HS Flare Biomechanics & Wound Care Lab Clinical Sim

Micro-Tissue Cross-Section & Peel Shear

Interactive Physics
Intact Keratinocytes
Fragile Capillary Buds
Exudate Fluid
Contact Dressing
0%

Biomechanical Telemetry

Mechanical Shear Trauma
0% granulation tear
No tension applied to bed.
Moisture Equilibrium
Balanced
Optimal moist environment for keratinocyte migration.
Epithelial Bridge Velocity
0.42 mm / day
Unimpeded neo-vascular bridging across wound bed.
Dressing is stable. Granulation capillaries and advancing epidermal margins remain undisturbed.

Friction Flare Protocol Builder

Primary Dressing Recommendation:
Silicone contact layer (e.g., Mepitel / Adaptic non-adherent) or thin amorphous hydrogel with non-adhesive retention.
Mechanical Protection Protocol:
Seamless moisture-wicking bralette or tubular elastic net. Avoid elastic sports bra seam placement directly over the flare margin.

Health Anxiety & Tissue Reassurance Guide

✓ What Normal Healing Granulation Looks Like:
Vivid pink-to-red, moist, bumpy ("cobblestone") tissue bed with translucent pearlescent margins (advancing keratinocytes). Slight clear serous fluid is healthy cellular migration medium, not pus.
⚠️ Why Stalling Occurs (The "False Plateau"):
Gauze debridement strips the single-cell-thick epidermal tongue. The wound bed exhausts local growth factors rebuilding the same capillary loops repeatedly. Once trauma ceases, closure completes within 7–14 days.
🚩 True Red Flags (Seek Prompt Medical Assessment):
Rapidly expanding spreading erythema (>2 cm beyond flare border), intense heat, malodorous thick green exudate, red streaking toward lymph nodes, or systemic fever >38°C (100.4°F).

Exportable Flare Action Plan

Summarizes your current friction mitigation, atraumatic contact interface, and dressing change interval for clinical visits or home tracking.

Protocol generating...
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