Compression / pneumatic boots
Intermittent pneumatic compression for perceived recovery.
Recovery practices
Research records
Historical source snapshot. Not freshly verified, not a recommendation. Study findings, community accounts and app defaults are not interchangeable.
Publication suitability · 2026-10-15: Historical reference only; not a clinical verification. Clinical, regulatory, efficacy, safety and dose claims are not independently established by this review.
Compression / pneumatic boots
Intermittent pneumatic compression for perceived recovery.
Evidence category: Systematic review. This describes the source category, not approval or certainty.
Regulatory statement in source: Not separately recorded; do not infer approval from the evidence category.
A systematic review and meta-analysis of 17 studies with 319 participants found lower-limb intermittent pneumatic compression gave trivial to small benefits for muscle function after exercise, trivial to moderate effects on pain and soreness, and highly variable effects on muscle damage markers. In surgical patients, a meta-analysis of 16 randomised trials found compression reduced deep vein thrombosis compared with no prophylaxis, but not compared with drug prophylaxis. A meta-analysis of 14 trials in breast cancer patients found it reduced the incidence of lymphedema. Sports recovery evidence is weaker than the clinical evidence.
Benefits reported in the imported source
- Pooled surgical trials found compression cut deep vein thrombosis versus no prophylaxis.
- Pooled trials in breast cancer patients found less lymphedema and better limb extension.
- For sports recovery, effects on pain and soreness ranged from trivial to moderate.
Risks and limits
- It was no better than drug prophylaxis for clots, and the overall comparison was null.
- Effects on muscle damage markers were highly variable, and on muscle function trivial to small.
- Sports recovery evidence is weaker than the clinical evidence.
Source bottom line: Compression devices prevent clots and lymphedema in clinical settings; sports recovery effects are small and variable.
Uncertainty: Consistently improves perceived soreness; effects on actual performance recovery are much weaker.
Study protocols — reports, not instructions
319 athletic and healthy participants across 17 studies
- Reported regimen
- lower-limb intermittent pneumatic compression after exercise, most often about 20-30 minutes at around 80 mmHg
- Duration
- not stated
- Reported outcome
- Benefits were trivial to small for muscle function, trivial to moderate for pain and soreness, and highly variable for muscle damage markers.
- Source
- Effects of lower-limb intermittent pneumatic compression on sports recovery: A systematic review and meta-analysis (Maia et al. 2024)
Claim provenance
evidence.json#/catalog:recovery:compression/protocols/0
2,828 adult surgical patients across 16 randomised trials
- Reported regimen
- intermittent pneumatic compression, most often knee-length and in intermittent mode, started at anaesthesia in six trials, after surgery in five and before surgery in four
- Duration
- not stated
- Reported outcome
- Deep vein thrombosis fell against no prophylaxis (OR 0.41) but did not differ from drug prophylaxis (OR 1.32), and the overall comparison was null (OR 0.81).
- Source
- Effects of intermittent pneumatic compression devices interventions to prevent deep vein thrombosis in surgical patients: A systematic review and meta-analysis of randomized controlled trials (Sachdeva et al., 2022)
Claim provenance
evidence.json#/catalog:recovery:compression/protocols/1
1,397 breast cancer patients across 14 randomised trials
- Reported regimen
- intermittent pneumatic compression of the affected limb; limb-volume outcomes were better at pressures of 40 mmHg or less
- Duration
- treatment longer than two weeks in the subgroups with better limb-volume outcomes
- Reported outcome
- Lymphedema after breast cancer surgery was less frequent (RR 0.36) and limb extension improved; other joint movements and subjective symptoms did not change.
- Source
- Intermittent pneumatic compression devices for the prevention and treatment of breast cancer-related lymphedema (Su et al. 2025)
Claim provenance
evidence.json#/catalog:recovery:compression/protocols/2
Community and practice descriptions
Accounts of a practice are not evidence of safety or effectiveness. Words such as “standard”, “safe” or “recommended” describe the source account, not verified consensus or this wiki’s advice. Commercial and self-published citations are retained for traceability, not vendor endorsement or independent clinical corroboration.
Unverified imported account — Pneumatic compression therapy: can it really help Olympians (or you) recover after exercise? - The Conversation
An imported authored paraphrase, not a quotation or a recommended protocol.
Review: unverified historical account. The imported wording is preserved for attribution; its full clinical, dosing, efficacy or consensus claims have not been independently established. Described practice context only; no clinical benefit or safety outcome is inferred.
Imported wording: The Conversation reports recovery boots used by athletes and wellness businesses, with inflatable sleeves applying pressure sequentially from the ends of the limbs towards the trunk.
Historical research outcome: verified-description · 2026-10-06
An attributed practice description was verified without importing the source's benefit claims, recommendations or assumptions about prevalence.
- https://theconversation.com/pneumatic-compression-therapy-can-it-really-help-olympians-or-you-recover-after-exercise-236228: verified-description — Independently read the live source and checked this limited, attributed description: The Conversation reports recovery boots used by athletes and wellness businesses, with inflatable sleeves applying pressure sequentially from the ends of the limbs towards the trunk.
Pharmacokinetic context
No half-life recorded in this source snapshot. No value has been inferred.
Source references
- Effects of lower-limb intermittent pneumatic compression on sports recovery: A systematic review and meta-analysis (Maia et al. 2024)
- Effects of intermittent pneumatic compression devices interventions to prevent deep vein thrombosis in surgical patients: A systematic review and meta-analysis of randomized controlled trials (Sachdeva et al., 2022)
- Intermittent pneumatic compression devices for the prevention and treatment of breast cancer-related lymphedema (Su et al. 2025)
- PubMed: intermittent pneumatic compression recovery
Snapshot provenance
Source ID: catalog:recovery:compression. Commit: adc7684614f9439b41d91a3312b62e7982c7e20e. Review state: historical-not-reverified. Authored links are retained separately from the canonical evidence links in the public data. App templates/defaults and rejected drafts are archived, not deployed.
Related entries and components
None listed.