SCF-DBI NICU & PRETERM CRITICAL CARE SOP | Neonatal Surgical ICU, Congenital Surgical Disorders, Surgical Stress Intelligence & RHENOVA Regenerative Surgical Recovery Program

Program Code: SCF-DBI-NICU-SICU-0001

Operational Window: Prenatal Diagnosis → Surgery → NICU Recovery → Discharge

Primary Objective: Preserve developmental biological intelligence during neonatal surgery while minimizing neurodevelopmental injury, endothelial dysfunction, microbiome disruption, growth failure, and long-term functional impairment.

SECTION 9.1

CLINICAL POSITIONING

Traditional Neonatal Surgical Model

Focuses on:

Anatomical correction
Surgical success
Postoperative survival

SCF-DBI Surgical Model

Neonatal surgery is viewed as:

Controlled Developmental Disruption

requiring preservation of:

Neurodevelopment

Endothelial integrity

Stem-cell niches

Immune tolerance

Growth programming

Organ maturation

Core Principle

The operation is only one phase of treatment.

The primary objective is preservation of developmental intelligence throughout the perioperative continuum.

SECTION 9.2

NEONATAL SURGICAL ICU ACTIVATION CRITERIA

Automatic Activation

Congenital Diaphragmatic Hernia (CDH)

Gastroschisis

Omphalocele

Intestinal Atresia

Tracheoesophageal Fistula (TEF)

Necrotizing Enterocolitis

Volvulus

Congenital Airway Disorders

Congenital Cardiac Surgical Patients

ECMO Surgical Patients

SECTION 9.3

PREOPERATIVE SCF-DBI SURGICAL ASSESSMENT

Objective

Establish baseline developmental intelligence profile.

Domain A

Neurodevelopmental Intelligence

Assess:

Neurologic examination

Cerebral oxygenation

ANMS

Neurodevelopmental risk burden

Domain B

Endothelial Intelligence

Assess:

Perfusion

Lactate

Capillary refill

Endothelial stability

Domain C

Metabolic Intelligence

Assess:

Glucose

Growth trajectory

Nutritional reserve

Domain D

Microbiome Intelligence

Assess:

Feeding history

Antibiotic exposure

NEC risk

Domain E

Regenerative Capacity

Assess:

Growth reserve

Stem-cell preservation status

Bone marrow niche stability

SECTION 9.4

SURGICAL STRESS INTELLIGENCE MONITORING (SSIM)

Purpose

Quantify biologic impact of surgery.

Traditional Monitoring

Blood pressure

Heart rate

Oxygenation

Blood loss

SCF Surgical Stress Monitoring

Neuroimmune burden

Endothelial injury burden

Metabolic stress burden

Neuroendocrine activation burden

Developmental disruption burden

Surgical Stress Intelligence Score (SSIS)

Classification:

Green

Minimal stress burden

Yellow

Moderate stress burden

Orange

Significant biologic stress

Red

High developmental injury risk

SECTION 9.5

CONGENITAL DIAPHRAGMATIC HERNIA (CDH) WORKFLOW

Clinical Positioning

CDH is viewed as:

Pulmonary Developmental Adaptation Failure

combined with:

Cardiopulmonary intelligence disruption

Preoperative Goals

Pulmonary stabilization

Perfusion optimization

Neurodevelopment preservation

ANMS stabilization

Surgical Timing

Based upon:

Physiologic stability

Pulmonary adaptation

Hemodynamic adaptation

Postoperative Goals

Pulmonary recovery

Endothelial preservation

Neurodevelopment protection

Growth recovery

SECTION 9.6

GASTROSCHISIS MANAGEMENT WORKFLOW

Clinical Positioning

Gastroschisis is viewed as:

Developmental Gut Exposure Syndrome

resulting in:

Barrier disruption

Endothelial stress

Microbiome instability

Immediate Management

Thermal protection

Fluid optimization

Bowel protection

Infection prevention

Surgical Pathway

Primary closure

Staged silo reduction

SCF Priorities

Gut intelligence preservation

Endothelial stability

Microbiome recovery

SECTION 9.7

OMPHALOCELE MANAGEMENT WORKFLOW

Preoperative Assessment

Sac integrity

Pulmonary status

Associated anomalies

Surgical Objectives

Safe reduction

Abdominal domain preservation

Respiratory stability

SCF Objectives

Growth preservation

Neurodevelopment preservation

Regenerative recovery

SECTION 9.8

INTESTINAL ATRESIA SURGICAL PATHWAY

Clinical Positioning

Atresia is viewed as:

Developmental Gastrointestinal Continuity Failure

Preoperative Goals

Stabilization

Decompression

Nutrition support

Operative Goals

Restore intestinal continuity

Preserve bowel length

Preserve regenerative potential

Postoperative Monitoring

Feeding adaptation

Growth progression

Microbiome recovery

SECTION 9.9

TRACHEOESOPHAGEAL FISTULA (TEF) WORKFLOW

Clinical Positioning

TEF represents:

Airway-Gastrointestinal Communication Failure

Preoperative Priorities

Airway stabilization

Aspiration prevention

Respiratory support

Operative Objectives

Fistula closure

Esophageal continuity

Preservation of airway integrity

Postoperative Priorities

Respiratory recovery

Feeding adaptation

Growth support

SECTION 9.10

RHENOVA REGENERATIVE SURGICAL RECOVERY PROGRAM

Strategic Position

Recovery begins before surgery.

Program Domains

Neurodevelopment Recovery

Endothelial Recovery

Immune Recovery

Metabolic Recovery

Growth Recovery

Microbiome Recovery

SECTION 9.11

RHENOVA INNOVATION DEPLOYMENT DURING SURGERY

Neurodevelopment Preservation Bundle

Maintain:

Cerebral oxygenation

Sleep protection

Neuroinflammation control

Glycocalyx Protection Bundle

Maintain:

Perfusion

Endothelial integrity

Fluid stewardship

Stem Cell Preservation Strategy

Maintain:

Regenerative reserve

Growth signaling

Bone marrow protection

Microbiome Stabilization Protocol

Maintain:

Gut barrier integrity

Feeding recovery

Antibiotic stewardship

SECTION 9.12

POSTOPERATIVE ANMS SURVEILLANCE

Neuroimmune Domain

Monitor:

Inflammation

Infection risk

STRI

Neurovascular Domain

Monitor:

Perfusion

Lactate

EII

Neurometabolic Domain

Monitor:

Glucose

Nutrition

Growth

Neuroendocrine Domain

Monitor:

Stress burden

Recovery adaptation

SECTION 9.13

SURGICAL RECOVERY ESCALATION FRAMEWORK

Green

Stable recovery

Yellow

Early stress response

Increase surveillance

Orange

Threatened recovery

Activate Surgical Recovery Bundle

Red

Recovery failure risk

Multidisciplinary escalation

SECTION 9.14

SURGICAL DISCHARGE READINESS CRITERIA

Clinical

Stable respiratory status

Stable perfusion

Adequate feeding

Appropriate wound healing

Growth

Positive growth trajectory

Stable nutritional status

SCF

ANMS >80

STRI >80

EII stable

MAS stable

SECTION 9.15

SURGICAL RECOVERY ENDPOINTS

Physiologic

Surgical stability

Organ recovery

Developmental

Preserved neurodevelopment

Preserved growth trajectory

Biological Intelligence

Stable ANMS

Stable STRI

Stable regenerative adaptation

PAGE 9 COMPLETION

Next Page (Page 10):

ECMO SOP

CRRT & Renal Support SOP

Refractory Shock Management

Multi-System Collapse Prevention Protocol

ANMS Crisis Management Workflow

RHENOVA Rescue Bundles

End-of-Life, Recovery Transition & Family Integration Program

MASTER REGISTRY INDEX

SCF-DBI-NICU-SICU-0001 — Neonatal Surgical ICU SOP

SCF-DBI-NICU-CDH-0001 — Congenital Diaphragmatic Hernia Workflow

SCF-DBI-NICU-GASTRO-0001 — Gastroschisis Management Workflow

SCF-DBI-NICU-OMPH-0001 — Omphalocele Management Workflow

SCF-DBI-NICU-ATRESIA-0001 — Intestinal Atresia Surgical Pathway

SCF-DBI-NICU-TEF-0001 — Tracheoesophageal Fistula Workflow

SCF-SSIS-0001 — Surgical Stress Intelligence Score

SCF-RHENOVA-RSRP-0001 — Regenerative Surgical Recovery Program

SCF-ANMS-SURG-0001 — Postoperative ANMS Surveillance Framework

SCF-RHENOVA-NICU-SURG-0001 — Project RHENOVA Neonatal Surgical Intelligence Platform