Bulletin of the World Health Organization

Cost-effectiveness of oral cancer screening: results from a cluster randomized controlled trial in India

Sujha Subramanian, Rengaswamy Sankaranarayanan, Bela Bapat, Thara Somanathan, Gigi Thomas, Babu Mathew, Jissa Vinoda & Kunnambath Ramadas

Volume 87, Number 3, March 2009, 200-206

Table 4. Total cost and effectiveness of oral cancer screening per 100 000 individuals and cost-effectiveness of screening,a Trivandrum district, Kerala, India, 1996–2004

Intervention arm (n = 87 829) Control arm(n = 80 086) Difference between intervention and control arms
Total cost
Cost per 100 000 individuals (2004 US$) 556 328 331 364 224 964
Effectiveness
Number of cancer cases detected per 100 000 individuals
All individuals 212.39 165.69 46.70
High-risk individualsb 420.65 396.70 23.95
Number of cancer deaths per 100 000 individuals
All individuals 79.78 91.24 –11.46
High-risk individualsb 154.98 216.15 –61.17
Life-years saved per 100 000 individualsc
All individuals NA NA 269.31d
High-risk individualsb NA NA 1437.64d
Cost-effectiveness
Cost per additional cancer detected in the intervention arm relative to the control arm (2004 US$)
All individuals NA NA 4817d
High-risk individualsb NA NA 9394d
Cost per life-year saved by the intervention (2004 US$)
All individuals NA NA 835d
High-risk individualsb NA NA 156d

NA, not available; US$, United States dollars.
a The cost-effectiveness of screening is expressed in terms of the cost per additional cancer detected and the cost per life-year saved.
b Users of tobacco or alcohol or both.
c Estimate based on an average life expectancy of 73.5 years and the assumption that death due to oral cancer will occur at an average age of 50 years.
d This figure was calculated based on the information provided in Table 3.