Non-communicable diseases (NCDs) like diabetes, heart disease, cancer, and stroke now account for over 60% of all deaths in India, quietly overtaking infectious diseases as the country’s biggest health challenge. To respond to this crisis, the government launched the National Programme for Prevention and Control of Cancer, Diabetes, Cardiovascular Diseases and Stroke (NPCDCS) in 2010. The programme is built on a clear set of strategies that move from preventing disease in healthy populations to managing it in those already affected. Understanding these strategies helps explain how India is attempting to slow down one of its most expensive and deadly public health problems.
Table of Contents
- Why the NPCDCS strategy matters
- Strategy 1: Prevention through behaviour change
- Health promotion and IEC/BCC
- Integration with other national efforts
- Strategy 2: Early diagnosis and screening
- Opportunistic screening
- Population-based screening (PBS)
- Awareness and special drives
- Strategy 3: Treatment and management
- NCD clinics at CHCs and district hospitals
- Specialised care units
- Home-based care and continuum
- Strategy 4: Capacity building and monitoring
- Training the workforce
- Monitoring, surveillance, and research
- Integration with other programmes
- How the strategies work together
Why the NPCDCS strategy matters
NCDs are different from infectious diseases. They build up silently over years through lifestyle and environmental factors, and once they appear, they often stay for life. The National Health Systems Resource Centre notes that NCDs cause considerable loss in productive years of life, with premature deaths from heart disease, stroke, and diabetes projected to rise further. This is why NPCDCS does not rely on a single intervention. Instead, it follows a four-part strategy: prevention through behaviour change, early diagnosis and screening, treatment and management, and capacity building with monitoring. Each strategy supports the others, creating a continuum of care that runs from the village sub-centre to the district hospital.
In 2023-24, the programme was renamed the National Programme for Prevention and Control of Non-Communicable Diseases (NP-NCD) to reflect a broader scope, but the core strategic pillars remain the same. For clarity, this post continues to use the widely recognised name NPCDCS.
Strategy 1: Prevention through behaviour change
The first and most cost-effective strategy is stopping NCDs before they start. Most chronic diseases share a small set of modifiable risk factors: tobacco use, harmful alcohol consumption, unhealthy diets, and physical inactivity. NPCDCS treats these risk factors as the foundation of all prevention work.
Health promotion and IEC/BCC
The programme uses Information, Education and Communication (IEC) and Behaviour Change Communication (BCC) activities to spread awareness about healthy living. Messages target diet (reducing salt, sugar, and trans fats), regular physical activity, stress management, and avoidance of tobacco and alcohol. These messages are delivered through mass media, community events, schools, and one-on-one counselling at health facilities.
According to official programme objectives, health promotion happens through behaviour change with the involvement of the community, civil society, community-based organisations, media, and development partners. This multi-stakeholder approach is deliberate, because lifestyle change cannot be enforced by hospitals alone.
Integration with other national efforts
NPCDCS does not work in isolation. It links with the Fit India Movement, the Eat Right India campaign, tobacco control programmes, and AYUSH initiatives that promote yoga as part of daily life. The National Health Mission confirms that AYUSH facilities and methodologies are being integrated with NPCDCS services, with yoga forming an integral part of the intervention. This integration acknowledges a simple truth: changing what people eat, drink, and how they move requires more than medical advice.
Strategy 2: Early diagnosis and screening
Even with the best prevention, many NCDs slip through and develop without symptoms. Early diagnosis dramatically improves outcomes and reduces treatment costs. NPCDCS uses a layered approach to screening that combines two main models.
Opportunistic screening
Under opportunistic screening, anyone aged 30 years or above who visits a health facility for any reason is also offered a basic NCD check. This includes a quick history (tobacco use, alcohol, family history, dietary habits), a physical examination, BMI calculation, blood pressure check, and a blood sugar test. As per the Operational Guidelines of NPCDCS, this screening takes place at sub-centres, PHCs, CHCs, and district hospitals, identifying individuals at high risk of cancer, diabetes, and cardiovascular disease who need further investigation.
Population-based screening (PBS)
Opportunistic screening only reaches those who already visit a clinic. To cover the rest, NPCDCS introduced population-based screening in 2018 as part of comprehensive primary healthcare. Under this model, ASHAs and ANMs go house-to-house and administer the Community Based Assessment Checklist (CBAC) to every adult aged 30 and above.
The NHM Maharashtra portal explains that a CBAC score of 4 or more flags a person as high-risk. The checklist also includes questions on symptoms of oral, breast, and cervical cancer, as well as COPD and asthma. Identified individuals are referred for screening of hypertension, diabetes, and three common cancers. The scale of this effort has been substantial: under the mass screening initiative, nearly 60 million people aged 30 and above were screened for diabetes and hypertension in the early years of the expanded programme.
Awareness and special drives
The programme also runs mass awareness campaigns, including opportunistic screening at large public events. For example, the Directorate General of Health Services notes that screening for diabetes, hypertension, and common cancers is conducted every year among visitors to the India International Trade Fair in New Delhi. Such drives normalise the idea of getting checked even when one feels healthy.
Strategy 3: Treatment and management
Detecting a disease is only useful if treatment follows. NPCDCS has built a tiered service delivery system designed to provide continuous care from the village to the district level.
NCD clinics at CHCs and district hospitals
The backbone of treatment is the network of NCD clinics. As of March 2020, the DGHS reports 665 District NCD Cells, 637 District NCD Clinics, 4,472 CHC NCD Clinics, 181 Cardiac Care Units, and 218 Day Care Units functioning across the country. These clinics offer free diagnostic tests and free essential medicines for patients enrolled with hypertension and diabetes.
At the CHC, the NCD clinic handles opportunistic screening, basic management of common NCDs, and counselling. At the district hospital, the NCD clinic acts as a referral hub, manages more complex cases, and provides follow-up. Suspected cancer cases are referred to tertiary cancer centres for confirmation and treatment.
Specialised care units
For acute and complex needs, the programme has established Cardiac Care Units (CCUs) in identified district hospitals for emergency cardiac care and Day Care Centres for chemotherapy and pain management in cancer patients. Under the Tertiary Care Cancer Centres scheme, the government also supports State Cancer Institutes and Tertiary Care Cancer Centres to expand comprehensive cancer care.
Home-based care and continuum
For patients who cannot easily travel, especially the elderly, ASHAs make follow-up home visits to monitor treatment adherence, blood pressure, and blood sugar. This ensures that patients diagnosed under population-based screening do not get lost between the screening event and long-term treatment. The objective, as stated in programme documents, is to ensure continuum of care: from screening to diagnosis to management to follow-up.
Strategy 4: Capacity building and monitoring
A programme of this scale only works if health workers are trained and if data flows back to managers who can act on it. The fourth strategy addresses both.
Training the workforce
NPCDCS invests heavily in training at every level. The Ministry of Health and Family Welfare’s NCD portal reports that approximately 7.19 lakh ASHAs, 2.25 lakh ANMs and Multi-Purpose Workers, 80,418 Community Health Officers, 29,076 Staff Nurses, and 29,632 Medical Officers have been trained under the programme. Training modules cover risk-factor screening, CBAC administration, measurement skills like blood pressure and blood sugar, counselling techniques, and referral protocols.
The quality of training matters as much as the numbers. A capacity-building study in Bihar found that even a one-day training on NCDs increased frontline health workers’ knowledge scores significantly, though gaps remained in practical skills like waist circumference measurement and random blood sugar testing. Such studies feed back into refining the curriculum.
Monitoring, surveillance, and research
NCD Cells at the national, state, and district levels are responsible for programme management, data collection, and performance review. Regular reporting through the Health Management Information System tracks screening coverage, diagnosis rates, treatment enrolment, and follow-up. The programme also supports the ICMR Cancer Registry and periodic risk-factor surveys to build a long-term evidence base.
Independent assessments have flagged weaknesses too. A study published by the US Centers for Disease Control noted that programme implementation has faced challenges from a poorly designed monitoring system, interruptions in drug supply, unreliable access to diagnostics, and poor financial planning. These findings have pushed efforts to strengthen Field Epidemiology Training Programmes with an NCD-specific track, building a more skilled public health workforce at the state and district levels.
Integration with other programmes
NPCDCS does not stand alone. It is integrated with the National TB Elimination Programme through a national framework for joint TB-Diabetes collaborative activities, which enables bi-directional screening, since people with diabetes are at higher risk of TB and vice versa. It is also linked with the National Programme for Health Care of the Elderly and the Rashtriya Bal Swasthya Karyakram for pilots on rheumatic heart disease. This kind of horizontal integration reduces duplication and stretches limited resources further.
How the strategies work together
Looked at separately, each strategy could be dismissed as routine public health work. The real innovation of NPCDCS is how the four strategies feed into each other. Prevention reduces the number of new cases. Screening catches the ones that slip through prevention. Treatment manages those detected. Capacity building and monitoring ensure that the first three strategies actually function on the ground and improve over time. When one pillar weakens, such as a drug supply break at NCD clinics, the entire continuum suffers, and patients who were screened may abandon follow-up. This interdependence is why programme reviews keep emphasising system strengthening rather than single-disease fixes.
What do you think? Among the four NPCDCS strategies, which one do you believe needs the most urgent strengthening in your own state or district, and why? If you had to design one new behaviour-change message for young adults to prevent NCDs, what would it say?
References
- https://nhm.gov.in/index1.php?lang=1&level=2&sublinkid=1048&lid=604
- https://nhsrcindia.org/disease-prevention-and-control
- https://nhm.maharashtra.gov.in/en/scheme/national-program-for-prevention-and-control-of-non-communicable-diseases-np-ncd/
- https://www.mohfw.gov.in/sites/default/files/Operational%20Guidelines%20of%20NPCDCS%20(Revised%20-%202013-17)_1.pdf
- https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4122958/
- https://dghs.gov.in/content/1363_3_NationalProgrammePreventionControl.aspx
- https://ncd.mohfw.gov.in/ncdlandingassets/aboutus.html
- https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10091123/
- https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9746704/

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