banner

News Details

Created with Pixso. Home Created with Pixso. News Created with Pixso.

Lung Cancer 105 Gene Testing: Who Benefits From Broad NGS at Diagnosis

Lung Cancer 105 Gene Testing: Who Benefits From Broad NGS at Diagnosis

2026-08-25

Overview

The Lung Cancer 105 gene panel is built for newly diagnosed non-small cell lung cancer patients who need a comprehensive genomic profile before first-line therapy. This article focuses on the patient populations that benefit most from broad next-generation sequencing at diagnosis, supplied through GIVE LIFE TIME International for reference laboratories. Ordering the broad panel up front avoids the delay of repeated single-gene tests.

How It Works

Tumor-derived DNA and RNA undergo library preparation and next-generation sequencing across 105 genes linked to lung oncogenesis. A bioinformatics pipeline reports single nucleotide variants, insertions and deletions, fusions, and copy number alterations with an actionable interpretation layer. Report reviewers prioritize alterations that match an approved or trial-based targeted agent.

Indications

It is indicated for stage III to IV adenocarcinoma, squamous carcinoma, and mixed histology where driver alteration screening guides targeted agent selection. Never-smokers and patients with limited tissue gain the most from a single broad panel instead of multiple sequential tests. It is also useful when a rapid targeted decision will shape the first line of therapy.

Specimen & Processing

Formalin-fixed paraffin-embedded tissue or a dedicated core is preferred, with a minimum of 10 to 20 unstained sections or 20 to 50 nanograms of extracted nucleic acid. Plasma-derived circulating tumor DNA is accepted when tissue is scarce. Each sample is accessioned and quality-checked before library construction. Sample identity is confirmed at every handoff, and residual material from the population-focused workflow is retained for optional confirmatory re-analysis.

Storage & Sourcing

Reports are delivered as a secure PDF through the client portal within seven to ten working days, with raw sequence data available on request. GIVE LIFE TIME International supports distributors with batch pricing, white-label options, and cold-chain sample logistics across regions. Client portals return multi-language reports for the Lung program and support bulk export to hospital information systems.

FAQ

Q: Which patients should receive the 105 gene panel first? A: Newly diagnosed advanced NSCLC, never-smokers, and anyone with scarce tissue are prioritized so one assay can surface every actionable driver at once. Early broad testing prevents wasted weeks on single-gene rounds.

Q: How much tissue is required for the lung panel? A: A core needle biopsy or 10 to 20 unstained sections are usually sufficient, and plasma circulating tumor DNA is accepted when tissue is unavailable. The laboratory confirms adequacy before sequencing begins.

Q: Does the panel report PD-L1 status alongside mutations? A: PD-L1 is assessed separately by immunohistochemistry, while this NGS report covers the genomic drivers that direct targeted therapy. Both results are reconciled by the treating team.

Q: How are results delivered to the referring clinician? A: A secure PDF summary and the underlying VCF are released through the portal, with an accompanying interpretation note for the prescriber. Urgent cases can be flagged for faster turnaround.

banner
News Details
Created with Pixso. Home Created with Pixso. News Created with Pixso.

Lung Cancer 105 Gene Testing: Who Benefits From Broad NGS at Diagnosis

Lung Cancer 105 Gene Testing: Who Benefits From Broad NGS at Diagnosis

Overview

The Lung Cancer 105 gene panel is built for newly diagnosed non-small cell lung cancer patients who need a comprehensive genomic profile before first-line therapy. This article focuses on the patient populations that benefit most from broad next-generation sequencing at diagnosis, supplied through GIVE LIFE TIME International for reference laboratories. Ordering the broad panel up front avoids the delay of repeated single-gene tests.

How It Works

Tumor-derived DNA and RNA undergo library preparation and next-generation sequencing across 105 genes linked to lung oncogenesis. A bioinformatics pipeline reports single nucleotide variants, insertions and deletions, fusions, and copy number alterations with an actionable interpretation layer. Report reviewers prioritize alterations that match an approved or trial-based targeted agent.

Indications

It is indicated for stage III to IV adenocarcinoma, squamous carcinoma, and mixed histology where driver alteration screening guides targeted agent selection. Never-smokers and patients with limited tissue gain the most from a single broad panel instead of multiple sequential tests. It is also useful when a rapid targeted decision will shape the first line of therapy.

Specimen & Processing

Formalin-fixed paraffin-embedded tissue or a dedicated core is preferred, with a minimum of 10 to 20 unstained sections or 20 to 50 nanograms of extracted nucleic acid. Plasma-derived circulating tumor DNA is accepted when tissue is scarce. Each sample is accessioned and quality-checked before library construction. Sample identity is confirmed at every handoff, and residual material from the population-focused workflow is retained for optional confirmatory re-analysis.

Storage & Sourcing

Reports are delivered as a secure PDF through the client portal within seven to ten working days, with raw sequence data available on request. GIVE LIFE TIME International supports distributors with batch pricing, white-label options, and cold-chain sample logistics across regions. Client portals return multi-language reports for the Lung program and support bulk export to hospital information systems.

FAQ

Q: Which patients should receive the 105 gene panel first? A: Newly diagnosed advanced NSCLC, never-smokers, and anyone with scarce tissue are prioritized so one assay can surface every actionable driver at once. Early broad testing prevents wasted weeks on single-gene rounds.

Q: How much tissue is required for the lung panel? A: A core needle biopsy or 10 to 20 unstained sections are usually sufficient, and plasma circulating tumor DNA is accepted when tissue is unavailable. The laboratory confirms adequacy before sequencing begins.

Q: Does the panel report PD-L1 status alongside mutations? A: PD-L1 is assessed separately by immunohistochemistry, while this NGS report covers the genomic drivers that direct targeted therapy. Both results are reconciled by the treating team.

Q: How are results delivered to the referring clinician? A: A secure PDF summary and the underlying VCF are released through the portal, with an accompanying interpretation note for the prescriber. Urgent cases can be flagged for faster turnaround.