Rapid Field-Deployable Blood Analysis System

​Patent Pending

BioCode Red™ is a next-generation, miniaturized, patch-integrated blood analysis platform engineered to deliver critical biomarker results within seconds. Designed for prehospital and austere settings, BioCode Red provides advanced diagnostic intelligence from a finger-lancet blood drop, transforming how trauma, cardiac events, stroke, sepsis, and poisoning are triaged in the field.

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Primary Conditions Detected Pre-Ambulance Arrival

BioCode Red enables early detection and triage of the following critical conditions before EMS arrives:

• Hemorrhagic Shock – Detected via lactate, hemoglobin, hematocrit, and pH decline.

• Myocardial Infarction (Heart Attack) – Identified using Troponin, potassium, and CK-MB profiles.

• Sepsis / Septic Shock – Flagged by elevated lactate, CRP, WBC count, and declining pH.

• Ischemic or Hypoglycemic Stroke – Differentiated by glucose levels, sodium, and INR.

• Drug Overdose / Poisoning – pH, potassium, CO₂, and liver markers suggest metabolic crisis.

• Hyperkalemia-Induced Cardiac Risk – Critical in trauma, renal failure, or crush injury contexts.

• Respiratory Failure / Acidosis – Detected via pH, CO₂, O₂ saturation, and lactate analysis.

This early warning system empowers autonomous treatment devices, hospital teams, and paramedics to make informed decisions faster than traditional EMS diagnostics.

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Technology Descriptions

1. Microneedle + Lab-on-Chip Hybrid Patch

• Device Type: Flexible polymeric microfluidic patch with embedded hollow microneedles (50–100 μm diameter).

• Mechanism: Passive capillary wicking, vacuum-assist, or piezoelectric micropump draws 10–50 μl blood.

• Integration: Microfluidic channels split the sample into isolated test zones, each optimized with pre-loaded dried reagents.

• Sensor Types:

  • Ion-selective electrodes (Na⁺, K⁺, Ca²⁺, Cl⁻)

  • Enzyme-linked electrochemical sensors (Glucose, Lactate)

  • Plasmonic nanostructures (CRP, Troponin)

  • pH-ISFET and micro-optical gas sensors (pH, CO₂)

2. BioCode ASIC

• Purpose: Ultra-low power, embedded chip designed to drive detection signal acquisition and pre-processing.

• Features:

  • Multiplexed ADC and signal conditioning

  • On-chip microcontroller with AI co-processor

  • Wireless (BLE/LoRa) + near-field communication for 911 Phone sync

3. Embedded Data AI Layer (911 AI Core)

• Real-time biomarker analysis using functional medicine interpretation logic and emergency triage rules.

• Trained on high-resolution datasets (trauma outcomes, sepsis progression, cardiac events).

• Output: actionable classifications (e.g., Hyperkalemia-Induced Arrhythmia Risk: HIGH).

4. 911 TriageNet Sync

• Secure, encrypted cloud layer routes results to:

  • Trauma centers

  • Ambulance teams

  • Surgical and ICU staff

• Includes API integration with EHR (HL7 / FHIR compatible).

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Target Biomarkers & Test Parameters

Glucose

Enzyme-electrochemical chip, 30–60 sec,~5 μl

Diabetic coma, stroke mimic

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Lactate

Electrochemical sensor, 1–3 min, ~10 μl

Occult shock, sepsis

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Potassium (K⁺)

Ion-selective electrode, 2–3 min,~10 μl

Hyperkalemia, crush injury

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Hemoglobin/Hematocrit

Optical or colorimetric,1–2 min, ~5–10 μl

Blood loss, anemia

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Troponin

Immunoassay chip, 3–5 min,~20 μl

Myocardial infarction

 

CRP

Plasmonic chip, 3–5 min, ~20 μl

Infection, trauma inflammation

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WBC Count

Impedance cytometry chip, 2–3 min, ~10 μl

Infection/sepsis detection

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pH / CO₂

ISFET + micro-optical sensors, 2–4 min, ~15 μl

Respiratory failure, shock evaluation

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PT / INR

Clot-time analyzer chip, 3–5 min,~20 μl

Coagulopathy, anticoagulant OD

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Alignment & Partnership Potential

​Purple Patch Active Bandage

Patch module integrates beneath protective layer, auto-draws blood

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CardioPoint

Correlates K⁺, pH, Troponin with stimulation protocols

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AortaPoint

Adjusts oxygenation based on lactate and pH sensors

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911 Phone

Direct UI + AI interpretation + voice-assist + remote consult

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911 Informatics Kiosk

Receives, logs, displays triage markers; routes patient by severity

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Software Stack Overview

BioCode OS Modules

• Sample Interpretation Engine: Translates raw sensor input into clinical-grade data

• Functional Threshold Logic: Based on Blood Logic-style optimal ranges

• Triage AI Core: Prioritizes emergent alerts (e.g., hemorrhage, sepsis)

• Sync/Transmit API: Secure connection to 911 TriageNet and hospital EMR systems

• Learning Layer: Continuously improves triage accuracy based on outcome-linked data

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 From Drop to Decisions in Seconds...

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