September 2026 · Executive Brief
World Alzheimer’s Month 2026: Connect Communication, Partnership, and Follow-Through
Use September to make one dementia care route visible from first concern through diagnosis, planning, transition, caregiver support, and longitudinal follow-through.
Leadership signal
Awareness should reveal whether the route is connected.
World Alzheimer’s Month is observed in September. For healthcare executives, the month creates a practical opening to examine what happens after awareness brings a concern forward. A person may notice a change, a family member may ask for help, a primary care team may begin an evaluation, or a hospital admission may expose an existing vulnerability. The quality of the response depends on more than whether an appointment, referral, or resource list exists. It depends on whether responsibility remains visible as the person moves among primary care, specialty evaluation, diagnostic testing, community services, hospital care, long-term services and supports, and home.
Recent research describes a recurring discontinuity. People living with dementia and family caregivers interviewed about primary care described an “after diagnosis” gap, weak accessibility, and the need for a single point of entry and dementia-specific guidance.2 Canadian navigation programs reported that early access, collaboration, person-centered care, and funding helped, while weak capacity could produce “navigation to nowhere.”15 A navigation role without reachable services, accepted referrals, and authority to escalate is a directory, not an operating route.
The executive problem is therefore not solved by adding one more referral order or one more educational page. It requires a connected management system. Every transition needs a defined sender, receiver, minimum information set, acceptance signal, due state, exception path, and feedback loop. Communication has to be understandable and adapted to readiness. Partnership has to include the person living with dementia and the care partner without erasing either. Follow-through has to remain visible when a visit is missed, a referral is declined, a caregiver becomes exhausted, or a new clinical event changes the plan.
Leaders should also resist treating dementia as one standardized sequence. Needs, preferences, symptoms, functional changes, family structures, geography, language, culture, and access vary. The route should standardize the reliability of connection while preserving qualified clinical judgment and individual choice. A common work queue can standardize visibility. It cannot standardize a person’s goals, readiness, or clinical plan.
World Alzheimer’s Month can become a disciplined test: choose one population and one entry point, make the route visible, listen to the people using it, and review every unresolved exception. That work is narrower than promising to transform an entire dementia ecosystem in 30 days, but it is more accountable. It gives the organization a way to learn where people wait, repeat their stories, receive conflicting information, lose contact, or shoulder work that the system has not recognized.
Evidence to action
Use a portfolio, not one headline.
The evidence base answers different questions with different designs. A randomized trial can estimate the effect of a language-concordant linkage intervention in a defined community. A long-term cohort can identify an association between formal care and hospitalization. An environmental scan can show what programs need to operate. Qualitative studies can reveal how communication, culture, trust, and burden are experienced. A framework can define a pathway that still requires outcomes testing. These forms of evidence should inform one another without being collapsed into a false common effect.
For example, a community-based randomized trial followed 287 Korean American older adult-caregiver dyads with probable undiagnosed dementia. A Korean-speaking community health worker delivered dementia-literacy education and phone navigation. Verified linkage to medical services at six months was 16.7% in the intervention group and 0% in the control group, while most caregiver psychosocial outcomes did not improve.13 The result supports language-concordant navigation for this population, but it does not prove that one model will work unchanged across other languages or that linkage alone improves caregiver well-being.
A Swedish cohort of 3,009 adults aged 60 and older found that cognitive impairment without dementia was associated with avoidable hospitalization and an earlier first hospital admission. Formal care use attenuated the association in stratified analysis.4 Because the study was observational, leaders should not turn the association into a guaranteed savings claim. It does strengthen the case for testing accessible, coordinated outpatient support before a crisis.
Figure 1. Evidence signals that should remain distinct
Effect evidence
Use controlled trials for defined intervention effects, with attention to setting, eligibility, fidelity, and outcome window.
Implementation evidence
Use scans, reviews, and program studies to specify roles, training, capacity, workflow, and sustainability.
Experience evidence
Use interviews and co-design to identify disrespect, ambiguity, burden, cultural mismatch, and practical barriers that routine data can miss.
Connected route
Define states, not just departments.
Department names do not tell a person where they are in the route. A referral may be sent but not accepted. An assessment may be completed while the diagnostic conversation is still pending. A care plan may be documented while the first action remains unconfirmed. A community resource may be recommended but unavailable, unaffordable, inaccessible, or unknown to the family. The operating route should therefore use observable states that can be understood across organizational boundaries.
A practical route begins when a concern is captured. The next state is not automatically “specialty care.” It may include an initial clinical evaluation, assessment of urgent or reversible concerns, consent and preference, and identification of the people the patient wants involved. If further evaluation is appropriate, the sending team should know whether the referral was accepted, what information is missing, and who holds interim responsibility. After diagnostic communication, the route should connect education, emotional support, safety, care-partner needs, clinical planning, community support, and a named next contact. As needs change, the route should allow re-entry without forcing the person to begin again.
A 2026 navigation framework describes a diagnostic window spanning pre-evaluation, diagnostic assessment, and the immediate post-diagnosis transition.14 It also highlights people without a care partner and people with unmet needs. That distinction matters operationally. A workflow that assumes an available family member may fail precisely for the people who need the most deliberate support.
Figure 2. Proposed concern-to-follow-through route
Communication
Make diagnosis communication structured and humane.
Communication at diagnosis influences trust, understanding, planning, and willingness to remain connected. Interviews with patients and caregivers found that respectful communication shaped the clinician relationship. Sudden or unsupported disclosure could leave people feeling unprepared or emotionally abandoned. Diagnostic ambiguity could produce distress and a sense of dismissal. Participants wanted personalized education, comprehensive planning, and timing that reflected emotional readiness and information preferences.10
Clinicians interviewed in a grounded-theory study described honest disclosure paired with adjusted narratives, attention to daily routines, and ongoing support. They also emphasized assessing caregiver burden and capability.18 These studies reflect small qualitative samples in different health systems, but their convergence is operationally useful. A communication standard should be consistent enough to prevent omission and flexible enough to respect the person.
The standard can include preparation before the visit, a quiet and accessible setting, confirmation of who should be present, plain-language explanation, pauses for emotion and questions, and teach-back in the person’s own words. It should distinguish what is known, what remains uncertain, what happens next, and who will contact whom. Written or digital information should match the conversation rather than substitute for it. Interpreting services should be arranged, not improvised through relatives when professional language support is required.
A single encounter is rarely enough. The team should offer a clearly named follow-up contact after the person has had time to absorb the discussion. A proposed operational window, such as a contact within 48 to 72 hours, can be tested locally as a service standard. It is not a universal clinical deadline. The follow-up should revisit questions, understanding, emotional response, care-partner needs, safety or urgent concerns, and the next action.
Advance care planning and prognostic conversations also require timing and consent. Respecting autonomy does not mean delivering every possible detail at once. It means making truthful information available, checking preferences, revisiting decisions, and documenting what matters to the person. Capacity and supported decision-making should be addressed through qualified clinical and legal processes rather than assumed from a diagnosis label.
Partnership
Support the care partner without making them the invisible infrastructure.
Care partners frequently coordinate appointments, transportation, medications, daily routines, safety, finances, communication, and emotional support. That work can be essential, but it should not become an unexamined assumption. Spouses interviewed in Sweden described being consumed by caring and wanting to be seen and supported both as individuals and as part of a couple.1 An Australian co-design study found substantial variation in the accessibility, consistency, and quality of post-diagnostic support, with needs changing across stages and dementia syndromes.16
A cross-sectional study of 117 family caregivers in Oman identified home safety and equipment, psychological and emotional support, social and community support, patient emotional support, community education, behavioral preparation, and basic nursing skills as important needs.3 An analysis of more than 3,000 online caregiver posts found that emotional support was the most frequent need, that only 6.6% of expressed needs were fully met, and that awareness gaps often separated people from existing resources.7 Neither study should be treated as a population estimate for every organization. Both show why a resource inventory is not a connection measure.
A care-partner pathway should ask permission to involve the person, record their role and preferred contact method, assess willingness and capacity, and offer support that matches the stage and situation. It should recognize care partners who live separately, work full time, manage their own health conditions, have limited digital access, or are not available. It should also make room for friends, chosen family, and community supports when the person prefers them. The organization should distinguish between partnership and substitution: the care partner can be a collaborator without being expected to absorb every coordination failure.
See the person
Ask about goals, identity, routines, communication preferences, strengths, and what makes daily life meaningful.
See the partner
Assess understanding, burden, capacity, health, availability, training needs, and desired support with consent.
See the relationship
Protect reciprocity and choice. Do not let a service plan reduce a spouse, child, friend, or neighbor to unpaid labor.
Access and equity
Build equity into the route before asking people to navigate it.
Equity is not a separate referral at the end of a standard route. Language, culture, geography, disability, income, insurance, transportation, digital access, housing, caregiver availability, age, and trust influence whether the route is reachable at every stage. Stratifying an outcome after the fact can identify variation, but redesign is required to change the conditions producing it.
The PLAN randomized trial provides direct evidence that language-concordant community health workers can improve verified community-to-clinic linkage for one limited-English-proficiency population.13 A qualitative study with South Asian people living with dementia and carers in London identified cultural disconnect, information and navigation gaps, intersectional barriers, and the value of trusted home-based relationships. Participants preferred culturally familiar, faith-sensitive, co-produced, and home-delivered support.12 These findings argue for more than translated documents. They support language-concordant relationships, community partnership, and co-design.
Rural access requires the same caution. A scoping review of synchronous telemedicine in rural dementia care found that limited connectivity, digital literacy, health impairments, and caregiver capacity created barriers. Trust, continuity, organizational support, training, dedicated coordination, and co-design were facilitators.8 Telemedicine can extend reach, but it should not become the only door or shift technical work to an exhausted care partner. Hybrid design should include telephone, in-person, home-based, and community options where feasible.
Age can also shape recognition. A retrospective Japanese study found that people with early-onset Alzheimer’s disease had a longer mean symptom-to-diagnosis interval than those with late-onset disease, with much of the difference occurring before the first medical visit.11 The study was industry supported and reflects one national context, so it should not be generalized mechanically. It highlights a front-door risk: working-age adults may encounter assumptions that delay consultation or recognition.
Transitions and crisis prevention
Protect the person when the setting changes.
Transitions concentrate risk because information, routines, relationships, and responsibilities change at the same time. A meta-synthesis of staff experiences during moves from home to long-term care identified requirements before, during, and after the transition. These included professional competence, participation and shared decisions, communication, organizational support, respect, and empathy. The middle phase, when the person actually moves, required particular attention.5
Hospitalization creates another discontinuity. Family caregivers of hospitalized people living with dementia described reactive and uncoordinated care, emotional and decision-making burdens, and inadequate guidance for the transition after discharge. They valued palliative care for navigating uncertainty and supporting decisions.6 Earlier palliative involvement should be based on need and goals, not treated as a last-minute service or equated with a specific prognosis.
A dementia-capable hospital transition should preserve baseline cognition and function, communication strategies, sensory needs, routines, mobility, medication history, decision support, contact preferences, and the person’s goals. The receiving setting needs a reconciled plan, clear warning signs, a reachable contact, and confirmation that services and equipment will actually be available. The sending team should not close the handoff at the moment an order is placed.
Transitions should also have a visible fallback. If a facility cannot accept, home support is delayed, transportation fails, or the care partner cannot manage the plan, the route should return to a named exception owner. The system should learn from these cases rather than recording them as isolated nonadherence.
Failure patterns
Fragmentation is usually multi-level.
A one-year ethnographic study of dementia prevention and care services identified 32 challenges distributed across system, organizational, professional, clinical, and additional levels.9 That pattern is important for improvement. A missed follow-up may look like an individual scheduling problem but also reflect referral design, role ambiguity, capacity, inaccessible communication, workforce training, or an unavailable community service. Treating every failure as a reminder problem can hide the actual causes.
Figure 3. Qualitative fishbone for an unconnected dementia route
Use the fishbone during multidisciplinary review, then replace assumptions with evidence. Sample records, observe handoffs, call receiving services, review capacity and wait states, and invite people living with dementia and care partners to describe the work they had to perform. Record both immediate defects and the conditions that made them likely.
Operating system
Give the route authority, capacity, and feedback.
A connected route needs governance, not just goodwill. At minimum, the organization should name an executive sponsor, clinical authority, operational route owner, navigation lead, data steward, community-partnership lead, and patient-care-partner advisors. These roles can be adapted to local structure, but their functions should be explicit.
The executive sponsor removes barriers that cross departments and ensures that demand generation does not outrun capacity. The clinical authority governs clinical criteria, urgent escalation, consent, decision support, and safety. The operational owner defines states, handoffs, acceptance, due times, and exception review. The navigator coordinates across clinical and social needs but should not be held accountable for services the organization has not funded or contracted. The data steward validates definitions and denominators. Community partners help shape accessible routes and should be included in planning, feedback, and resourcing rather than treated as an unlimited downstream destination.
Training should match the role. A dementia care specialist model developed for nurse and social-work care managers in 10 managed-care organizations provides one example of a replicable workforce approach.17 The report reflects a specific California pilot and does not establish a universal staffing ratio. It supports a practical point: navigation requires defined competencies, supervision, tools, and relationships with long-term services and supports.
The operating system also needs a minimum viable information structure. A work queue should show the person, current state, owner, next action, due state, access needs, care-partner status with consent, and open exception. It should avoid unnecessary sensitive detail and follow privacy and access controls. Automated alerts can help only when they route to an accountable team, have a defined response, and are reviewed for burden and missed signals.
Figure 4. Proposed connected-care operating system
Daily visibility
Review new concerns, unaccepted referrals, missing information, urgent changes, and people with no reachable support.
Weekly control
Review aged exceptions, capacity constraints, failed transitions, repeated contacts, and cases requiring cross-service decisions.
Monthly learning
Review conversion at each stage, experience, equity, balancing measures, data quality, and conditions requiring redesign.
Measurement
Measure connection with stage-specific denominators.
A route scorecard should distinguish access, acceptance, communication, activation, follow-through, experience, and burden. The denominator for accepted referrals is referrals sent. The denominator for verified linkage is people for whom connection was attempted. The denominator for a documented shared plan is people reaching a planning point. The denominator for follow-up completion is people with follow-up due. Combining these stages into one completion percentage makes it difficult to see where the route narrows.
Targets should follow a validated local baseline, capacity review, clinical governance, and equity analysis. External study values are evidence signals, not ready-made benchmarks. A six-month linkage rate from one trial should not become an arbitrary target for another population. Pair quantitative data with case review and direct listening. Stratify only when the data are valid, privacy is protected, and small numbers are handled responsibly.
Figure 5. Structured connected-care scorecard
| Measure | Numerator | Denominator | Source and owner | Cadence | Interpretation limit |
|---|---|---|---|---|---|
| Concern captured | Eligible concerns entered into the approved work queue | Concerns meeting the validated local inclusion definition | EHR and intake audit; route owner | Weekly | Capture does not establish diagnosis or need for specialty care |
| First contact completed | People reached through an accessible channel | People for whom contact was due | Contact log; navigation lead | Weekly | A completed contact does not prove understanding |
| Referral accepted | Referrals acknowledged by a named receiving owner | Referrals sent | Referral platform; sending and receiving leads | Weekly | Acceptance does not prove a completed evaluation |
| Diagnostic communication complete | Disclosures with participants, support, teach-back, owner, and next action recorded | People reaching a diagnostic communication point | EHR audit; clinical authority | Monthly | Documentation cannot fully measure respect or emotional impact |
| Follow-up contact completed | People receiving the locally defined post-conversation contact | People for whom follow-up was offered and due | Navigation log; operational owner | Weekly | The local window is an operating standard, not a universal clinical deadline |
| Shared plan activated | Plans with a verified first clinical, community, or support action | People with an agreed plan | EHR, scheduling, and partner confirmation; route owner | Weekly | An order or resource list is not verified activation |
| Care-partner support connected | Consenting care partners with a documented need connected to an accepted service or support | Care partners with an identified need who accepted help | Navigation and partner records; partnership lead | Monthly | Connection does not establish that the support was sufficient |
| Transition verified | Transitions with sender, receiver, minimum bundle, service confirmation, and next contact | Eligible hospital, facility, or home transitions | Transition audit; care-continuity lead | Monthly | Checklist completion does not prove a safe outcome |
| Follow-through completed | Due actions completed within the person-specific or locally governed window | People with that action due | EHR and partner confirmation; current owner | Monthly | Clinical windows vary; do not impose one time standard on unlike actions |
| Aged exceptions | Open exceptions beyond the locally approved operational due state | All open exceptions | Shared queue; executive sponsor | Weekly | Depends on complete, timely, and consistent exception logging |
| Experience and burden | Respondents meeting defined understanding, respect, usability, and burden criteria | People and care partners offered a valid response opportunity | Experience tool; patient-partnership lead | Quarterly | Response bias, proxy response, and question wording affect results |
| Equity review | The stage-specific numerator selected above | Its matching stage-specific denominator | Validated linked data; data and equity leads | Quarterly | Observed differences do not establish cause |
Balancing measures should include repeated assessments, missed or declined contacts, travel and digital burden, caregiver workload, staff workload, privacy incidents, alert burden, service denials, wait time, unplanned utilization, and complaints. A faster referral that increases confusion, shifts work to a care partner, or overwhelms a receiving service is not a complete improvement.
Executive agenda
A 90-day test can make the real route visible.
Days 1 to 30
Define and listen
- Name the executive sponsor, clinical authority, operational owner, data steward, navigation lead, and lived-experience partners.
- Select one population and entry point.
- Map current states, handoffs, capacity, and exceptions with staff, people living with dementia, and care partners.
- Validate baseline definitions against source records.
- Identify language, culture, geography, disability, digital, and caregiver-capacity barriers.
Days 31 to 60
Build and rehearse
- Create the minimum shared work queue and acceptance signal.
- Standardize the communication, transition, and follow-up bundles.
- Confirm real downstream capacity and escalation authority.
- Train the pilot team and rehearse urgent change, no care partner, declined referral, missing information, unavailable service, and caregiver overload.
- Begin a small pilot with daily exception review.
Days 61 to 90
Learn and decide
- Review stage-specific conversion, elapsed time, experience, burden, equity, and balancing measures.
- Investigate variation with local records and direct listening.
- Correct verified conditions and retest.
- Report data quality, capacity, cost, staff burden, and unresolved risk.
- Adapt, expand, pause, or stop through governance review.
Figure 6. Proposed 90-day implementation timeline
The day-90 report should distinguish what changed from what remains uncertain. Include the tested population, route boundaries, data quality, stage-specific results, experience, equity review, balancing measures, workforce and partner burden, capacity, and open risks. Do not claim that the observance caused a clinical outcome when the design cannot support that conclusion.
Leadership close
Make the route easier to understand and harder to lose.
World Alzheimer’s Month can bring more concerns, questions, and requests for help into view. The most credible executive response is a system that keeps responsibility visible, communication humane, partnership real, access supported, and follow-through verifiable.
Start with one route and one promise: no concern, referral, diagnosis conversation, transition, or changed need becomes unowned. Pair that promise with clinical governance, capacity, language and cultural support, care-partner partnership, community relationships, stage-specific measurement, and weekly exception review. Then report what became more connected and what still requires action.
Peer-reviewed evidence portfolio
References
Newest scholarship is listed first. Every record was individually verified as peer reviewed.
- Johansson MF, Marmstål Hammar L, Dahlberg L, McKee K, Williams C, Summer Meranius M. Exploring the experiences and needs in everyday life of spouse carers of persons with dementia. International Journal of Qualitative Studies on Health and Well-being. 2026;21(1):2680726. doi:10.1080/17482631.2026.2680726.
- Bergqvist M, Bastholm-Rahmner P, Modig K, Schmidt-Mende K. Challenges and needs in dementia care: people with dementia and family caregivers’ experiences from diagnosis to follow-up in Swedish primary care: a qualitative study. Scandinavian Journal of Primary Health Care. 2026;44(1):1-14. doi:10.1080/02813432.2025.2529414.
- Al Ghafri R, Al Ghafari M, Al Ghafri M, Sofy AR, Mohammed M, Al Sinawi H. Unmet needs of family caregivers of individuals with Alzheimer’s disease and related dementias in Oman: a cross-sectional study. Middle East Current Psychiatry. 2026;33(1). doi:10.1186/s43045-025-00612-z.
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- Li J, Li W, Zhi S, et al. Experiences of staff in the transition of people living with dementia from home to long-term care facilities based on person-centred care: a meta-synthesis. Western Journal of Nursing Research. 2026;48(9):1008-1019. doi:10.1177/01939459261454861.
- Kwak J, Chary A, Stayer S, et al. Family caregivers’ perspectives on challenges and support needs in hospital-based palliative care for persons living with dementia. Journal of Applied Gerontology. 2026;45(9):1696-1702. doi:10.1177/07334648251389300.
- Brown EDL, Sciubba D, Obeng-Gyasi B, Silber B, Schneider D. The evolving landscape of dementia caregiver needs: a large-scale analysis of online communities to inform digital interventions. Journal of Applied Gerontology. 2026;45(9):1703-1713. doi:10.1177/07334648251386532.
- Devarshi R, Myers C. Factors influencing implementation of telemedicine in rural dementia care services in high-income countries: a scoping review. BMC Health Services Research. 2026;26(1). doi:10.1186/s12913-026-15100-1.
- Zhang T, Wang Y, Li L, et al. The challenges in dementia three-level prevention services through integrated care theory: insights from an ethnographic study. International Journal of Integrated Care. 2026;26(3):8. doi:10.5334/ijic.9106.
- Paladino J, Chavez Granados H, Connor Eruchalu JA, et al. A qualitative study to characterize the experiences of patients and caregivers with dementia diagnostic disclosure communication and care planning. Journal of Geriatric Psychiatry and Neurology. 2026;39(4):431-452. doi:10.1177/08919887251388036.
- Kasuga K, Shimizu S, Kimura N, et al. Diagnostic delay in early-onset Alzheimer’s disease in Japan: a retrospective study. BMC Neurology. 2026; advance online publication. doi:10.1186/s12883-026-05121-y.
- Darko N, Francis E, Keyamo N, Obro L, Tischler V. Hounslow Health Inequalities in Dementia Care (HHIinD): experiences of South Asian ethnic minority people living with dementia and their carers, and the role of arts, heritage and cultural interventions. Dementia. 2026; advance online publication. doi:10.1177/14713012261458559.
- Han HR, Perrin N, Yun JY, et al. Efficacy of a language-concordant community health worker intervention to improve community-to-clinic linkage for dementia care: results of the randomized trial PLAN. Alzheimer’s & Dementia. 2026;22(6):e71541. doi:10.1002/alz.71541.
- Carriere L, Minyo M, Bass D, et al. Bridging the diagnostic gap: expanding dementia care navigation for timely diagnosis. Alzheimer’s & Dementia. 2026;22(6):e71619. doi:10.1002/alz.71619.
- Anthonisen G, Luke A, Charlton P, Doucet S. Patient navigation programs in Canada for people with dementia, their caregivers and care providers: an environmental scan. SAGE Open Aging. 2026;12:30495334261446734. doi:10.1177/30495334261446734.
- Wei G, McDonald S, Kelly M, Ballard KJ, Kumfor F. Post-diagnostic care pathways in dementia: experiences and needs of family carers and considerations for interventions. Dementia. 2026;25(3):596-617. doi:10.1177/14713012251337230.
- Yeh J, Ross L, Schlesinger J, et al. Dementia care navigation: the role and training of dementia care specialists in managed care organizations. Journal of Applied Gerontology. 2026;45(3):411-423. doi:10.1177/07334648251343330.
- Chen MC, Chu CI, Lin HR. Medical professionals’ perspectives and experiences in disclosing a dementia diagnosis: a grounded theory study. BMC Geriatrics. 2026;26(1). doi:10.1186/s12877-026-07204-4.
Scope note: This executive brief supports healthcare management, quality improvement, and governance. It does not provide personal medical advice, establish a diagnosis, recommend a specific clinical pathway, or prescribe treatment. Qualified clinicians should use current guidance, individual information, consent, supported decision-making, shared decisions, and local policy.