Table 2.
Key aspects relied on by MSAC to make judgements of value
Appl. no | Short title | HTA approach | Type of economic analysis relied on by MSAC | Key measure(s) of cost-effectiveness relied on by MSAC | MSAC assessment of net costs to government | MSAC’s judgement of value (supported/not supported for funding) |
---|---|---|---|---|---|---|
1411 | Breast and ovarian cancer risk | CUC Proforma—pilot | CUA |
• $18,283 per QALY • $32,000 per breast or ovarian cancer event avoided |
• $5.05 M to $7.01 M per year • Assumes 10% of breast/ovarian cancer cases will be eligible for testing |
• Clinical utility: Change in cancer risk management for index case Change in cancer risk management for relatives Supported |
1449 | Alport Syndrome | CUC Proforma |
none (CUA in assessment report deemed unreliable) |
• n/a |
• $2.45 M to $1.37 M per year1 • Well characterised phenotype with a low risk of use outside the intended population |
• Clinical utility Avoidance of renal biopsy Prognostic information • Reproductive confidence Supported |
1476 | Childhood syndromes | CUC Proforma | CUA | • $7254 per QALY |
• $10.27 M to $9.52 M per year2 • Includes initial WEA, re-analysis, and cascade testing but excludes downstream savings as difficult to quantify |
• Clinical utility: Avoidance of diagnostic testing for index case Avoidance of unnecessary treatments • Reproductive confidence Supported |
1492 | NIPT | Investigative services | CEA | • $510,769 per additional trisomy detected |
• $100 M per year3 • Assumes NIPT would be used in addition to biochemical testing and antenatal ultrasound in ~ 300,000 pregnancies per year |
• Reproductive confidence Not supported |
1504 | Colorectal and endometrial cancer risk | CUC Proforma | CEA |
• $9762 per additional mutation detected (for Lynch syndrome index case) • $5691 per mutation identified (for Familial Polyposis index case) |
• $3.27 M to $3.48 M per year3 • Does not include expected mix of downstream costs and savings associated with cancer surveillance, risk-reducing surgeries, or cancer treatment |
• Clinical utility: Change in cancer risk management for index case Change in cancer risk management for relatives Supported |
1533 | Foetal structural abnormalities | Investigative services | CEA |
• $5258 per pathogenic CNV detected • Cost per complex birth avoided – testing dominates |
• $1.71 M to $1.74 M per year3 • Use outside intended population is expected to be low as amniocentesis and CVS are unlikely to be used inappropriately |
• Clinical utility: Guiding management of ongoing pregnancy Supported |
1534 | Familial hyper-cholesterolaemia | CUC Proforma | CUA | • $24,907 per QALY (for testing affected individuals plus first- and second-degree relatives) |
• $0.54 M to $0.62 M per year3 • Assumes uptake is based on current rates of under-diagnosis of Familial Hypercholesterolaemia |
• Clinical utility: Change in risk management for biological relatives Access to PBS-funded pharmacotherapy for index cases Supported |
1554 | Ovarian cancer BRCA1/2 for olaparib | Codependent technologies | CUA | • Cost per QALY4 |
• Net cost to MBS4 • For extending existing BRCA1/2 germline testing to allow somatic BRCA1/2 testing to determine patient access to first-line olaparib |
• Clinical utility: Access to PBS-funded pharmacotherapy for index cases Supported |
1573 | Carrier testing for CF, SMA and FXS | Investigative services | Revised CEA | • Cost per carrier couple detected – Carrier testing dominates |
• $34.90 M to $35.23 M per year3 • Plus possible savings to the PBS of $2.67 M to $17.54 M per year |
• Reproductive confidence: For clinically warranted testing of women early in pregnancy or intending to become pregnant, and their reproductive partners Supported |
1598 | Cardiac arrhythmias and channelopathies | CUC Proforma | CEA |
• $4721 per positive genotype5 for affected individuals • Testing dominates for affected individuals plus first-degree relatives, and for affected individuals plus first-and second-degree relatives |
• $0.56 M to $1.25 M per year3 • Long-term impacts of services associated with changed prevention and surveillance are uncertain |
• Clinical utility: Change in risk management for biological relatives • Reproductive confidence: Reproductive partner testing for genes with autosomal recessive inheritance Supported |
CEA, cost-effectiveness analysis; CF, cystic fibrosis; CNV, copy number variant; CUA, cost-utility analysis; CVS, chorionic villus sampling; FXS, fragile X syndrome; MBS, Medicare Benefits Schedule; MSAC, Medical Services Advisory Committee; NIPT, non-invasive prenatal testing; PBAC, Pharmaceutical Benefits Advisory Committee; PBS, pharmaceutical benefits scheme; QALY, quality-adjusted life year; SMA, spinal muscular atrophy; WEA, whole-exome analysis
1Net change in healthcare costs, including patient contributions
2Total cost to MBS and patients
3Cost to MBS
4Values redacted in PSD
5Positive genotype defined as presence of pathogenic or likely pathogenic variant