Variable | Estimate (%) | Plausible range/95% confidence interval | Data source |
---|---|---|---|
CT first decision tree | |||
Supraclavicular lymphadenopathy | 1.7% | 0.3–6.7% | Study cohort |
USS-guided lymph node biopsy sensitivity | 93% | 90–96% | Extrapolated from Han et al. [12] |
HAL model eTable 8 > 10% | 51% | 42–60% | Study cohort |
Nodule accessible by radial EBUS | 57% | 44–69% | Study cohort |
Radial and Linear EBUS sensitivity | 73% | 70–76% | Published data [13] |
Linear EBUS sensitivity | 89% | 46–97% | |
Ct-guided lung biopsy sensitivity | 93% | 90–97% | Published data [12] |
Distant metastatic disease on FDG PET | 38% | 27–51% | Study cohort |
Full HAL model > 10 | 21% | 10–37% | Study cohort |
Accessible met disease OR FDG PET positive hilar LN OR Nodule accessible with radial EBUS | 51% | 38–64% | Study cohort |
PET first decision tree | |||
Accessible metastatic disease | 7.9% | 4.2–14% | Study cohort |
Percutaneous image-guided biopsy sensitivity | 93% | 90–96% | Published data [16] |
FDG PET positive hilar LN OR HAL > 10% | 42% | 33–52% | Study cohort |
Nodule accessible by radial EBUS | 64% | 50–77% | Study cohort |
Radial and linear EBUS sensitivity | 73% | 70–76% | Published data [13] |
Linear EBUS sensitivity | 89% | 46–97% | |
CT-guided lung biopsy sensitivity | 93% | 90–97% | Published data [12] |
Full HAL model > 10% | 3.3% | 0.9–11% | Study cohort |
Nodule accessible by radial EBUS | 44% | 33–57% | Study cohort |