worse yet, they can remove authentic waveform data you need to interpret. For example:
    • Filtering:Make sure your ECG devices are equipped and set to follow ACC, AHA and HRS adult and pediatric guidelines¹ to limit ECG filtering and disclose the settings on the report.
    • Pacemaker Detection:Pacemaker electrical stimulation occurs for very brief durations. Some devices are better equipped to manage this than others. Check the devices or ask the manufacturer:
      • Does the ECG modify authentic pacemaker spikes or introduce non-authentic information on the waveforms?
      • Is the user responsible for inputting presence of a pacemaker, and if so, how does this impact the display and interpretation?

2. WHAT DATA NEEDS TO BE IN WHICH SYSTEM?

Connectivity isn’t one size fits all. A practice with ECG technology connected to the EMR may have a very different workflow than a practice that doesn’t. Whether you print hard copies, output a PDF or have full EMR integration, here are a few ways to find the right workflow for you:

  • Get clinical, IT and other stakeholders together.What workflow do clinicians want? What are the “hard stops” from an IT perspective to share data securely? What does your office manager see as the biggest shortcoming of your current device/process? Clearly delineating all this information upfront is important not just to make the right request(s) of your vendor, but also to decide which trade-offs are and are not acceptable for the whole group.
  • Be clear on who is using the device, and for what purpose.Perhaps your medical assistants need to be able to conduct tests, but rights to edit data in the EMR should be reserved for physicians. Make sure the whole team is accounted for so your new system manages user rights both securely and appropriately.
  • Voice cyber security concerns early and often.Your practice needs to secure the devices on your network your way. Ask your vendor what encryption methods are used to protect PHI, and whether the solution supports your existing security policies for cyber hygiene, scans, upgrades and patches.
  • Count clicks. (Your clinicians will thank you.)As powerful as EMR integration can be, too often it results in longer workflows for clinicians. Count the clicks your clinicians are making today, and make sure that number goes down with the new solution. Otherwise, you may be opening yourself up to workarounds or, worse, outright rejection from users.

Top Three Questions for Integrating New ECG Technology (1)

3. WHAT IF...?

If you’re like most practices, EMR connectivity is table stakes when evaluating new ECG technology. But more EMR integration isn’t necessarily better for everyone. A few “what if…” questions can go a long way in selecting the right solution. For example:

  • If you launch ECGs directly from your EMR, what happens if the EMR server is down for maintenance? Make sure there is a back-up workflow that doesn’t rely entirely on the EMR.
  • What if you need ECG software support? Which vendor do you contact? Although the ECG application launches from the EMR, the EMR vendor is not necessarily the right contact for ECG support.
  • What if you need a STAT ECG? If you need to pull up a patient in the EMR before you can initiate a test, STAT isn’t really STAT. Is there an option to run the test without this step in time-critical situations?
  • What if you need software updates? If the software is fully integrated into the EMR, are your ECG updates only rolled out when your EMR system is updated? Work with your vendor and IT to find the right cadence.

Key Takeaway:the connectivity path you choose should not lock you into one and only one workflow.

Selecting ECG devices may never be the most exciting part of your job. But an accurate, diagnostic quality ECG could save a patient’s life today. Don’t trust your patients’ hearts to “good enough” ECG technology. By paying attention to the basics, finding the best workflow and asking the right questions, you are starting down the path to the best decision for your patients and your clinicians.

Interested in learning more on integrating ECGs into your practice? Be sure to check out our helpfulinfographicto find out why “good enough” ECG technology isn’t good enough for your patients' hearts.

Top Three Questions for Integrating New ECG Technology (2024)

FAQs

Top Three Questions for Integrating New ECG Technology? ›

One of the most exciting advances in recent ECG technology is the development of contactless monitoring systems. As the name implies, contactless monitoring systems eliminate the need to attach electrodes directly to the body.

What is the new technology for ECG? ›

One of the most exciting advances in recent ECG technology is the development of contactless monitoring systems. As the name implies, contactless monitoring systems eliminate the need to attach electrodes directly to the body.

What can interfere with ECG reading? ›

These include:
  • Obesity.
  • Anatomical considerations, such as the size of the chest and the location of the heart within the chest.
  • Movement during the test.
  • Exercise or smoking before the test.
  • Certain medicines.
  • Electrolyte imbalances, such as too much or too little potassium, magnesium, or calcium in the blood.

How to get a good result in ECG? ›

It is important to be relaxed and warm during an ECG recording because any movement, including shivering, can alter the results. Sometimes this test is done while you are exercising or under light stress to look for changes in the heart.

What are the reasons for poor electrode contact on ECG? ›

Capturing the electrical activity of the heart via electrodes is impacted by the fact that skin can be a poor conductor of electricity. For example, hair prevents electrode contact, dead skin does not conduct well, and oils, lotions and gels can leave a film.

What are the advancements in ECG? ›

Advancements are ongoing in ECG hardware and software, including the development of artificial intelligence algorithms to ease interpretation and introduction of technology—such as consumer wearable devices—that allow for the recording of ECGs outside of clinical settings.

What are the most common ECG changes? ›

The most common ECG changes are nonspecific ST-segment and T-wave abnormalities, which may occur because of focal myocardial injury or ischemia caused by the metastatic tumor.

What Cannot be seen in ECG? ›

Valvular defects cannot be detected using an ECG. Chest X-ray can be used to determine such defects. Therefore, an ECG can detect arrhythmia, myocardial infarction and also heart block but not valvular defects.

What are the limitations of an ECG? ›

While ECG testing is a widely used diagnostic tool, it does have its limitations. One of the primary limitations is that it only provides a snapshot of the heart's activity at the time of the test. This means that if there are any irregularities in between tests, they may not be detected.

What not to do during an ECG? ›

It's important for you to lie still and not talk during the ECG, so that you don't change the results. If your chest, arms, or legs are very hairy, the technician may shave or clip small patches of hair so that the electrodes will stick to your skin. Electrodes will be attached to your chest, arms, and legs.

How to make ECG more accurate? ›

So, how can you improve ECG quality and subsequently patient assessment and care? It involves: Good skin preparation • Use of quality electrodes • Proper electrode application • Good electrode-to-patient contact • Artifact elimination, and/or • Proper lead selection.

What can cause errors in ECG? ›

Improperly placed electrodes can potentially lead to mistaken interpretation, misdiagnosis of conditions and mismanagement of patient care. When it comes to an inaccurate ECG interpretation, the top factor cited is precordial electrode misplacement.

What causes false positive ECG? ›

Potential causes (hypertension, left ventricular hypertrophy, known coronary disease, arrhythmia, diabetes mellitus, valvular heart disease) were recorded in 36/194 (18.6%) of the female F+ ECG tests and 249/371 (68.2%) of the male F+ ECG tests (p<0.0001 for the difference).

What interferes with ECG readings? ›

In such cases, any device that may interfere with the ECG signal should be turned off: these include cell phones within 25 cm of the ECG sensor module, electrical beds, surgical and fluorescent lamps.

How to improve ECG results? ›

Underwire in a bra can interfere with the ECG reading – you may be asked to remove it before the test. An ECG works best when the skin is clean and dry, and free of oils and lotions. Sometimes the skin is shaved if necessary because hair prevents the electrodes from sticking properly to the skin.

What activity causes interference on ECG? ›

Another disturbance or annoyance in terms of rhythm detection, emanating directly from the surrounding environment , is electrical interference. The ECG machine is designed to pick up electrical activity within the heart but it will pick up electrical activity from nearby machinery, such as: Pumps. TV.

What is the most accurate ECG? ›

The ECG recording is shown as a series of waves of heart rhythm intervals that are viewed and interpreted by a cardiologist. The 12-lead ECG is considered to be the 'gold standard' for ECG testing and is typically used in a clinical setting.

What are the trends in ECG? ›

The future trends of ECG-related research are mainly classified into three categories: improved ECG instrumetation, big data mining for ECG, and accuracy of ECG diagnosis and application. The first trend of ECG-related research is the design and improvement of the ECG instrumentation.

What is the new technology for heart blockage? ›

Laser Angioplasty is now available for patients suffering from multiple heart blockages that could not be treated by conventional angioplasty. Laser Angioplasty is an advanced and sophisticated technology to open up blocked heart vessels.

What is better than an ECG? ›

An echocardiogram is the better procedure for diagnosing specific medical conditions or evaluating the extent of heart disease. EKGs and echocardiograms are not mutually exclusive.

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