Purpose |
Optimize management of radiology imaging and interventions for multiple chronic conditions. Coordinate radiology care for patients with multiple conditions requiring disease surveillance or imaging for change in health state at known and unknown intervals. Coordinate multiple imaging studies to be done on the same day/same location; coordinate imaging studies to be done on days/at locations of patient visits with clinical care providers |
Tag(s) |
Non-Interpretative, Follow-up, Tracking system, reminder system, Multi-disciplinary coordination |
Panel |
Patient Facing |
Define-AI ID |
22110007 |
Originator |
Nadja Kadom, MD |
Lead | Andrea Borondy Kitts |
Panel Chair |
Andrea Borondy Kitts |
Panel Reviewers |
Patient Facing |
License |
Creative Commons 4.0 |
Status | Public Comment |
The main goal of care coordination is to meet patients' needs and preferences in the delivery of high-quality, high-value health care. This means that the patient's needs and preferences are known and communicated at the right time to the right people, and that this information is used to guide the delivery of safe, appropriate, and effective care.
Care coordination involves deliberately organizing patient care activities and sharing information among all of the participants concerned with a patient's care to achieve safer and more effective care.
This means that the patient's needs and preferences are known ahead of time and communicated at the right time to the right people, and that this information is used to provide safe, appropriate, and effective care to the patient.
A patient with extensive cancer history requires regular Abdominal and Pelvic CT scans to follow-up results on the effects of cancer treatment, MRIs of the brain every 6 months to follow multiple biopsied cystic structures in the midline cerebellum, and thyroid ultrasounds every year to watch for the development of suspicious nodules. The patient also requires mammography every 6-months. The effects of long term cancer treatment require bone density testing at appropriate intervals. Chest and abdominal x-rays are sometimes required to screen for possible metastatic disease to the lungs. The patient lives far away from the hospital where the scans are done so it is helpful to schedule appointments the same day whenever possible or at least the same day that she is already at the hospital for cancer treatment. There is also the challenge that some radiology tests cannot be performed within a certain time frame of each other because of contrast still in the patient's system. It has happened twice that this patient has driven a long distance to the imaging site for her scheduled exam only to find it couldn't be performed because contrast was still in her system from a prior exam. This was especially frustrating because the same Radiology Scheduling Department scheduled both of the exams. The patient’s professional and social life is significantly impacted by the fact that so many appointments, including radiology, are spread out inefficiently.
The workflow includes: (1) The healthcare facility entering the patient and patient information into a care coordination system that coordinates clinical and imaging appointments, (2) the AI automatically proposes scheduled clinical and radiology appointments that the patient can review and approve or modify to their needs, (3) the AI ensures imaging exam requirements and eligibility are compatible with the imaging exam scheduling options, (4) the ability for the AI to adjust the schedule as new exams are added to the list or if patient eligibility changes (eg cancer progresses and patient treatment plan changes), (5) link to the patient’s personal calendar
What procedures might prompt this algorithm?
Breast cancer patient with kidney failure who needs a breast MRI and a dialysis appointment on the same day
Lung cancer patient who needs to see a pulmonologist and get a chest CT on the same day at different locations
Patient with pancreatic cysts who needs annual MRI studies for surveillance
What type of patients should be considered for this algorithm?
Cancer patients
Imaging Appointment Type
Definition |
Type of required imaging appointment |
Data Type |
Procedure description text |
Value Set |
[Breast mammogram, chest x-ray, thyroid ultrasound] |
Definition |
Type of required clinical appointment |
Data Type |
text |
Value Set |
[primary care follow up, review of tests and reports] |
Definition |
Overall length of appointment |
Data Type |
numeric |
Value Set |
[15 minutes, 30 minutes, 1 hour] |
Definition |
Type of required imaging appointment |
Data Type |
numeric |
Value Set |
[15 minutes, 30 minutes, 1 hour] |
Definition |
Patients available days and times for appointments |
Data Type |
Date |
Value Set |
[12/1/2021 11 AM - 1 PM ] |
Definition |
Requirements to prepare for exam (drinking oral contrast, not eating for 24 hours prior to the exam, needing to stay overnight for a nuclear medicine exam |
Data Type |
text |
Value Set |
Proposed schedule
Definition |
Suggested day and times for appointments to be scheduled |
Summary of exam prep
Definition |
summary of preparation and eligibility requirements for each exam that can be scheduled that day |
Summary of exam contraindications
Definition |
summary of exam contraindications |