Objective European lung cancer screening studies using computed tomography (CT) have
shown that a management protocol based on measuring lung nodule volume and volume …

Objectives To explore the optimum diameter threshold for solid nodules to define positive
results at baseline screening low-dose CT (LDCT) and to compare two-dimensional and …

Rationale and Objectives To describe the rational and design of a population-based
comparative study. The objective of the study is to assess the screening performance of …

Currently, lung cancer screening by low-dose chest CT is implemented in the United States
for high-risk persons. A disadvantage of lung cancer screening is the large number of small …

Background Early diagnosis of lung cancer in a treatable stage is the main purpose of lung
cancer screening by computed tomography (CT). Accurate three-dimensional size and …

Lung cancer accounts for about 1.6 million deaths per year worldwide (1). Most patients are
diagnosed with advanced disease, resulting in a very low 5-year survival rate. Screening …

Objective To determine the optimum definition of growth for indeterminate pulmonary
nodules detected in lung cancer screening. Materials and methods Individuals with …

Objective In lung cancer screening practice low-dose computed tomography, diameter, and
volumetric measurement have been used in the management of screen-detected lung …

Objective To retrospectively investigate whether optimisation of volume-doubling time (VDT)
cutoff for fast-growing nodules in lung cancer screening can reduce false-positive referrals …

Background The use of multidetector computed tomography (CT) in lung-cancer screening
trials involving subjects with an increased risk of lung cancer has highlighted the problem for …