Cardiology patient recall software for echo and device follow-up (2026)

Cardiology patient recall software tracks every patient whose next touch is set by a clinical interval, and brings them back when that interval opens. In cardiology the intervals are specific: a surveillance echo every one to two years for moderate aortic stenosis, a device interrogation every three to twelve months, a heart failure follow-up inside seven days of discharge, and every echo, stress test, or monitor the cardiologist ordered that never reached the schedule. The software reads those intervals from Epic, athenahealth, eClinicalWorks, NextGen, or ModMed, reaches the patient by phone, text, and email, books the slot, and reports found, reached, booked, and seen. A reminder confirms a visit that exists. Recall creates the visit that should exist and does not.

This guide covers the data on how cardiology surveillance and device follow-up break down, what recall software actually does for a cardiology practice, how cardiology intervals differ from other specialties, and a six-step process for running recall without adding staff.

Key Takeaways

• Cardiology recall runs on clinical intervals (echo surveillance, device checks, post-discharge windows, annual visits), not on a generic twelve-month rule.
• In a 20,571-patient aortic stenosis cohort, only 49% of severe cases received guideline-concordant echo surveillance.
• Among 6,351 veterans with pacemakers and ICDs who missed a remote transmission, a single mailed postcard doubled the share who transmitted within 70 days.
• Ordered tests are the fastest recall win: only 36.7% of low-risk chest pain patients completed an ordered stress test within 30 days in one cohort.
• Recall software should book into the echo lab, the device clinic, or the provider template directly, and report seen visits, not messages sent.

The Data Behind the Decision

Surveillance intervals in cardiology are written into guidelines and then missed in practice. In a Kaiser Permanente Northern California cohort of 20,571 adults with aortic stenosis followed from 2008 through 2017, guideline-concordant echocardiographic surveillance was documented for 74% of mild cases, 63% of moderate cases, and 49% of severe cases (TCTMD reporting on Circulation: Population Health and Outcomes, 2026).

Device clinics leak the same way. A stepped-wedge trial across the Veterans Health Administration enrolled 6,351 patients with pacemakers and ICDs who had missed a scheduled remote transmission. Among those mailed a postcard, 48.7% sent a transmission within 70 days versus 24.3% of controls, and prior VA data put average remote monitoring adherence at 71.9% with only 30.9% of patients fully adherent (Journal of General Internal Medicine, 2024). A postcard doubled the response; a two-way conversation that books the check does better.

Ordered testing is the third gap. In a cohort of low-risk chest pain patients discharged with an order for an exercise stress test, only 36.7% completed the test within 30 days and 2.5% within the recommended 72 hours; the most common reasons were work time constraints, forgetting, and waiting on an appointment (Heart Asia, 2014). In a national cohort of 13,577 heart failure patients, an outpatient physician visit within seven days of discharge was associated with a hazard ratio of 0.54 for 30-day readmission (PLoS One, 2017). And 82% of patients try to book care outside a practice's regular office hours, so the recall channel has to work when the front desk is closed.

What does patient recall software actually do in a cardiology practice?

It maintains a living list of who is due and works that list every day. The list comes from data your EHR already holds: the last echo date and valve severity, the last device interrogation and the manufacturer's follow-up schedule, the discharge date and requested follow-up window, the annual visit date for stable coronary or atrial fibrillation patients, and every open imaging or monitoring order without a linked appointment. Good recall software reads those fields from Epic, athenahealth, eClinicalWorks, NextGen, or ModMed without a nightly spreadsheet export.

It then contacts each patient in the practice's voice. Cardiology patients skew older and answer the phone; their adult children answer texts; one thread reaches both. The message names the clinical reason (your surveillance echo is due, your pacemaker check is due, your cardiologist ordered a nuclear stress test in March) and offers real slots in the right resource: the echo lab, the device clinic, or the physician's schedule. When the patient replies with a question, the software answers it or hands off to a nurse with the thread attached.

Finally it reports found, reached, booked, and seen, with attribution from each recall to the completed visit. Compare this with the generic tools in our guide to patient recall software and the distinction in reminders versus recall versus reactivation.

How are recall intervals different in cardiology?

Most specialties recall on one clock. Cardiology recalls on a dozen at once, set by the disease, the device, and the last result. A mild aortic stenosis patient is due every three to five years; a severe one every six to twelve months. A new ICD needs an in-person check inside the first quarter and remote transmissions on the manufacturer's cadence after that. A heart failure discharge needs a visit inside a week. Generic recall software that only knows last visit date plus twelve months misses most of these.

The second difference is the payer. A cardiology practice with a heavy Medicare mix serves patients with two or more chronic conditions, the population Medicare's chronic care management and remote monitoring programs were built for. Recall therefore feeds two things: the visit the patient is due for, and the monthly between-visit contact the care program requires. A recall platform that only fills the schedule leaves the second half undone.

What should cardiology recall software connect to, and what does it cost?

It should connect to the EHR and practice management system for the due list and the write-back of the appointment, to the echo and device clinic templates so bookings respect equipment and staffing, and to the same patient memory the practice uses for inbound calls and care management. Pricing runs per practice or per provider on modern platforms; legacy recall vendors charge per campaign or per message, which rewards sending, not seeing. Ask for the seen number before you ask for the price.

How to run patient recall in a cardiology practice: 6 steps

1. Write down every interval you expect to enforce. Valve surveillance by severity, device follow-up by manufacturer and device type, post-discharge windows, annual visits by diagnosis, and open orders by test type.
2. Map each interval to a field in your EHR. Echo report date and severity, last interrogation date, discharge date, last visit date and diagnosis, and open orders.
3. Start with open orders and severe disease. Ordered-but-never-scheduled echo and stress tests convert fastest. Severe valve disease and recent heart failure discharges carry the most clinical risk. Work those two lists before annual visits.
4. Reach patients in one two-way thread across phone, text, and email. Name the clinical reason and offer real slots. Answer the question the patient asks back.
5. Book into the correct resource. Echo lab, nuclear lab, device clinic, or provider template. A surveillance echo booked into a 15-minute physician slot is a recall that will be cancelled.
6. Review found, reached, booked, and seen weekly. Where booked is high and seen is low, add a pre-visit confirmation. Where reached is low, add the patient's family contact and a second channel.

What Should Still Go to a Human?

Anything that changes the interval. Whether a moderate aortic stenosis patient with new symptoms should be seen now rather than at the next scheduled echo is the cardiologist's decision, and recall software should route that conversation to a nurse the moment a patient mentions dyspnea, syncope, or chest pain. Device alerts belong to the device clinic team. Billing disputes go to revenue cycle staff. The software makes sure the patient is reached and booked; the clinical judgment stays where it is.

Where Clinekt Fits

Clinekt is the patient activation platform for specialty practices: four AI agents that share one memory of every patient and cover the whole journey, from first click to the work between visits. For cardiology recall, the Recall Agent continuously scans your records for overdue follow-ups, lapsed care plans, surveillance intervals that opened, ordered-but-never-scheduled visits, and dormant charts. It reaches patients by phone, text, and email in one two-way thread, in your practice's voice, books them into open slots, and reports found, reached, booked, and seen. The Care Management Agent takes over between visits: monthly check-ins by call or text, validated outcome surveys, concerning answers flagged to staff, and consent, care plans, and minutes logged so your biller can bill the care programs Medicare already pays for through the normal process. Clinekt OS is the one memory behind all four agents, so the patient recalled for an echo is recognized when they call about the result.

Our published result is orthopedic: Baldwin Bone & Joint generated 263 qualified surgical leads and booked 159 appointments, a 60% booking rate, in a single quarter. The mechanism is the same in cardiology, find the patient who is due, reach them in the channel they use, and book a real slot. More than one million patient interactions have been completed across the platform. Deployment is live same day, with no IT project and no new staff workflow, syncs to your EHR, and is HIPAA compliant and SOC 2 Type II. See the cardiology page and the Recall Agent for details.

Size the surveillance and open-order gap in your own practice with the leakage calculator, or book a demo to see recall run against your intervals.

Frequently Asked Questions

What recall intervals should a cardiology practice track first?
Start with the ones that carry clinical risk and convert quickly: ordered echo and stress tests that were never scheduled, severe valve disease surveillance, and post-discharge heart failure follow-up inside seven days. Add device checks and annual visits once those lists are running.

Can recall software read echo reports and device schedules from my EHR?
It can read the structured fields your EHR stores, such as study date, order status, last visit, and diagnosis codes, from Epic, athenahealth, eClinicalWorks, NextGen, or ModMed. Valve severity and device cadence often live in free text or a device vendor portal, so map those fields before you go live.

How is recall different from the reminders we already send?
Reminders confirm an appointment that already exists. Recall finds patients who are due and have no appointment, then creates one. A practice needs both, but only recall recovers the surveillance echo that was never booked.

Will older patients respond to text messages?
Many will not, which is why cardiology recall has to run voice, text, and email in one thread. Older patients answer the phone. Their adult children answer texts. The practice's message should reach both without creating three separate conversations.

What results should we expect in the first 90 days?
Open orders respond first, because the patient already agreed to the test. Surveillance and device recall build over two to three touches. Measure found, reached, booked, and seen.

Find out how many surveillance echos, device checks, and ordered tests are overdue right now with the leakage calculator, then schedule a demo to see the Recall Agent work your cardiology lists.