Lung Cancer Screening Implementation Project in the Brazilian Public Health Care System (LUSIP)

ConditionLung Cancer
Trial statusNot yet recruiting
Trial phaseNot listed
Trial typeObservational
Biological sexAll
Age50-80
SponsorAstraZeneca

About this trial

A prospective, longitudinal, single-arm interventional study of lung cancer screening.

Eligibility criteria

This trial does not accept healthy volunteers

Qualifiers

Age between ≥50 and ≤80 years.

Be a current smoker or have quit 15 years ago or less.

Have participated or are currently participating in smoking cessation program.

Lifetime smoking exposure equal to or greater than 20 pack-year.

Disqualifiers

Contraindications to the screening examination: (claustrophobic or weighing more than 130 kgs).

Inability to climb 3 stair steps non-stop (36 steps).

Disabling dyspnea

pleuritic chest pain

Trial population

The population of this study will be adult patients, both sexes, a high-risk smoker selected from a population with a high prevalence of granulomatous disease. The smokers at high risk for developing lung cancer, in a population with a high prevalence of granulomatous disease made up of SUS users registered in the Smoking Cessation Program in the Municipality of Rio de Janeiro, Brazil.

Trial design

Design model

Other

Time perspective

Other

Treatments tested in this trial

Not listed

Trial groups

No trial groups listed

Trial outcomes

Primary outcomes

1

• Proportion of negative cases on screening according to the Lung-RADS classification.

Tomographic screening for lung cancer in a population with a high prevalence of granulomatous disease may increase the proportion of false-positive cases, leading to unnecessary medical procedures, resource waste, and patient risk. This epidemiological scenario may also result in an increase in cases classified as benign or probably benign in screening.

Time frame
Last 10 years
2

• Proportion of false-positives.

Tomographic screening for lung cancer in a population with a high prevalence of granulomatous disease may increase the proportion of false-positive cases, leading to unnecessary medical procedures, resource waste, and patient risk. This epidemiological scenario may also result in an increase in cases classified as benign or probably benign in screening.

Time frame
Last 10 years

Secondary outcomes

1

• Cancer detection rate.

Not Applicable (N/A). The findings of each outcome will be compared with results published in the scientific literature.

Time frame
last 10 years
2

• Willingness to be screened (ie, proportion of eligible patients actually signing up for the study)

Not Applicable (N/A). The findings of each outcome will be compared with results published in the scientific literature.

Time frame
Last 10 years
3

• Percentage of adherence to screening - calculated by dividing the number of individuals screened with LDCT (numerator) by the number of eligible individuals invited to screen (denominator).

Not Applicable (N/A). The findings of each outcome will be compared with results published in the scientific literature.

Time frame
Last 10 years
4

• Percentage of adherence to follow-up.

Not Applicable (N/A). The findings of each outcome will be compared with results published in the scientific literature.

Time frame
Last 10 years

Other outcomes

Sponsors and contacts

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