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Structured triage and individualized fluid therapy improve dengue management in resource-constrained settingsBetter triage and management plans can improve dengue care

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Key Takeaway
Note that safe dengue management in resource-constrained settings requires repeated clinical assessment and individualized fluid therapy.

This narrative review synthesizes evidence regarding clinical triage, case management, and primary care preparedness for dengue patients in resource-constrained settings. The authors argue that laboratory testing should support diagnosis, but safe patient disposition must rely on repeated assessments of illness day, hemodynamic status, perfusion, urine output, fluid balance, and functional decline.

Key findings emphasize that outpatient management should be treated as an active care pathway requiring structured reassessment and explicit safety netting. Furthermore, intravenous fluid therapy must be individualized based on disease phase, treatment response, and risk of fluid overload. The review identifies specific high-risk groups, including children, pregnant or postpartum patients, older adults, and those with comorbidities or logistical barriers, who require modified thresholds for observation and escalation.

Primary care readiness is defined by the reliable performance of essential functions such as triage, monitoring, and referral coordination. The authors note that evidence is currently limited by geographic and setting-specific biases, as most data comes from hospital-based studies in Asia and Latin America. Significant gaps remain regarding primary care in Africa, rural settings, and humanitarian contexts. The findings suggest a need for translating clinical guidance into feasible frontline pathways for both routine transmission and outbreak surges.

How this fits prior evidence

This narrative review addresses a gap in the management of dengue in resource-constrained settings. It complements existing evidence that cytokine and endothelial markers show strong associations with severe dengue cases and that dengue vaccines lower viremia rates and hemorrhagic fever risk. While previous findings focus on biomarkers and prevention, this review focuses on clinical triage and primary care readiness.

Managing dengue fever is a major challenge in areas with limited resources. While lab tests help confirm the illness, doctors must look closely at a patient's actual condition to decide the best care. This means tracking things like fluid balance, urine output, and how well a patient is moving or breathing over several days.

For patients being treated at home, the focus is on creating a clear path of care. This includes regular check-ins and a plan for what to do if they get worse. For those needing IV fluids, the goal is to tailor the amount of fluid to the specific stage of the disease and the patient's response to avoid over-hydration.

Certain groups, like children, pregnant people, and older adults, need extra attention. Because they are at higher risk, doctors should use stricter rules for when to move them to a hospital. While much of the current evidence comes from hospitals in Asia and Latin America, these strategies aim to make frontline care more reliable during both normal times and during large outbreaks.

What this means for you:
Effective dengue care relies on constant reassessment of a patient's status and tailored fluid plans.

Common questions

How is fluid therapy handled for dengue patients?

Fluid therapy should be individualized. Doctors must tailor the treatment based on the specific phase of the disease, how the patient is responding to treatment, and the risk of fluid overload.

Who is at higher risk for complications from dengue?

Children, pregnant and postpartum patients, older adults, and people with other health conditions are at higher risk. These groups, along with those facing transportation or communication barriers, require lower thresholds for observation and escalation.

How is primary care readiness measured for dengue?

Readiness is judged by the actual performance of essential functions. This includes structured triage, monitoring, patient communication, stabilization, referral coordination, and the ability to respond to surges in cases.

Study Details

Study typeSystematic review
EvidenceLevel 1
PublishedSep 2026
View Original Abstract ↓
Dengue is placing increasing pressure on frontline health services as recurrent transmission, co-circulating serotypes, and expanding outbreaks generate large volumes of clinically similar febrile illnesses. Although most infections remain uncomplicated, deterioration may occur rapidly around defervescence, creating a narrow window in which clinicians must distinguish patients suitable for outpatient care from those requiring observation, stabilization, or referral. This narrative review examines dengue management as a continuous clinical pathway linking early recognition, decision-relevant testing, dynamic triage, phase-specific care, vulnerability assessment, and primary care preparedness in resource-constrained settings. The evidence indicates that diagnostic confirmation and severity prediction are related but distinct tasks: laboratory testing can support diagnosis, but safe disposition depends on repeated assessment of illness day, hemodynamic status, perfusion, urine output, fluid balance, functional decline, and evolving clinical or laboratory trends. Outpatient management should therefore be treated as an active care pathway requiring structured reassessment, explicit safety netting, and feasible return arrangements, while intravenous fluid therapy should be individualized according to disease phase, treatment response, and risk of overload. Children, pregnant and postpartum patients, older adults, people with comorbidities, and those facing transport, communication, or referral barriers, require modified thresholds for observation and escalation. Primary care readiness should be judged by the reliable performance of essential functions, including structured triage, monitoring, patient communication, stabilization, referral coordination, and surveillance-linked surge response, rather than by the nominal availability of guidelines, training, diagnostics, or equipment. However, the evidence remains dominated by hospital-based studies from Asia and Latin America, with major gaps in primary care, Africa, rural settings, fragile systems, and humanitarian contexts. Therefore, the priority is to translate existing clinical guidance into a feasible, consistently delivered frontline pathway across both routine transmission and outbreak surges.
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