15.2 Patient Education, Shared Decision-Making, Referrals, Care Coordination & Plan Reassessment
Key Takeaways
- Teach-back closes the loop by asking the patient to explain the plan in their own words, and the request must be framed as a check on the clinician's explanation rather than a test of the patient.
- Health-literacy universal precautions mean using plain language, limiting each visit to no more than three key points, and using teach-back with every patient rather than trying to identify who needs it.
- Shared decision-making is required for preference-sensitive choices where the best option depends on patient values, which is why USPSTF Grade C recommendations and lung cancer or prostate cancer screening call for a decision aid.
- A referral transfers a specific question while retaining overall responsibility, whereas a transfer of care hands over responsibility; either way the loop must be closed by confirming the patient was seen and the report received.
- Medication reconciliation is required at every transition of care, and therapeutic inertia, the failure to intensify treatment when a target is unmet, is a leading cause of uncontrolled chronic disease.
Patient Education, Shared Decision-Making, Referrals, Care Coordination & Plan Reassessment
The Plan of Care domain does not end when a diagnosis is made and a drug is chosen. Three of its seven Implementation and Evaluation sub-topics concern everything that follows: non-pharmacologic intervention selection including procedures and referrals, education and counseling on diagnosis, prognosis and treatment options, and reassessment and modification of the treatment plan. Together they describe the work that determines whether a technically correct plan produces an actual outcome.
1. Health Literacy and Teach-Back
Roughly a third of US adults have basic or below-basic health literacy, and clinicians are poor at identifying which patients are affected. People with limited health literacy often read fluently, hold responsible jobs, and conceal the difficulty out of shame. The evidence-based response is not screening but universal precautions: assume that any patient may struggle, and communicate so that everyone understands.
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| HEALTH-LITERACY UNIVERSAL PRECAUTIONS |
| |
| 1. PLAIN LANGUAGE ........ "high blood pressure" not "hypertension"; |
| "kidney" not "renal"; "cancer" not "neoplasm" |
| 2. LIMIT THE AGENDA ...... No more than 3 key points per visit |
| 3. CHUNK AND CHECK ....... Deliver one chunk, verify, then continue |
| 4. TEACH-BACK ............ Have the patient explain it back in their own |
| words - the single most effective technique |
| 5. SHOW-BACK ............. For any device: inhaler, glucometer, injection,|
| have them DEMONSTRATE it |
| 6. WRITTEN BACKUP ........ 5th-6th grade reading level, large font, |
| pictures, generous white space |
| 7. INVITE QUESTIONS ...... "What questions do you have?" not "Do you have |
| any questions?" |
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Teach-back phrasing matters, and it is testable. The request must place the burden of clarity on the clinician, never on the patient:
- Correct: "I want to be sure I explained this clearly. Tell me how you're going to take this medicine when you get home."
- Correct: "When you talk to your wife tonight, how will you describe what we decided?"
- Incorrect: "Do you understand?" - almost everyone says yes.
- Incorrect: "Can you repeat what I told you?" - this is a quiz, and it shames.
If the teach-back reveals a gap, re-explain differently - not louder and not in the same words - then check again. Ask Me 3 gives patients a simple frame for any encounter: What is my main problem? What do I need to do? Why is it important for me to do this?
Language access is a legal obligation, not a courtesy. Title VI of the Civil Rights Act requires that recipients of federal funding provide meaningful access to people with limited English proficiency, and the National CLAS Standards require offering language assistance at no cost. Use a qualified medical interpreter, in person or by video or telephone. Do not use family members, and never use minor children, as interpreters except in an immediate emergency: they omit and soften information, introduce their own agenda, breach the patient's privacy, and are untrained in medical terminology. Speak to the patient, not to the interpreter, in short complete thoughts.
2. Shared Decision-Making
Not every decision should be shared. Use the nature of the evidence to decide:
| Situation | Approach |
|---|---|
| One option is clearly superior (antibiotics for pyelonephritis, anticoagulation in high-risk atrial fibrillation) | Direct recommendation with education. Presenting a coin flip here is abdication, not respect. |
| Preference-sensitive: benefits and harms are closely balanced and depend on what the patient values | Shared decision-making with a decision aid |
| Patient explicitly defers ("What would you do?") | Make a recommendation grounded in what they have told you matters, and confirm it fits |
Classic preference-sensitive decisions in adult primary care include prostate-specific antigen screening (USPSTF Grade C for ages 55 to 69), lung cancer screening with low-dose CT, colorectal cancer screening modality choice, statin initiation at intermediate risk, anticoagulation when bleeding and stroke risks are both meaningful, menopausal hormone therapy, and glycemic targets in older adults. A USPSTF Grade C recommendation means offer selectively based on professional judgment and patient preferences - it is the grade that most explicitly signals shared decision-making.
The SHARE approach: Seek the patient's participation; Help them explore and compare options; Assess their values and preferences; Reach a decision together; Evaluate the decision over time. Present risk in absolute numbers with a consistent denominator ("about 3 out of every 100 people") rather than relative risk reduction, which systematically inflates perceived benefit. Present both benefits and harms, and always name doing nothing for now as a legitimate option where it is one.
3. Referrals, Consultation and Care Coordination
Terminology the exam distinguishes:
- Consultation - you ask a specialist a specific question and retain overall responsibility for the patient.
- Referral - you send the patient for evaluation or management of a defined problem; responsibility is typically shared.
- Transfer of care - responsibility for the problem, or for the patient, moves to the other clinician.
A useful referral answers three questions in writing: what specific question am I asking, what have I already done, and what is the urgency? "Please evaluate" wastes a specialist visit.
Close the loop. An unclosed referral is a common source of serious diagnostic error and preventable harm. Track that the appointment occurred, that the report returned, and that its recommendations were acted on and communicated back to the patient. Practices need a registry or tracking system for this; individual memory does not scale.
Care transitions. Hospital discharge is the highest-risk moment in a patient's year. Evidence-based elements of a safe transition:
- Medication reconciliation at every transition, comparing the pre-admission list, the discharge list and what the patient is actually taking, and explicitly resolving each discrepancy - including drugs stopped in hospital that the patient may restart from an old bottle.
- Timely follow-up, generally within 7 to 14 days, and sooner for heart failure, COPD or high-risk medication changes.
- A patient-friendly written discharge plan with warning signs, whom to call and pending test results.
- Teach-back at discharge, when comprehension is at its worst.
- Confirmation that durable medical equipment, home health and transportation actually exist, not merely that they were ordered.
Non-pharmacologic interventions are frequently the correct answer and are systematically underused: physical and occupational therapy, cardiac and pulmonary rehabilitation, cognitive behavioral therapy for insomnia, structured diabetes self-management education and support, medical nutrition therapy, supervised exercise therapy for peripheral artery disease, vestibular rehabilitation, weight-management programs, and community resources such as Meals on Wheels and Area Agency on Aging services.
4. Reassessment and Modification of the Plan
Every plan is a hypothesis with a defined follow-up interval and a defined success criterion. Set both at the moment you write the plan.
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| THE REASSESSMENT LOOP |
| |
| ASSESS -> DIAGNOSE -> PLAN (with a TARGET and an INTERVAL) |
| ^ | |
| | v |
| MODIFY <---- EVALUATE AGAINST THE TARGET AT THE INTERVAL |
| |
| At each reassessment, ask in order: |
| 1. Is the DIAGNOSIS still correct? |
| 2. Is the patient TAKING the treatment? (adherence, cost, side effects, |
| access, beliefs - ask non-judgmentally) |
| 3. Is the DOSE adequate and has enough TIME elapsed to judge it? |
| 4. Has anything CHANGED - new drug, new diagnosis, new circumstance? |
| 5. Is the TARGET still right for THIS patient's goals and prognosis? |
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Interval reflects pharmacology and risk, not habit: 6 to 8 weeks for a levothyroxine TSH, 1 month after an antihypertensive change, 3 months for an A1c, 4 to 12 weeks after a statin change for a lipid panel, 1 to 2 weeks after starting an ACE inhibitor or a mineralocorticoid receptor antagonist for potassium and creatinine.
Therapeutic inertia - failing to intensify treatment when the target is not met - is a dominant cause of uncontrolled hypertension, diabetes and lipid disorders. Its mirror image in geriatrics is failure to de-intensify: continuing tight glycemic or blood pressure targets in a patient with limited life expectancy, advanced dementia or repeated hypoglycemia. Both are reassessment failures. Ask deliberately at every chronic-disease visit: should this be intensified, continued, or deprescribed?
Finally, reassess the goal itself. Targets that were right at 55 may be harmful at 88. The ANCC blueprint pairs reassessment with advance care planning and palliative care for exactly this reason: as prognosis and patient priorities change, "goal-concordant care" and "guideline-concordant care" can diverge, and the patient's stated goals govern.
An AGPCNP has just started a 71-year-old man on a new basal insulin. Which statement best demonstrates correct use of the teach-back technique?
A 58-year-old man with no urinary symptoms and no family history asks whether he should have a PSA test. He has read conflicting information. Which approach is most appropriate?
A 76-year-old woman with heart failure with reduced ejection fraction is discharged after a 4-day admission for volume overload. Her furosemide was increased, spironolactone was added, and her ibuprofen was stopped. Which set of actions best reflects safe transitional care?