SCF-VIRA-EVCM-0002

ATLAS OF BLOOD EV ADDRESS CODES

Extracellular Vesicle Addressability, Routing Logic, Target Recognition, and System-Level Communication Architecture

Document Code: SCF-VIRA-EVCM-0002

Program: SCF Viragenesis + Decentralized Biological Intelligence (DBI)

Classification: Translational Communication Biology

Status: Foundational Atlas v1.0

Purpose: Establish the first SCF-derived comprehensive atlas of extracellular vesicle (EV) address codes governing blood-based biological communication, tissue targeting, signal routing, cargo delivery, and communication fidelity.

SECTION I — CORE HYPOTHESIS

Address Code Hypothesis

An extracellular vesicle possesses a multi-layer address architecture analogous to internet packet routing.

Each EV contains:

SCF Proposition:

EV specificity emerges from the convergence of:

Address Code = SAC × RAC × GAC × MAC × TAC

Where:

• SAC = Surface Adhesion Code
• RAC = Receptor Affinity Code
• GAC = Glycan Address Code
• MAC = Microenvironment Address Code
• TAC = Tissue Address Code

SECTION II — EV ADDRESS CODE HIERARCHY

LEVEL 1

Universal Address Layer (UAL)

Controls systemic circulation.

Functions:

• Blood persistence
• Immune evasion
• Biodistribution

Primary Markers:

LEVEL 2

Source Identity Layer (SIL)

Identifies originating tissue.

Platelet EVs

Marker

CD41

CD61

GPVI

Endothelial EVs

Marker

CD31

VE-Cadherin

ICAM-1

T Cell EVs

Marker

CD3

CD4

CD8

B Cell EVs

Marker

CD19

CD20

Monocyte EVs

Marker

CD14

CD11b

Tumor EVs

Marker

EpCAM

PD-L1

EGFR variants

SECTION III — PRIMARY ADDRESS ROUTING CODES

ADDRESS CLASS A

Adhesion Codes (SAC)

Purpose:

Initial vascular docking.

A1 Integrin Family

A2 Selectin Codes

A3 ICAM / VCAM Codes

SECTION IV — RECEPTOR AFFINITY ADDRESS CODES (RAC)

ADDRESS CLASS B

Purpose:

Cell-specific recognition.

Chemokine Routing Codes

Growth Factor Routing Codes

SECTION V — GLYCAN ADDRESS CODE ATLAS (GAC)

ADDRESS CLASS C

Glycans function as biological zip codes.

Sialylation Codes

Fucosylation Codes

Mannose Codes

SECTION VI — MICROENVIRONMENTAL ADDRESS CODES (MAC)

ADDRESS CLASS D

EVs respond to environmental context.

D1 Hypoxia Codes

Signals:

• HIF-1α
• CAIX-associated proteins
• VEGF-rich cargo

Destination:

Hypoxic tissue.

Examples:

• Tumors
• Ischemic myocardium
• Wounds

D2 Inflammatory Codes

Signals:

• TNFα
• IL-1β
• IL-6

Destination:

Inflamed tissue.

D3 Redox Codes

Signals:

• Oxidized phospholipids
• ROS-response proteins

Destination:

Oxidative injury zones.

SECTION VII — TISSUE ADDRESS CODE ATLAS (TAC)

Brain Address Codes

Blood-Brain Barrier Navigation

Markers:

• αvβ3
• LRP1-binding motifs
• Transferrin receptor motifs

Cargo Examples:

• miR-124
• BDNF-associated proteins

Liver Address Codes

Markers:

• αvβ5
• ASGPR-binding glycans

Cargo Examples:

• Metabolic regulators
• Lipid signaling molecules

Bone Marrow Address Codes

Markers:

• CXCR4
• VCAM-associated ligands

Cargo Examples:

• Hematopoietic regulators
• Stem-cell signals

Lung Address Codes

Markers:

• α6β4
• ICAM-targeting motifs

Cargo Examples:

• Inflammatory signals
• Fibrosis regulators

Lymph Node Address Codes

Markers:

• CCR7
• L-selectin ligands

Cargo Examples:

• Antigen presentation signals
• Adaptive immune coordination

SECTION VIII — CARGO-ADDRESS PAIRING MATRIX

Regulatory RNA Layer

Protein Layer

Metabolic Layer

SECTION IX — ORGAN-TO-ORGAN EV ROUTING NETWORK

Brain → Immune System

Address Codes:

• αvβ3
• CCR7

Function:

Neuroimmune synchronization.

Bone Marrow → Liver

Address Codes:

• CXCR4
• αvβ5

Function:

Hematopoietic-metabolic integration.

Gut → Brain

Address Codes:

• Enteric EV glycan signatures
• BBB navigation motifs

Function:

Gut-brain communication.

Adipose → Liver

Address Codes:

• Metabolic EV glycan patterns

Function:

Energy-state communication.

SECTION X — EV ADDRESS FIDELITY INDEX (EAFI)

Domain A

Address Precision (0–25)

Domain B

Target Recognition (0–25)

Domain C

Delivery Success (0–25)

Domain D

Communication Persistence (0–25)

Total:

0–100

Interpretation:

SECTION XI — DISEASE-SPECIFIC ADDRESS CODE FAILURE ATLAS

Cancer

Failure:

Address hijacking.

Mechanisms:

• Integrin reprogramming
• Glycan remodeling
• Organotropic metastasis

Examples:

• α6β4 → Lung metastasis
• αvβ5 → Liver metastasis

Autoimmunity

Failure:

Misaddressed immune activation.

Result:

Self-targeting communication loops.

Sepsis

Failure:

Broadcast amplification.

Result:

System-wide inflammatory routing collapse.

Neurodegeneration

Failure:

Brain EV export dysregulation.

Result:

Proteinopathy propagation.

SECTION XII — TRANSLATIONAL APPLICATIONS

SCF-EV-DX-001

Address-code biomarker diagnostics.

SCF-EV-TX-001

Engineered EV therapeutic delivery.

SCF-EV-ONC-001

Metastatic routing prediction.

SCF-EV-IMM-001

Immune communication monitoring.

SCF-EV-HEM-001

Blood-bank EV quality monitoring.

SCF-EV-SYNBIO-001

Programmable synthetic EV platforms.

STRATEGIC NEXT RESEARCH DELIVERABLES

SCF-VIRA-EVCM-0002A

Comprehensive Integrin Routing Atlas

SCF-VIRA-EVCM-0002B

Glycan Zip Code Atlas

SCF-VIRA-EVCM-0002C

Chemokine Routing Atlas

SCF-VIRA-EVCM-0002D

Organotropic Cancer EV Atlas

SCF-VIRA-EVCM-0002E

Blood-Brain Barrier EV Navigation Atlas

SCF-VIRA-EVCM-0002F

Synthetic Programmable EV Address Engineering Platform

SCF-VIRA-EVCM-0002G

Universal EV Address Code Database

MASTER DOCUMENT REGISTRY INDEX

SCF-VIRA-EVCM-0002 — Blood EV Address Code Atlas

SCF-VIRA-EVCM-0002A — Integrin Routing Atlas

SCF-VIRA-EVCM-0002B — Glycan Zip Code Atlas

SCF-VIRA-EVCM-0002C — Chemokine Routing Atlas

SCF-VIRA-EVCM-0002D — Organotropic Cancer EV Atlas

SCF-VIRA-EVCM-0002E — Blood-Brain Barrier Navigation Atlas

SCF-VIRA-EVCM-0002F — Synthetic Programmable EV Address Engineering Platform

SCF-VIRA-EVCM-0002G — Universal EV Address Code Database

SCF-VIRA-EVCM-0001 — Blood EV Cargo Mapping Framework

SCF-DBI-CIRC-003 — Blood as Decentralized Biological Intelligence Layer

SCF-VIRAGENESIS-TRIAD-004 — Placenta–Brain–Blood Integration Model