SOC → SCF-DBI Logic Translation

Purpose

Lung Resection and Wedge Repair are surgical procedures performed to control pulmonary injury, preserve respiratory function, eliminate nonviable lung tissue, stop hemorrhage, control air leaks, and restore functional gas exchange.

In trauma, these procedures are commonly used to manage:

• Penetrating lung injury
• Blunt pulmonary laceration
• Persistent air leak
• Pulmonary hemorrhage
• Devitalized lung tissue
• Complex thoracic trauma

SOC Definition

Clinical Objective

Restore pulmonary integrity by:

• Repairing lung lacerations
• Removing nonviable tissue
• Controlling hemorrhage
• Controlling air leaks
• Preserving maximal lung function
• Preventing respiratory compromise

Common Techniques

Pulmonary Tractotomy

Opening a wound tract to directly control bleeding and air leaks.

Wedge Resection

Removal of a localized segment of injured lung while preserving surrounding parenchyma.

Segmentectomy

Removal of an anatomic lung segment.

Lobectomy

Removal of an entire pulmonary lobe when injury cannot otherwise be controlled.

Pneumonectomy

Removal of an entire lung.

Reserved for catastrophic injury.

SCF-DBI Translation

Core Concept

SOC views Lung Resection/Wedge Repair as:

Removal or repair of injured lung tissue.

SCF-DBI views Lung Resection/Wedge Repair as:

Restoration of the Pulmonary Gas-Exchange Intelligence Network (PGEIN).

The primary objective is not simply tissue removal.

The objective is preservation and restoration of:

1. Gas exchange capacity
2. Oxygen delivery
3. Pulmonary perfusion
4. Respiratory reserve
5. Neurocardiopulmonary stability
6. Long-term pulmonary resilience

SCF-DBI Pulmonary Injury Architecture

Domain 1

Pulmonary Functional Loss Mapping

SOC Focus

Identify injured lung.

SCF-DBI Focus

Map functional gas-exchange loss.

Injury Cascade

Pulmonary injury

↓

Hemorrhage and air leak

↓

Alveolar disruption

↓

Gas exchange impairment

↓

Hypoxemia

↓

Oxygen delivery failure

↓

Systemic dysfunction

SCF Classification

Pulmonary Functional Collapse Syndrome (PFCS)

A loss of effective gas exchange resulting from structural pulmonary disruption.

Output

Pulmonary Functional Preservation Score (PFPS)

Domain 2

Gas-Exchange Reserve Intelligence

Major SCF-DBI Enhancement

Selected Enhancement:

Gas-Exchange Reserve Intelligence

This becomes the principal SCF-DBI enhancement.

Rationale

SOC focuses on:

• Technical repair
• Bleeding control
• Air leak control

SCF-DBI evaluates:

Remaining Functional Gas-Exchange Capacity

because survival depends upon preserved alveolar performance.

Assessment Domains

Reserve States

Output

Gas-Exchange Reserve Index (GERI)

Domain 3

Neurocardiopulmonary Recovery Assessment

SCF-DBI Enhancement

Pulmonary injury affects:

• Oxygenation
• Cardiac performance
• Cerebral perfusion

simultaneously.

Assessment Domains

Output

Neurocardiopulmonary Recovery Score (NCRS-LR)

Domain 4

Air-Leak Stability Intelligence

SOC

Control air leaks.

SCF-DBI

Monitor structural pulmonary integrity.

Assessment Domains

Output

Air-Leak Stability Score (ALSS)

Domain 5

Pulmonary Parenchymal Preservation Mapping

SCF-DBI Enhancement

The goal is preservation of functional lung, not merely injury removal.

Assessment Domains

Output

Pulmonary Preservation Index (PPI-L)

Domain 6

Pulmonary Endothelial Recovery Surveillance

SCF-DBI Enhancement

Lung injury affects:

• Alveoli
• Pulmonary capillaries
• Endothelium

simultaneously.

Assessment Domains

Output

Pulmonary Endothelial Recovery Score (PERS-L)

Domain 7

Respiratory Resilience Reconstruction

SCF-DBI Enhancement

The final objective is restoration of long-term pulmonary adaptability.

Assessment Domains

Output

Respiratory Resilience Index (RRI-L)

RHENOVA Integration

R1 — Survival Preservation

Control:

• Hemorrhage
• Air leak
• Gas-exchange failure

Output:

Pulmonary Rescue Status

R2 — Recovery Optimization

Restore:

• Oxygenation
• Ventilation
• Perfusion

Output:

Recovery Readiness Score

R3 — Regenerative Conditioning

Preserve:

• Functional alveoli
• Pulmonary endothelium
• Gas-exchange reserve

Output:

Pulmonary Regeneration Profile

R4 — Functional Restoration

Restore:

• Respiratory reserve
• Exercise capacity
• Pulmonary efficiency

Output:

Pulmonary Restoration Matrix

R5 — Long-Term Resilience

Prevent:

• Chronic respiratory dysfunction
• Persistent air leak
• Restrictive physiology
• Oxygen dependence

Output:

Respiratory Resilience Profile

SCF-DBI Lung Resection / Wedge Repair Workflow

Step 1

Identify pulmonary injury burden.

Output

Pulmonary Functional Preservation Score

Step 2

Perform lung repair or resection.

Output

Structural Repair Confirmation

Step 3

Activate Gas-Exchange Reserve Intelligence.

Output

Gas-Exchange Reserve Index

Step 4

Assess neurocardiopulmonary recovery.

Output

Neurocardiopulmonary Recovery Score

Step 5

Evaluate air-leak stability.

Output

Air-Leak Stability Score

Step 6

Assess pulmonary preservation.

Output

Pulmonary Preservation Index

Step 7

Monitor endothelial recovery.

Output

Pulmonary Endothelial Recovery Score

Step 8

Determine respiratory resilience trajectory.

Output

Respiratory Resilience Index

Glossary

SCF Principle Alignment

INDEX

SCF-SURG-LUNG-RESECTION-0001

SCF-SURG-WEDGE-REPAIR-0001

SCF-DBI-PULMONARY-FUNCTIONAL-COLLAPSE-SYNDROME-0001

SCF-DBI-GAS-EXCHANGE-RESERVE-INTELLIGENCE-0001

SCF-DBI-AIR-LEAK-STABILITY-SCORE-0001

SCF-DBI-PULMONARY-PRESERVATION-INDEX-0001

SCF-DBI-RESPIRATORY-RESILIENCE-INDEX-0001

SCF-THORACIC-PULMONARY-RECONSTRUCTION-WORKFLOW-0028

SCF-LUNG-RESECTION-WEDGE-REPAIR-MASTER-0001