3D Printing – LUL tumor reconstruction (STL file processing)

3D Reconstruction – Bronchial tree timeline (LMB stenosis and stent placement)

3D Reconstruction – Broncho-vascular anatomy (LUL S1+2 with nodule)

3D Reconstruction – Lung parenchyma segmentectomy simulation (S7+8 with nodule)

3D Reconstruction – Venous drainage (LUL surgical dissection vs virtual)

3D Reconstruction – Virtual bronchoscopy (CT-based bronchial model)

3D Reconstruction – Virtual segmentectomy

Augmented Reality – Virtual 3D model overlay (bronchoscope location display)

Radiation Protection – Operator shielding

Atelectasis Severity (ASSESS Scoring Schematic)

Atelectasis Severity (CT Examples I–III)

CBCT – Brush Catheter Adjacent to Pleura (Axial)

CBCT – Brush Catheter Adjacent to Pleura (Sagittal)

CT – Features Predicting SSN Growth

CT – Hamartoma with Popcorn Calcifications

CT – Hamartoma with Popcorn Calcifications

CT – Intrapulmonary Lymph Nodes (Triangular)

CT – Lobulated RLL Nodule (Adenocarcinoma)

CT – LUL Lobulated Nodule (Hamartoma)

CT – LUL Mass (Contrast; Axial/Coronal/Sagittal)

CT – Mediastinal Adenopathy (Re‑Examination)

CT – Mediastinal Mass (Re‑Examination)

CT – Subpleural Lobulated Nodule (Adenocarcinoma)

CT – Suspicious Pulmonary Nodule (Right Lung)

CT – SVC/PA Encasement (Middle Mediastinal Mass)

CT – Tracheal Lesion (At Presentation)

CT/CXR – Endobronchial Obstruction

CXR/CT – Lobar Obstruction

Fluoroscopy – ICG‑Soaked Coil Deployment

PET – Pulmonary Nodule

PET – LLL mass

PET/CT/Clinical – Mediastinal mass with tracheal compression (Ultraflex stent deployment, post-CTA)

PET-CT – Abnormal cartilage metabolism (thyroid, tracheal, rib cartilage)

CT – Airway stent migration to stomach

CT – Atelectasis/ventilation change pre/post stent

CT – Bilateral SEMS (pre/post comparison, coronal views with patent stents)

CT – Bilateral SEMS cases (multiplanar reconstruction, five patients)

CT – BLVR occlusion methods (balloon vs valves, atelectasis patterns, accessory lobe expansion)

CT – Bronchus signs (truncation, passage, no bronchus)

CT – Cavitary nodule (LLL squamous cell carcinoma)

CT – Cavitary nodule (RUL aspergilloma)

CT – Central tumor progression (vascular and bronchial compression)

CT – Complex nodule with bronchial interruption sign (LLL invasive adenocarcinoma, MIP vessel convergence)

CT – Complex nodule with bubble-like lucencies (RUL adenocarcinoma, mixed growth patterns)

CT – Cystic airspace with mural nodule (LUL adenocarcinoma)

CT – Cystic lesion (right superior mediastinum, posterior SVC)

CT – Ground glass nodule evolution (stable, progressive, part-solid transformation)

CT – IASLC 2R/4R mapping

CT – IASLC stations 4L/5/5

CT – Intrathoracic goiter (diffuse tracheal narrowing, severe obstruction)

CT – Large left-sided pleural effusion

CT – Large tracheal lesion (95% obstruction, inferior third)

CT – Lipoid pneumonia (RML with fat component)

CT – LLL mass with left adrenal enlargement (heterogeneous enhancement)

CT – LMS obstruction: SCC vs ACC

CT – Loculated empyema

CT – LUL pulmonary nodule (oblique fissure measurement)

CT – Lung nodule with notch sign (lingula, large cell neuroendocrine carcinoma)

CT – Malignant CAO stenting (Dumon Y stent, post-laser and debulking, multiplanar views)

CT – Mediastinal abscess (post-EBUS TBNA complication)

CT – Mediastinal cyst (coronal)

CT – Mediastinal cyst wall enhancement (axial)

CT – Mediastinal mass (tracheal invasion, esophageal mass, chest wall and cervical involvement)

CT – Multiple ground glass nodules (post-trauma, follow-up, post-surgical changes)

CT – Multiple subsolid nodules (pure GGN vs part-solid, adenocarcinoma in situ vs minimally invasive)

CT – Navigation planning (PlanPoint software, segmented views with target pathway)

CT – Nodule with bronchial interruption sign (RLL NSCLC with adrenal metastasis)

CT – Nodule with bubble-like lucencies (RUL adenocarcinoma with lepidic growth)

CT – Nodule with fissure retraction (adenocarcinoma)

CT – Nodule with irregular air bronchogram (RLL adenocarcinoma)

CT – Pleural effusion (contiguous to primary lesion)

CT – Pneumomediastinum and Subcutaneous Empysema

CT – Post‑EBUS timeline: complications

CT – Post‑EBUS timeline: cyst enlargement

CT – Post‑EBUS timeline: cyst smaller post‑TBNA

CT – Post‑EBUS timeline: mediastinitis

CT – Post‑EBUS timeline: pleural effusion

CT – Post-LVRS nodule

CT – Post‑op neck soft tissue: diffuse tracheal calcification

CT – Post-operative bronchial kinking (lower lobar bronchus)

CT – Post-SBRT (11-month follow-up, ground-glass appearance)

CT – Post-SBRT (2-month and 8-month follow-up)

CT – Post-stent removal (tracheal patency)

CT – Pre‑LVRS

CT – Preoperative planning (RFID tag placement for S8a GGN, 3D reconstruction)

CT – RFA treatment (3D thermodynamic reconstruction maps, pre/post comparison)

CT – RFID tag deviation (target vs actual placement site, 20.8mm distance)

CT – RLL mass with pleural effusion (compressive atelectasis, mass-like opacity)

CT – RML orifice tumor with atelectasis

CT – Round well-delineated solid nodule (RLL squamous cell carcinoma)

CT – RUL nodule with mediastinal adenopathy

CT – Septated pleural effusion & “bubble sign”

CT – Sharply delineated oval nodule (LLL typical carcinoid)

CT – Solid nodule with ground glass halo (RLL invasive aspergillosis)

CT – Solitary lung nodule (2D and 3D MSCT with distance measurement)

CT – Spiculated nodule (RLL squamous cell carcinoma)

CT – Spiculated nodule with calcifications (RUL apex, squamous cell carcinoma)

CT – Spiculated nodule with notch sign (RUL small cell lung cancer with lymphadenopathy)

CT – Spiculated nodule with pleural tags (LUL adenocarcinoma with pleural invasion)

CT – Spiculated subpleural nodule (RUL apex with paraseptal emphysema)

CT – Squamous cell lung cancer (extrinsic obstruction, alveolus stent placement)

CT – Station 4R adenopathy

CT – Subpleural reticulation & cysts (MIP selection)

CT – Subpleural solid nodule (intrapulmonary lymph node, lingula)

CT – SVC and right pulmonary artery compression (mediastinal mass)

CT – Temporal evolution of LMB obstruction & stenting

CT – Thyroid mass with tracheal deviation

CT – Tracheal and bilateral main bronchi stenosis (soft tissue thickening)

CT – Tracheal and bronchial wall thickening (left lung atelectasis and bronchiectasis)

CT – Tracheal patency (post-stent and chemotherapy, 5-year follow-up)

CT – Tracheal schwannoma causing obstruction

CT – Tracheal stenosis

CT – Triple dye injection (iodinated contrast, ICG, methylene blue near lung lesion)

CT – Tumor response after chemoradiation (tracheobronchial)

CT – Tumor with cardiac invasion (left atrial involvement)

CT – Upper tracheal stenosis (axial and coronal views)

CT Angio – Azygos vein ectasia

Chest X-ray – Postoperative Lobectom

Chest X-ray – Coil placement (post-interventional)

Chest X-ray – Edema/effusions resolving after diuresis

Chest X-ray – Intrathoracic goiter management (ECMO support, ETT positioning, post-extubation)

Chest X-ray – Large left pneumothorax (post-bronchial valve, mediastinal shift)

Chest X-ray – Left lung atelectasis (pre/post stent for LMB stenosis)

Chest X-ray – Post-chest tube placement (residual loculated pneumothorax)

Chest X-ray – Postoperative Lobectomy with atelectasis of residual parenchyma

Chest X-ray – Post-valve LUL volume loss (hemothorax, endobronchial valves)

Chest X-ray – Pre-procedure COPD (bronchial valve candidate)

Chest X-ray – RLL mass (initial and follow-up with pleural effusion)

Chest X-ray – Stent placement (LLL re-expansion)

Chest X-ray – Thoracoscopy pre/post comparison (loculated empyema resolution)

Chest X-ray – Tracheal deviation & mediastinal shift

Chest X-ray – Tracheal shadow (bilateral pulmonary infiltrates)

Chest X-ray /CT – RMS endobronchial tumor

Chest X-ray/CT – LMB total occlusion (hilar mass with post-obstructive pneumonia)

Chest X-ray/CT Timeline – Pneumothorax management (drainage, stent placement, resolution)

Chest X-ray/CT – Left spontaneous pneumothorax (chest tube, air-fluid level, specimen)

Ultrasound – A lines (reverberation artifacts of pleuropulmonary interface)

Ultrasound – B lines (comet-tail artifacts, interlobular septa)

Ultrasound – B1 lines (hemodynamic edema)

Ultrasound – B-lines timeline (days 1, 4, 7, 14)

Ultrasound – C lines (subpleural focal consolidation)

CT – Right lung mass

Ultrasound – E lines (subcutaneous emphysema)

Ultrasound – Coalescent B2 lines (ground glass pattern)

Ultrasound – Floating visceral pleura (atelectasis)

Ultrasound – Complex nonseptated pleural effusion (heterogeneous hyperechoic spots)

Ultrasound – Malignant pleural effusion (fibrinous septation)

Ultrasound – Mesothelioma (pleural effusion, tumor masses, diaphragm infiltration, rib fracture)

Ultrasound – Neurofibrosarcoma and neurofibroma (diaphragm paralysis, liver bulging)

Ultrasound – Pleural adhesions (diaphragmatic to collapsed lung)

Ultrasound – Pleural thickening (bat sign, oblique approach for rib shadow avoidance)

Ultrasound – Pleural thickening technique (transverse/longitudinal probe positioning)

Ultrasound – Pneumothorax (absent lung sliding at pleural line)

Ultrasound – Sonographic anatomy (chest wall layers, pleural line, probe comparison)

Spirometry/CT – Pre/post treatment comparison (tracheal tumor, flow-volume curves)

Post‑transplant – Stent for anastomotic dehiscence

IR – Bronchial artery embolization for hemoptysis

Localization – CBCT‑assisted ENB marking

Localization – Hookwire (CBCT‑guided)

Localization – Lipiodol (CT‑guided)

Localization – Steel needle (CT‑guided)

Localization – VNB‑guided ICG fluorescence

Ultrasound – Z lines (bundle-shaped artifacts)

Ultrasound/CEUS – Primary lung sarcoma (pleural metastasis, enhancement patterns)

Ultrasound/CT Correlation – Pleural thickening (hypoecogenic lobular mass with circumferential pattern)

Ultrasound/CT Correlation – Pleural thickening localization (solid/cystic/complex characteristics)

Ultrasound/Pathology – Epithelioid mesothelioma (pleural effusion, solid tumor with biopsy)

CT/Chest X-ray – RMB and carina obstruction (Y-stent placement)

CT/Chest X-ray Correlation – Intratracheal tumor

CT/Fluoroscopy – Y‑stent implantation

CT – Multiple nodules (carcinoid vs tuberculoma in oncology patient)

CT – Multiple pulmonary nodules (spiculated morphology, varied PET uptake)

CT/PET-CT – Chest imaging (multiplanar correlation)

Chest X-ray/CT/Ultrasound – Bilateral GGO (interlobular septal thickening, B-lines, pleural effusion)

Chest X-ray/CT/Ultrasound – Mediastinal Hodgkin lymphoma (prevascular mass, airway compression, pleural effusion)

Anatomy – Internal mammary arteries on CT/3D

Biopsy – CT‑guided lung nodule (multi‑plane)

Biopsy – CT‑guided: hemorrhage complication

Biopsy – CT‑guided: indications

Biopsy – CT‑guided: pneumothorax complication

Biopsy – Fluoroscopy‑guided lung nodule

Biopsy – Ultrasound‑guided lung nodule

Adenoid cystic carcinoma (cribriform pattern, p40 and MYB IHC)

Adenoid Cystic Carcinoma (Cribriform Subtype)

Cribriform tumor structure (H&E 40× and 200×)

Cytokeratin immunohistochemistry (negative)

EBUS thyroid aspiration (poorly differentiated adenocarcinoma, TTF1/CEA/CK7 IHC)

EBUS-FNA squamous cell carcinoma (H&E, p40 and CK14 IHC)

Endobronchial lipoma (mature adipose tissue with mucoid changes, H&E)

Endobronchial tumor (polypoid lesion, H&E with myxoid stroma)

Endobronchial tumor (pre- and post-ablation biopsy comparison, H&E)

Immunohistochemistry panel (CD20, Ki67, Bcl-2, TdT)

Kaposi Sarcoma (Forceps vs Cryobiopsy vs FNA)

Lung cryobiopsy (H&E and ex-vivo confocal microscopy)

Lymph node squamous cell carcinoma (H&E low magnification)

Malignant mesothelioma (epithelioid and sarcomatoid, WT1 and calretinin IHC)

Multiple lung nodules (AIS, MIA, chronic inflammation, H&E)

PLCH vs HP (fibromyxoid foci and interstitial fibrosis)

Pleural Endometriosis with Stromal Invasion

Pleuropulmonary blastoma (chondrosarcoma, glandular and blastemal components, H&E)

S-100 immunohistochemistry (positive)

Sarcoidosis granuloma (cytoblock with Crown Cut needle)

Tissue core and blood contamination evaluation (H&E slides)

Tracheal Schwannoma (H&E Features)

Tracheal schwannoma (H&E with Antoni A/B areas, nuclear palisading)

Tracheal Schwannoma (S100 Positive)

Transbronchial biopsy adenocarcinoma (RUL with ROSE, H&E)

Cytology – Adenocarcinoma cells (high N/C ratio, TTF1 IHC)

Cytology – Aspirated pus (epithelioid cells, lymphocytes, granuloma formation)

Cytology – EBUS-FNA cell block vs smear (subcarinal metastatic adenocarcinoma)

Cytology – Lymphocytes in aspirated material (H&E)

Cytology – ROSE classification (Class 3 vs Class 4 cluster density)

Cytology – ROSE from EBUS-FNA (22G Mediglobe needle)

ROSE/Pathology Comparison – Forceps vs cryobiopsy (metastatic urothelial carcinoma and adenocarcinoma)

Specimen – Resected lung mass (RLL and RML)

Specimen Comparison – Forceps biopsy vs cryobiopsy

FFOCT-DCI – Technique description (high-resolution 3D biopsy imaging)

Digital Pathology – Quantitative analysis workflow (calibration and threshold measurement)

CT/Cytology – Mediastinal lymphadenopathy (small cell lung carcinoma, H&E)

CT/Cytology – Mediastinal mass with necrosis (EBUS-TBNA adenocarcinoma)

CT/Pathology – Discordant histology (LUL mass, SCC vs adenosquamous carcinoma)

Confocal Laser Endomicroscopy – Squamous cell carcinoma vs adenocarcinoma (with cytology)

Protocol – Breath‑Hold Timing & Hemodynamics

Protocol – Ventilation (Recruitment / PEEP / “40 for 40” Note)

Procedure – Sheath-free Amplatzer device deployment method (guide wire technique)

Physiology – Mechanisms of Atelectasis & Resistance (Diagram)

Foreign Bodies – Tracheobronchial specimens (dental device, nail, coin, grape)

Schematic – Flow‑Volume Loop Comparisons

Diagram – Breath-hold technique (peak inspiration for intraprocedural imaging)

Diagram – Central airway obstruction types

Diagram – iSGS treatment approaches (dilation, resection, open surgery)

Diagram – Lung nodule localization (spatial relationship to pleural surface)

Diagram – Mediastinal lymph node stations (EUS, EBUS, combination coverage)

Diagram – MWA characteristics (ablation zones, oven effect, thermal sink effect)

Diagram – Normal vs iSGS trachea (anatomical comparison)

Diagram – SSN natural history (seven progression types, growth rate classification)

Classification – Bronchus sign types (CT-BS integrated schematic)

Clinical Images – Post-operative T-tube insertion

Airway Management – Endobronchial Blockers (Schematic)

Airway Management – Endobronchial Blockers (Types/Parts)

Airway Stenosis – Post‑intubation (CT & bronchoscopy)

Algorithm – Endobronchial-transbronchial ablation zones (anatomical guidance)

Algorithm – SSN 3D measurement index (CT histogram and texture features)

Anatomy – Secondary lobule diagram (artery lobularis and pulmonary artery branch)

Bronchoscopic Images – Cobblestoning

CBCT‑Derived AF (Forceps/Cryobiopsy/Percutaneous)

ENB – “Artery Sign” Pathway Planning

ENB – “Artery Sign” Pathway Planning

ENB – CBCT Assistance (ICG Marking; Hybrid OR)

ENB – CBCT‑Guided MWA (Devices & Steps)

ENB – Edge Catheter (EWC SD180EWCTE‑FT)

ENB – Equipment (Therapeutic Scope + EWC + Cryoprobe)

ENB – GGO Dye Marking (3D Recon + ENB Screen)

ENB – Illumisite (Fluoroscopic Navigation Set)

ENB – Pleural Dye Marking (Workflow)

ENB – SuperDimension (Case 1 Mapping)

ENB – SuperDimension (Case 2 Mapping)

ENB – SuperDimension (Virtual Proximity at Target)

ENB (4D) – Multiplanar CT + Real‑Time Sampling

Hybrid OR – CBCT System (Ceiling‑Mounted)

Illumisite (Fluoro Navigation + Tomosynthesis)

Manual vs automated pathways (RB8 nodule with REBUS confirmation)

Monarch system interface (conventional and virtual bronchoscopic pathways)

Robotic – Catheter Display with Distance Metrics

Robotic – CBCT Collision Awareness (Alignment)

Robotic – Controller Interfaces (Ion/Monarch/Galaxy)

Robotic – Floor Plan (Hybrid OR Layout)

Robotic – Hybrid OR Workflow (Team & Screens)

Robotic – Ion + CBCT (Multiplanar Tool‑in‑Lesion)

Robotic – Monarch (Multiscreen Panels)

Robotic – Monarch + CBCT in Hybrid OR

Robotic – Multisource Display (Fluoro/EBUS/CT)

Robotic – Needle Aspiration (Tool Exit Orientation)

Robotic – REBUS Patterns (Eccentric → Concentric)

Robotic – REBUS Target Relationship (Probe Orientation)

Robotic – Registration Steps (Ion Example)

Robotic – Setup with Artis Zeego CBCT

Robotic – System Comparison (Yield & Tech)

Robotic – System Gallery (Monarch/Ion/Galaxy)

Robotic – Unicorn RAB System (China)

Robotic bronchoscopy interface (real-time and virtual bronchoscopic views)

Robotic system interface (real-time scope view, RUL nodule pathway)

Room Setup (Fixed C‑Arm; Bronchoscopy Positioning)

VBN + CBCT (Tip‑in‑Target Confirmation)

Virtual Bronchoscopy – Path Planning (Fly‑Through)

Virtual Bronchoscopy – Planning (Multiplanar Views)

Virtual Bronchoscopy – RFID Tag Placement (CT Correlation)

Virtual Bronchoscopy – Route/Target Overlay

Virtual Bronchoscopy – Veran (Lesion Access)

Virtual Bronchoscopy (Archimedes)

ENB – Virtual-assisted lung mapping (LG catheter, indigo carmine injection sequence)

CT/CBCT – DTS reconstruction (ART vs prior-aided, registered views)

CT/CBCT – Lung abscess drainage (rEBUS localization, needle placement, follow-up resolution)

CT/CBCT Comparison – Atelectasis artifact (with and without ventilation protocol)

CT/CBCT/EBUS – LLL nodule (CBCT-AF with EBUS-TBB, adenocarcinoma diagnosis)

CBCT – Cios Spin unit

CBCT – Lung nodule (center strike, multiplanar views)

CBCT – Percutaneous nodule marking guidance

CBCT – Tool‑in‑lesion (EMN + EWC)

CBCT–DTS – Patient (CT vs intra‑op CBCT)

CBCT–DTS – Patient reconstruction (PL DTS)

CBCT–DTS – Phantom (CT vs intra‑op CBCT)

CBCT–DTS – Phantom reconstruction (PL DTS)

CBCT–DTS – Phantom reconstruction (SE DTS)

Bronchoscopic Images/Pathology – ENB-guided methylene blue injection (S2a subsegmental, adenocarcinoma)

Bronchoscopic Ablation – Microwave (CBCT verification)

Brachytherapy – Endobronchial infiltration (LUL catheter placement and dose planning)

Bronchopleural Fistula – AD implantation (post-RML/RLL lobectomy)

Bronchopleural Fistula – AD implantation with CT/bronchoscopy correlation (post-LUL lobectomy)

Bronchoscopic Ablation – Argon plasma debulking

Augmented Fluoroscopy – Bronchoscopic localization

Augmented Fluoroscopy – Coil deployment view

Ablation – Fluoroscopy-guided cryoprobe with EBUS (1.1mm)

RAB – First‑pass peripheral sampling

RAB – Integrated multimodal monitors

RAB – Ion platform

RAB – Microwave ablation platforms

RAB – Monarch platform

RAB – Navigation alignment (no rEBUS)

Robotic Bronchoscopy – Navigation platforms (Monarch, Ion, Galaxy with TILT technology)

Ultrathin Bronchoscopy – rEBUS views & sampling

Fluoroscopy/CBCT – Multimodal navigation (RAB tool-in-lesion confirmation)

Fluoroscopy/Chest X-ray – Visicoil fiducial markers (triangulated pattern, augmented fluoroscopy)

Fluoroscopy – Transbronchial biopsy techniques (ultrathin vs thin bronchoscope with guide sheath)

Hybrid OR – CBCT‑guided bronchoscopy setup

Hybrid OR – Mobile CBCT (Cios Spin) setup

Image Processing – Registration algorithm comparison (MSE, MoMSE, improved MoMSE)

Diagram – DTS scan orbits (SE and PL trajectories)

Diagram – Robotic bronchoscopy room setup (Monarch, Ion, Galaxy platforms)

Biopsy – CBCT‑guided lung nodule

Biopsy – Specimen comparison (needle, forceps, cryobiopsy gross and frozen)

Biopsy – Transbronchial cryobiopsy procedure (RLL, ILD, fluoroscopy-guided)

RATS – Azygos vein exposure

RATS – Dual‑port mapping

RATS – Post‑azygos division

Conventional VAL-MAP technique (step-by-step)

CT-guided cyanoacrylate localization

CT-guided indocyanine green localization

CT-guided memory alloy coil localization

Lungpro-assisted metallic marker localization

RFID marker placement (wedge resection steps)

VAL-MAP 2.0 technique (step-by-step)

Intraoperative Imaging – ICG dye localization (VATS with fiducial marker)

Intraoperative Imaging – NIR fluorescence with ICG (Firefly mode vs white-light)

Fluoroscopy/Pathology – Lung nodule resection confirmation (ICG-coil marker, specimen)

Forensics – Tracheal ring injuries (autopsy)

Magnetic Navigation – Pulmonary nodule localization (RUL, methylene blue, thoracoscopic verification)