Healthscope NYC

Healthscope NYC Overview

NYC public health indicators with transparent source dates
Latest key data: Sep. 24, 2026
Verified public sources
At a glanceUse the sidebar to move between surveillance, prevention, care, environment and source quality.
These are official published figures, not estimates generated by this site. Different datasets have different publication schedules.
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Respiratory activityWatch
+11.8% week/week

Overall respiratory ED share increased from 6.59% to 7.37% in the latest published week.

Emergency responseBorough variation
Bronx highest

Response-time values differ materially across boroughs in the latest 911 snapshot.

Data pipelineHealthy
2 live sources

Official data feeds refresh automatically when the dashboard is opened.

Respiratory illness share of ED visits
7.37%
Week ending Sep. 19, 2026 • up from 6.59%
COVID-19 share of ED visits
0.66%
Week ending Sep. 19, 2026 • NYC Health
Flu share of ED visits
0.16%
Week ending Sep. 19, 2026 • NYC Health
Child flu vaccination coverage
40%
Ages 6 months–17 years • 2025–26 season through Jun. 30, 2026
Respiratory ED Visit Trend
Percent of NYC ED visits with a respiratory illness diagnosis
Current Virus Indicators
Week ending Sep. 19, 2026
Overall respiratory illness7.37% ↑
COVID-190.66% ↑
Influenza0.16% →
RSV0.02% →
Source: NYC Health Respiratory Illness Data, data as of Sep. 24, 2026. Childhood vaccination source: NYC Childhood Vaccination Data Explorer.
Respiratory watchEmergency-department and laboratory signals shown on their published reporting cadence.
Overall respiratory ED visits
7.37%
Sep. 19, 2026
COVID-19 ED visits
0.66%
Sep. 19, 2026
Flu ED visits
0.16%
Sep. 19, 2026
RSV ED visits
0.02%
Sep. 19, 2026
NYC Respiratory Surveillance
Official weekly emergency-department percentages
Selected Laboratory Respiratory Panel
Percent positive • latest published week
VirusPositive
Loading latest respiratory panel…

Interpretation

Emergency-department surveillance is timely, but it does not measure every infection in NYC. People who receive care elsewhere or do not seek care are not captured in this metric.

The NYC Health Department marks these data as preliminary and updates its respiratory pages weekly.

PreventionCoverage and guidance are kept separate so users can distinguish observed uptake from recommendations.
2025–26 influenza season
40%

NYC children and adolescents vaccinated for flu

As of June 30, 2026, 40% of NYC children and adolescents ages 6 months through 17 years had received an annual flu vaccine during the 2025–26 influenza season.

Current respiratory-season guidance

Vaccination recommendations can change by season and individual risk. Use the linked NYC Health resources for the current COVID-19, influenza, and RSV immunization guidance rather than relying on a hard-coded season-specific recommendation.

Current vaccine-location information is available through the NYC Health Map.

Childhood Vaccination Data Explorer

Coverage by vaccine, age, race/ethnicity, borough and ZIP code.

Open official explorer

Citywide Immunization Registry

NYC’s official vaccination-record system for immunizations reported by health care providers.

Vaccine records
Sources: NYC Health Childhood Vaccination Data Explorer (flu coverage through Jun. 30, 2026) and current NYC/NYS respiratory-virus immunization guidance.
Care accessEmergency utilization and response metrics come from separate official systems.
Emergency-care indicators below come from two different official NYC datasets: respiratory ED surveillance and citywide 911 response reporting.
Life-Threatening Medical Emergency Response
Combined ambulance + fire response time • Aug. 2026
BoroughIncidentsResponse time*
Brooklyn13,926629.20
Bronx11,716926.40
Manhattan11,891813.17
Queens10,367762.60
Staten Island2,208681.30
*Displayed exactly as reported by NYC Open Data in the source dataset.
Respiratory diagnoses
7.37%

of NYC emergency-department visits

For the week ending September 19, 2026, respiratory illness diagnoses accounted for 7.37% of ED visits, up from 6.59% the previous week.

Sources: NYC Health Respiratory Illness Data and NYC Open Data 911 reporting, latest available month.
Long-term healthChronic conditions are often shaped by modifiable risks, early detection, and long-term management.
Prevention is not equally possible for every condition. The guidance below distinguishes between preventing disease, lowering risk, and reducing severe symptoms or complications.
Respiratory health

Asthma

Can it be prevented? Asthma itself cannot always be prevented, but attacks and severe symptoms can often be reduced.

Best-supported steps: identify and avoid personal triggers, avoid tobacco and secondhand smoke, reduce exposure to mold and dust mites when relevant, monitor air quality, follow prescribed controller therapy, and maintain an individualized asthma action plan.

CDC asthma control guidance
Metabolic health

Type 2 diabetes

Can it be prevented? Often, yes—especially when prediabetes is identified early.

Best-supported steps: regular physical activity, healthy eating, and modest weight loss when a person has overweight. CDC's Diabetes Prevention Program uses a goal of about 5%–7% weight loss plus increased activity for people at elevated risk.

CDC diabetes prevention
Cardiovascular health

Heart disease

Can it be prevented? Many cases can be delayed or prevented by addressing major cardiovascular risk factors.

Best-supported steps: do not smoke, stay physically active, eat a heart-healthy diet, maintain a healthy weight, and manage blood pressure, cholesterol, and blood sugar with clinical care when needed.

CDC heart disease prevention
Blood pressure

Hypertension

Can it be prevented? Risk can often be lowered, and existing hypertension can frequently be controlled.

Best-supported steps: regular activity, limiting sodium, avoiding tobacco, maintaining a healthy weight, moderating alcohol, managing stress, checking blood pressure, and taking prescribed medication when lifestyle measures are not enough.

CDC blood-pressure prevention
Shared prevention strategy

The same core habits protect against several chronic diseases

CDC highlights a short list of major modifiable risks shared across many chronic diseases: tobacco use, poor nutrition, physical inactivity, and excessive alcohol use. Preventive care and routine screening also help identify disease earlier, when intervention may have more impact.

CDC chronic-disease prevention
Sources: CDC asthma, diabetes, heart disease, high blood pressure, and chronic-disease prevention guidance. These are general population-health recommendations, not individualized medical advice.
Brain & nervous systemDifferent neurodegenerative diseases have very different causes, so prevention ranges from risk reduction to symptom management.
There is currently no guaranteed way to prevent most neurodegenerative diseases. Where evidence supports it, this section uses the more accurate term risk reduction rather than promising prevention.
Dementia & memory

Alzheimer's disease

What it affects: memory, thinking, behavior, and eventually the ability to perform everyday activities.

Can it be prevented? No strategy is proven to guarantee prevention. However, NIH/NIA identifies several potentially modifiable risk factors associated with dementia.

Risk-reduction priorities: control high blood pressure, stay physically active, avoid smoking, manage diabetes and cholesterol, sleep well, address hearing loss, maintain social connection, and stay mentally engaged.

Reducing severe impact: early evaluation can help identify treatable contributors to cognitive symptoms and may allow earlier use of supportive care or disease-specific treatment when appropriate.

NIA risk & prevention guidance
Movement disorder

Parkinson's disease

What it affects: movement, balance, coordination, and in some people cognition, mood, sleep, speech, or swallowing.

Can it be prevented? There is no proven method that prevents Parkinson's disease.

What may help after diagnosis: regular exercise can improve flexibility, balance, strength, and mobility. Physical, occupational, and speech therapy can help preserve function, communication, and independence.

General health: a balanced diet and adequate fluids can help with issues such as constipation, while medication timing and protein intake may need to be individualized with a clinician.

NINDS Parkinson's overview
Motor neuron disease

ALS

What it affects: motor neurons that control voluntary movement, eventually affecting walking, speaking, swallowing, and breathing.

Can it be prevented? There is no established way to prevent ALS.

Reducing complications: multidisciplinary care, physical and occupational therapy, speech and communication support, nutritional support, respiratory monitoring, and assistive technology can help preserve function and quality of life.

Exercise: appropriately tailored low-impact activity and range-of-motion work may help maintain function, but exercise plans should be individualized to avoid overexertion.

NINDS ALS information
Inherited disease

Huntington's disease

What it affects: movement, thinking, behavior, and emotional regulation.

Can it be prevented? Huntington's disease is caused by an inherited mutation in the HTT gene. There is currently no proven way to prevent disease onset in someone who carries the disease-causing mutation.

What can help: genetic counseling can help families understand inheritance and testing decisions. Once symptoms develop, multidisciplinary care may help manage movement, psychiatric, cognitive, nutritional, and safety concerns.

Research direction: clinical studies are actively testing therapies intended to delay or slow disease onset and progression.

NINDS Huntington's research
Shared brain-health strategy

What is reasonable to do now?

For diseases in which prevention is uncertain, the safest evidence-based approach is to protect overall brain and vascular health: manage blood pressure and diabetes, stay active, avoid smoking, protect hearing, sleep adequately, reduce head-injury risk, stay socially connected, and seek evaluation for persistent neurological changes.

Important distinction

Risk reduction is not a guarantee

Age, genetics, environmental exposures, and still-unknown biological mechanisms play major roles in neurodegenerative disease. A person can follow healthy habits and still develop one of these conditions, while another person with risk factors may never develop it.

That is why this dashboard avoids claims such as “prevent Alzheimer's” or “prevent Parkinson's” when the evidence does not support them.

Sources: National Institute on Aging and National Institute of Neurological Disorders and Stroke. Educational information only; diagnosis, genetic testing, and treatment decisions should be made with qualified clinicians and genetic counselors when appropriate.
Population contextValidated demographic tools are prioritized over unsupported estimates.

Demographic analysis from official NYC sources

NYC Health’s Community Health Survey and EpiQuery provide validated demographic breakdowns by age, sex, race/ethnicity and other characteristics. The city cautions that some survey estimates can be unreliable when sample sizes are small, so this site does not fabricate a demographic breakdown from incomplete respiratory surveillance data.

Community Health Survey

Annual survey datasets covering health behaviors, chronic conditions, access to care and other population-health measures.

Open survey data

NYC Health Data Tools

Access EpiQuery, Community Health Profiles and other official analytic tools.

Open data tools
NYC Health advises analysts to account for the Community Health Survey’s complex sampling design and to review reliability guidelines for small estimates.
Trust layerHow the dashboard sources, validates, refreshes, and falls back when public data changes.
Every metric on this dashboard should have a traceable source, reporting period, and update cadence. Different datasets update on different schedules, so the site keeps those dates separate instead of implying that every number is equally “live.”
Source transparency

Public-health data should be traceable

Respiratory surveillance, vaccination, emergency response, chronic-disease guidance, and neurodegenerative-disease guidance all come from official public-health sources. Each source keeps its own publication schedule and level of certainty.

Current dashboard behavior

Verified values first

The geography section can refresh NYC Open Data 911 data directly. Before live data replaces the current values, the dashboard checks that all five boroughs are present and that incident and response-time values are valid.

If a refresh fails, the site keeps the most recent verified snapshot instead of showing blanks or zeros.

Source & Freshness Register
Respiratory surveillance NYC Department of Health and Mental Hygiene Weekly Live API
Vaccination NYC Childhood Vaccination Data Explorer / Citywide Immunization Registry Periodic Live API
911 emergency response NYC Open Data • Local Law 119 dataset Latest month Live API
Chronic conditions CDC + NYC Health Community Health Survey / EpiQuery Guidance + survey cycle Official source
Neurodegenerative diseases NIH / NIA / NINDS Clinical guidance Official source
Validation

Checks before data is shown

1. FetchOfficial public source
2. SchemaExpected fields exist
3. CoverageAll 5 boroughs present
4. ValuesNumeric & non-negative
5. PublishReplace only if valid
Fallback protection

What happens if a source fails?

If an endpoint is unavailable, blocked, or changes its structure, the dashboard retains the latest verified values. The source status changes to a cached/fallback state instead of silently presenting missing data as current.

01
Reporting periods

Weekly surveillance, monthly emergency-response data, and periodic survey estimates remain on their own timelines.

02
Preliminary data

Some surveillance values can be revised as new records are received. Reporting dates stay visible so users understand the context.

03
Health guidance

Prevention and treatment information comes from CDC and NIH-family agencies and distinguishes prevention from risk reduction and supportive care.

Production architecture

How a fully self-updating version should work

Official sources → scheduled collector → validation → versioned storage → dashboard API → website.

The deployed backend now checks respiratory, vaccination, and 911 sources automatically when the dashboard loads or when users refresh sources. Each endpoint uses cache controls so newly published official values can replace older values without editing the site by hand.

Data-quality notes apply to the current prototype architecture. A production deployment should also log failed updates, preserve historical versions, and expose the exact source URL and retrieval timestamp for every published dataset.
Place mattersExplore borough metrics and connect to neighborhood-level public-health tools.
Showing the latest available 911 reporting period.
Loading historical monthly records…
Interactive NYC Health Map
Reliable built-in map • click a borough to update the profile
911 snapshot • Aug. 2026
Click a borough to explore
NYC borough view
Shading reflects the selected indicator and time window.
SourceNYC Open Data
MetricMedical incidents
New York Harbor Long Island Sound Bronx Manhattan Queens Brooklyn Staten Island
Medical incidents
Lower ← borough value → Higher
The built-in shapes are a simplified schematic for reliable interaction; values are official-source borough data. The time selector changes the underlying 911 aggregation used throughout this map view. On a hosted production build, official DCP boundary geometry can be loaded as an enhancement.
Borough profile

Brooklyn

Latest verified borough snapshot
Life-threatening medical incidents13,926
Response time629.20 sec
Compared with NYC borough median—
Hover or click a borough. Use the indicator control above to recolor the map. Official values are validated before replacing the last verified snapshot.
Borough Comparison Chart
Life-threatening medical incidents • latest available month
Filtered Borough Data
Latest verified 911 snapshot
BoroughIncidentsResponse time

Community Health Profiles

NYC Health publishes health and social-condition profiles for 59 community districts, including neighborhood comparisons.

Explore profiles

NYC Open Data

Search city datasets and use API access for geographic public-health analysis.

Open NYC Open Data
Borough metrics use the monthly NYC Open Data Local Law 119 dataset. The time selector changes the underlying 911 aggregation used by the map, chart, table and CSV export. The local schematic map is deliberately independent of external mapping libraries so it remains usable even when a map CDN or geometry endpoint fails.
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