TABLE 1.
Types of Interventions Studied in US Public Health Cost-Utility Analyses, 1976–2003
Disease | Intervention | $/QALYab | Author |
Screening | |||
Cancer | One-time colonoscopic screening for colorectal cancer | Cost-savingc | Ness et al.20 |
Continued Pap and HPV testing to screen for cervical cancer into very old age | 80 000 | Mandelblatt et al.21 | |
Diabetes | Diabetic retinopathy screening in patients with type 2 diabetes mellitus | 19 000 | Vijan et al.22 |
Screening for type 2 diabetes in individuals ≥ 25 years old | 67 000 | CDC Diabetes Cost-Effectiveness Study Group23 | |
Infection | Genetic screening for prevention of rheumatic fever | 8 500 | King et al.24 |
Kidney | Screening for proteinuria | 19 000 | Boulware et al.25 |
Pre- and postnatal | Universal newborn screening by tandem mass spectrometry for medium-chain Acyl-CoA dehydrogenase deficiency | 5 700 | Venditti et al.26 |
Universal newborn tandem mass spectrometry | 6 100 | Schoen et al.27 | |
Screening for cystic fibrosis carriers | 9 500 | Rowley et al.28 | |
Newborn tandem mass spectrometry for acidemia disorders | 15 000 | Insinga et al.29 | |
Immunization | |||
Blood-borne illnesses, STDs | Hepatitis A/B immunization | Cost-saving | Jacobs et al.30 |
Hepatitis A/B vaccination vs. hepatitis B vaccination | 13 000 | Jacobs and Meyerhoff31 | |
Universal vaccination for HPV | 23 000 | Sanders and Taira32 | |
Hepatitis A vaccination | 55 000 | Arguedas et al.33 | |
Respiratory and other infections | Haemophilus influenzae type b vaccination | Cost-saving | Zhou et al.34 |
Hypothetical respiratory syncytial virus vaccination | 6 100 | Gessner35 | |
Increasing measles immunization rates | 52 000 | Zwanziger et al.36 | |
Pneumococcal vaccination | 56 000 | Pepper and Owens37 | |
Vaccination against invasive pneumococcal disease | 4 100 | Sisk et al.38 | |
Regulatory and education policy | |||
Multiple | Vitamin supplementation to lower plasma homocysteine levels | 1 000 | Tice et al.39 |
Switching smoking cessation drugs to over-the-counter status | 16 000 | Keeler et al.40 | |
Intensive national school-based antitobacco education | 20 000 | Tengs et al.41 | |
Restrictions on the use of cell phones while driving | 75 000 | Cohen and Graham42 | |
Switching to use of emission-controlled urban transit buses | 270 000 | Cohen et al.43 | |
Regulations against using a cellular telephone while driving | 350 000 | Redelmeier and Weinstein44 | |
Care delivery | |||
Resuscitation with publicly accessible automated external defibrillators | 30 000 | Cram et al.45 | |
Public access defibrillation by police | 32 000 | Nichol et al.46 | |
Training program for automated external defibrillators on aircrafts | 36 000 | Groeneveld et al.47 | |
Rapid defibrillation by targeted nontraditional responders | 55 000 | Nichol et al.48 | |
HIV | State AIDS drug assistance programs in Oklahoma vs. Mississippi | 18 000 | Johri et al.49 |
HIV postexposure prophylaxis according to US Public Health Service guidelines | 91 000 | Scheid et al.50 | |
HIV and STD health behavior | |||
Condom distribution | Cost-saving | Bedimo et al.51 | |
HIV risk reduction counseling and education | 7 500 | Tao and Remafedi52 | |
Intervention on sexual behavior and condom use | 37 000 | Chesson et al.53 | |
HIV cognitive-behavioral risk reduction intervention | 64 000 | Pinkerton et al.54 | |
Injury prevention | |||
Injury | Safety-belt law | Cost-saving | Zaloshnja et al.55 |
Safety-belt law | 40d | Zaloshnja et al.56 | |
Air bags in cars | 24 000 | Graham et al.57 | |
Hip protectors for women | Cost-saving | Segui-Gomez58 | |
Drowning prevention program | Cost-saving | Zaloshnja et al.55 | |
Streetlight installation | Cost-saving | Zaloshnja et al.55,56 | |
Livestock control project | Cost-saving or fewer QALYs | Zaloshnja et al.55,56 | |
Suicide prevention program | 460 | Zaloshnja et al.55 | |
Blood testing | |||
Multiple | HIV antibody testing of donated blood | Cost-saving | AuBuchon et al.59 |
Alanine aminotransferase testing of donated blood | 3 600 | Busch et al.60 | |
Solvent-detergent treatment of fresh-frozen plasma for transfusion | 289 000 | AuBuchon and Birkmeyer61 | |
Surveillance | |||
Tuberculosis skin testing and treatment | Cost-saving | Khan et al.62 | |
Surveillance of cancer risk in Barrett's esophagus | 120 000 | Provenzale et al.63 | |
Other health | |||
Donor heart transplantation | 31 000 | Mendeloff64 | |
Donor liver transplantation | 35 000 | Mendeloff64 |
Note. QALY = quality-adjusted life-year; HPV = human papillomavirus; STD = sexually transmitted disease.
Source. Center for the Evaluation of Value and Risk in Health.6
All values presented in 2003 US dollars. “$/QALY” measures the cost-effectiveness of an intervention by comparing it with an alternative intervention via a ratio of incremental costs over incremental quality-adjusted life years gained because of an intervention.
The cost-effectiveness ratios listed are point-estimate values from original articles dating 1976–2003 included in the Tufts Medical Center Cost-Effectiveness Analysis Registry. The cost-effectiveness ratios will vary according to the precise strategies, target populations, and perspective used. Additional data on the cost-effectiveness ratios associated with public health can be found at: http://www.cearegistry.org.
Cost-saving means the intervention saves money and increases QALYs.
Decreases costs and decreases QALYs.