Case Study
Crush Injuries: Limiting Tissue Damage at the Scene
HBOT maintains oxygen delivery even when hemoglobin levels are critically low – reducing episode costs and recovery time when applied at the moment of incident.
Details
Overview
Crush injuries and compartment syndrome cut off oxygen to tissue rapidly. Without intervention, the result is necrosis, amputation, and extended rehabilitation. This case study examines how immediate hyperbaric oxygen therapy limits tissue damage and reduces the overall cost of care for crush injury patients.
Key Takeaways
HBOT maintains oxygen delivery even when hemoglobin is critically low
On-scene delivery cuts recovery from 6–9 months to ~2 months
Treatment costs drop from ~$350k–$500k to ~$150k
Who This Applies To
Relevant to emergency medical services, trauma surgeons, orthopedic units, and industrial accident response teams. Data sourced from published hyperbaric and trauma medicine research on crush and compartment syndrome treatment.
What The Data Shows
Traditional treatment with zero HBOT: 6–9 month recovery, ~$350k–$500k
Later stage HBOT (applied within 6–48 hours): 3–4 month recovery, ~$250k–$350k
Immediate HBOT via HYPERVAN (applied within 30–60 minutes): ~2 month recovery, ~$150k
The Bottom Line
In crush injuries, oxygen deprivation is the enemy. HBOT addresses it directly – but only if it arrives before the damage becomes irreversible. HYPERVAN puts treatment on-scene within minutes, when it matters most.
Sources:
Undersea and Hyperbaric Medical Society: https://www.uhms.org/resources/hbo-indications.html
Bouachour et al., randomized trial: https://pubmed.ncbi.nlm.nih.gov/8665450/
Strauss MB et al., Hyperbaric treatment of crush injuries: https://pubmed.ncbi.nlm.nih.gov/10417440/
Overview
Crush injuries and compartment syndrome cut off oxygen to tissue rapidly. Without intervention, the result is necrosis, amputation, and extended rehabilitation. This case study examines how immediate hyperbaric oxygen therapy limits tissue damage and reduces the overall cost of care for crush injury patients.
Key Takeaways
HBOT maintains oxygen delivery even when hemoglobin is critically low
On-scene delivery cuts recovery from 6–9 months to ~2 months
Treatment costs drop from ~$350k–$500k to ~$150k
Who This Applies To
Relevant to emergency medical services, trauma surgeons, orthopedic units, and industrial accident response teams. Data sourced from published hyperbaric and trauma medicine research on crush and compartment syndrome treatment.
What The Data Shows
Traditional treatment with zero HBOT: 6–9 month recovery, ~$350k–$500k
Later stage HBOT (applied within 6–48 hours): 3–4 month recovery, ~$250k–$350k
Immediate HBOT via HYPERVAN (applied within 30–60 minutes): ~2 month recovery, ~$150k
The Bottom Line
In crush injuries, oxygen deprivation is the enemy. HBOT addresses it directly – but only if it arrives before the damage becomes irreversible. HYPERVAN puts treatment on-scene within minutes, when it matters most.
Sources:
Undersea and Hyperbaric Medical Society: https://www.uhms.org/resources/hbo-indications.html
Bouachour et al., randomized trial: https://pubmed.ncbi.nlm.nih.gov/8665450/
Strauss MB et al., Hyperbaric treatment of crush injuries: https://pubmed.ncbi.nlm.nih.gov/10417440/
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Partner with HYPERVAN to bring HBOT to the frontlines of emergency response.
Ready to deploy?
Partner with HYPERVAN to bring HBOT to the frontlines of emergency response.
Ready to deploy?
Partner with HYPERVAN to bring HBOT to the frontlines of emergency response.