162 records: 160 extracted; 2 identity-only. Extraction is not an evidence-quality grade.
Extracted
Field case study; doubly labeled water
One woman and one man completing a 322 km mountain ultra.
Source and identifiers
EV-A0E38D4B7A25 · SRC-D31A28E85979
Total Energy Expenditure and Water Turnover During a 322 Km Mountain Ultramarathon (opens in a new tab)Extracted
Prospective observational cohort; one year
307 women and 431 men; 591 rearfoot, 147 non-rearfoot runners.
Source and identifiers
EV-F4DD08D3D381 · SRC-A99B300D6627
Is a Runner's Footfall Pattern a Risk Factor for a Running-Related Injury? Using Data from the 4HAIE Cohort Study (opens in a new tab)Extracted
Systematic review and exploratory meta-analysis; 12 studies
Healthy adults undertaking repeated eccentric exercise.
Source and identifiers
EV-7B340045B6AF · SRC-35ACB76547DB
Neurophysiological and neuromuscular responses associated with the repeated bout effect following eccentric exercise in healthy adults: a systematic review and meta-analysis (opens in a new tab)Extracted
Laboratory comparison of habitual strike groups across grades
21 rearfoot and 21 non-rearfoot runners.
Source and identifiers
EV-4BF74A8FD495 · SRC-A393075E416F
Habitual non-rearfoot strike pattern attenuates impact loading during level and uphill running but not during downhill running (opens in a new tab)Extracted
Cross-sectional running-economy study
61 female recreational runners aged 20–60
Source and identifiers
EV-9F8D20FD1C73 · SRC-2B7AB65697BF
Predictive factors for running economy in female recreational runners (opens in a new tab)Extracted
Methodological narrative review
Wearable sweat-sensor research; no pooled athlete trial
Source and identifiers
EV-669DEF01790C · SRC-B344A7F301C2
Preserving Sample, Interface, and Signal Fidelity in Wearable Sweat Electrolyte Monitoring During Exercise (opens in a new tab)Extracted
Systematic review of 10 randomized-trial articles
Athletes and healthy adults; 12 experiments, overlapping outcome samples
Source and identifiers
EV-71B42AF215ED · SRC-1D65D6ACE2B0
The effects of brain endurance training on physical endurance performance under mental fatigue and non-fatigued conditions: a systematic review and meta-analysis (opens in a new tab)Extracted
Controlled acute running experiment
12 trained male runners
Source and identifiers
EV-24B04CD7621A · SRC-496493239A7E
Positive Joint Work Redistribution in Running: The Role of Plantar Flexor Fatigue and the Effect of Advanced Footwear Technology (opens in a new tab)Extracted
Randomized repeated-condition cycling trial
12 men cycling in heat
Source and identifiers
EV-D0EB1220468C · SRC-02E46BF165B2
A randomized trial on thirst satiation during exercise in the heat: Effects on thermal strain, perceived concentration, and executive function (opens in a new tab)Extracted
Double-blind randomized crossover trial
Nine men; three-hour cycling trials
Source and identifiers
EV-C00714AC9F96 · SRC-533875FCABBE
Carbohydrate ingestion and visual or neural fatigue during prolonged exercise (opens in a new tab)Extracted
Systematic methodological review
43 heterogeneous human-running studies
Source and identifiers
EV-22B829FE7EAD · SRC-195164C2D071
Assessing running stability: a systematic review of methods (opens in a new tab)Identity only — methods and findings pending
Source and identifiers
EV-0A0E044157AD · SRC-3E2201EC3A58
PMID 42711823 (opens in a new tab)Extracted
Structured narrative review
Physically active adults and athletes across exercise models
Source and identifiers
EV-A9538E3C2E77 · SRC-3C007DBD5407
From Macronutrients to Functional Foods: Nutritional Strategies for Recovery Following High-Intensity Exercise (opens in a new tab)Extracted
Perspective article
Sport monitoring translated to occupational heat settings
Source and identifiers
EV-ABB568913F62 · SRC-5F98046B2457
Leveraging wearables to safeguard workers in a hotter climate (opens in a new tab)Extracted
Individual-participant-data review; 13 studies
296 men and 52 women; recreational and competitive endurance athletes.
Source and identifiers
EV-3FD0E177F879 · SRC-EDAD056BB788
Which Training Intensity Distribution Intervention will Produce the Greatest Improvements in Maximal Oxygen Uptake and Time-Trial Performance in Endurance Athletes? A Systematic Review and Network Meta-analysis of Individual Participant Data (opens in a new tab)Identity only — methods and findings pending
Source and identifiers
EV-AB5489AB6300 · SRC-974601E41BBA
PMID 40153564 (opens in a new tab)Extracted
Systematic review; 31 controlled studies
Middle- and long-distance runners; 472 men, 180 women; ages 17–45.
Source and identifiers
EV-E982F8DDF098 · SRC-054EBE92968F
Effect of Strength Training Programs in Middle- and Long-Distance Runners’ Economy at Different Running Speeds: A Systematic Review with Meta-analysis (opens in a new tab)Extracted
Current opinion
Long-ultramarathon physiology; no pooled sample
Source and identifiers
EV-F61371B50FBE · SRC-3924C3A70D01
PMID 39405022 (opens in a new tab)Extracted
Systematic review with narrative synthesis
18 heterogeneous running publications
Source and identifiers
EV-F1125EEBB885 · SRC-A60DFE2188D0
PMID 40964543 (opens in a new tab)Extracted
Systematic review and meta-analysis
51 studies; 502 participants, 31 women
Source and identifiers
EV-D1A9BA671A0F · SRC-1F5F7FA08E26
The Effect of Heat Stress and Dehydration on Carbohydrate Use During Endurance Exercise: A Systematic Review and Meta-Analysis (opens in a new tab)Extracted
Repeated experimental running conditions
Eight elite male marathoners
Source and identifiers
EV-E703930E78CD · SRC-DF13C4404F32
^{13}C-labelled glucose-fructose show greater exogenous and whole-body CHO oxidation and lower O_{2} cost of running at 120 versus 60 and 90 g·h^{-1} in elite male marathoners (opens in a new tab)Extracted
Systematic review; 16 predominantly observational studies
Ultramarathon athletes in varied event formats.
Source and identifiers
EV-2BED9892FDFA · SRC-40403DC7979F
The Role of Sleep on Physical and Cognitive Performance of Ultra-Endurance Athletes: A Systematic Review (opens in a new tab)Extracted
Descriptive field case study
One elite athlete in Western States 100
Source and identifiers
EV-473F3DAD5C9B · SRC-C82EC09C5F23
Physiological, nutritional, and thermoregulatory responses of a world-class mountain-ultramarathon athlete during the 2025 Western States Endurance Run 100 (opens in a new tab)Extracted
Systematic review and meta-analysis
28 studies in physically active populations
Source and identifiers
EV-E822B7C32F8D · SRC-40A7E832E641
Effects of Cold-Water Immersion Compared with Other Recovery Modalities on Athletic Performance Following Acute Strenuous Exercise in Physically Active Participants: A Systematic Review, Meta-Analysis, and Meta-Regression (opens in a new tab)Extracted
Systematic review of 16 randomized trials; 14 in networks
Competitive and elite endurance athletes across sports.
Source and identifiers
EV-6B6590E3FFB6 · SRC-091D4E323417
Physical recovery modalities in competitive and elite endurance athletes: a systematic review and network meta-analysis finding limited evidence of benefit over passive recovery (opens in a new tab)Extracted
Exploratory two-week observational study
11 analyzed female college athletes from 15 recruited
Source and identifiers
EV-42D484ADFA83 · SRC-5A5E3BC824DE
Sleep-related metrics that predict training intensity: an exploratory study in women's college athletics (opens in a new tab)Extracted
Systematic review with narrative synthesis
Endurance, resistance and plyometric exercise studies
Source and identifiers
EV-B34FD541B0ED · SRC-C9C365C66BDC
Rethinking neurophysiology of delayed onset muscle soreness: updated concepts and mechanisms for mitigation across endurance, resistance, and plyometric exercise (opens in a new tab)Extracted
Narrative review and expert consensus
Athletes; not a single pooled participant sample.
Source and identifiers
EV-6755B0033CD3 · SRC-ECE5A65ACDB2
Sleep and the athlete: narrative review and 2021 expert consensus recommendations (opens in a new tab)Extracted
Randomized within-foot prevention trial
128 multistage ultramarathon participants
Source and identifiers
EV-40AFA22ECD46 · SRC-F4844CF67D5B
Paper Tape Prevents Foot Blisters: A Randomized Prevention Trial Assessing Paper Tape in Endurance Distances II (Pre-TAPED II). (opens in a new tab)Extracted
Randomized within-person prevention trial
136 enrolled; 90 analyzed in multistage ultramarathons
Source and identifiers
EV-F8CEBCF73C3B · SRC-573E29BE9E00
A prospective randomized blister prevention trial assessing paper tape in endurance distances (Pre-TAPED). (opens in a new tab)Extracted
Position stand; synthesis for single-stage ultramarathons
Single-stage ultra training and racing; multi-stage races excluded from its scope.
Source and identifiers
EV-99D201AEF73E · SRC-95C70A1F6D72
International Society of Sports Nutrition Position Stand: nutritional considerations for single-stage ultra-marathon training and racing (opens in a new tab)Extracted
Two observational event cohorts; complete-case analysis
54 multi-stage and 22 continuous 24-hour runners analyzed; 99 initially consented.
Source and identifiers
EV-CD5EFB3852BA · SRC-76C983D7BDDB
The Impact of Gastrointestinal Symptoms and Dermatological Injuries on Nutritional Intake and Hydration Status During Ultramarathon Events (opens in a new tab)Extracted
Clinical narrative review
Exercise-associated hyponatremia; heterogeneous endurance settings.
Source and identifiers
EV-6B3C8F002595 · SRC-1B8E36EDDC5B
Exercise-Associated Hyponatremia: 2017 Update (opens in a new tab)Extracted
Systematic review and meta-analysis of crossover shoe comparisons
14 studies, 271 runners overall, mostly men
Source and identifiers
EV-62FE304412A5 · SRC-9580EBED40A8
Metabolic effects of carbon-plated running shoes: a systematic review and meta-analysis (opens in a new tab)Extracted
Systematic review and meta-analysis of randomized endurance interventions
50 studies; predominantly untrained adults
Source and identifiers
EV-0FCA61E45F60 · SRC-30097C5AC266
Effects of Low-Intensity Endurance Training on Aerobic Fitness and Risk Factors of Cardiometabolic Health in Working-Age Adults: A Systematic Review and Meta-Analysis (opens in a new tab)Extracted
Systematic review and meta-analysis of randomized trials
Healthy non-obese adults across protein trials
Source and identifiers
EV-8C5207B737D4 · SRC-F8CF9F0F8475
Systematic review and meta-analysis of protein intake to support muscle mass and function in healthy adults (opens in a new tab)Extracted
Systematic review and meta-analysis
14 studies of trained endurance athletes, mostly men
Source and identifiers
EV-61C39E9F496B · SRC-1B1C6FB77885
Effects of tapering on performance in endurance athletes: A systematic review and meta-analysis (opens in a new tab)Extracted
Systematic review and meta-analysis of controlled training comparisons
17 studies; 437 endurance participants overall
Source and identifiers
EV-5CA952530016 · SRC-D7C5D596729D
Comparison of Polarized Versus Other Types of Endurance Training Intensity Distribution on Athletes' Endurance Performance: A Systematic Review with Meta-analysis (opens in a new tab)Extracted
Systematic review and meta-analysis of carbohydrate-solution trials
96 studies with varied adult exercise samples
Source and identifiers
EV-399B7BAEE25C · SRC-F100EFCF412D
Meta-Analysis of Carbohydrate Solution Intake during Prolonged Exercise in Adults: From the Last 45+ Years' Perspective (opens in a new tab)Extracted
Systematic review of sleep interventions
25 studies across athlete populations
Source and identifiers
EV-E7DCFC3E214E · SRC-4CA16FF923D5
The Impact of Sleep Interventions on Athletic Performance: A Systematic Review (opens in a new tab)Extracted
Systematic review, meta-analysis and meta-regression
35 heat-acclimation studies; outcome samples differ
Source and identifiers
EV-43FBC878BCCB · SRC-CA096E589001
Performance Changes Following Heat Acclimation and the Factors That Influence These Changes: Meta-Analysis and Meta-Regression (opens in a new tab)Extracted
Systematic literature review
Eight heterogeneous endurance-exercise studies
Source and identifiers
EV-6BBDB2E4E158 · SRC-22FEF7242FA3
The Effect of Gut-Training and Feeding-Challenge on Markers of Gastrointestinal Status in Response to Endurance Exercise: A Systematic Literature Review (opens in a new tab)Extracted
Systematic review and meta-analysis
38 studies; 894 middle- and long-distance runners
Source and identifiers
EV-61E95959BA1F · SRC-949F0AF6DA5A
The Effect of Strength Training Methods on Middle-Distance and Long-Distance Runners’ Athletic Performance: A Systematic Review with Meta-analysis (opens in a new tab)Extracted
Within-runner laboratory comparisons and post-hoc meta-analysis
Seven elite and seven amateur male runners
Source and identifiers
EV-5D798B738705 · SRC-E136FED6EA76
Variability in Running Economy of Kenyan World-Class and European Amateur Male Runners with Advanced Footwear Running Technology (opens in a new tab)Extracted
Focused review of training logs and intervention studies
Well-trained and elite athletes across endurance sports
Source and identifiers
EV-27894CD70971 · SRC-52A2DAC8E4B8
The training intensity distribution among well-trained and elite endurance athletes (opens in a new tab)Extracted
Narrative review
Athletes and active adults after prolonged exercise
Source and identifiers
EV-D4AAFEF779FC · SRC-78DDBD3C1F56
Restoration of Muscle Glycogen and Functional Capacity: Role of Post-Exercise Carbohydrate and Protein Co-Ingestion (opens in a new tab)Extracted
Systematic review of 25 intervention studies
25 studies across 17 sports, mostly men
Source and identifiers
EV-FF1CA0BA6E7F · SRC-89065A5D4B2B
The Impact of Sleep Interventions on Athletic Performance: A Systematic Review (opens in a new tab)Extracted
Expert consensus informed by physiological research
Athletes competing in heat
Source and identifiers
EV-90CD1F409F64 · SRC-6A6E24E83A40
Consensus Recommendations on Training and Competing in the Heat (opens in a new tab)Extracted
Systematic review and meta-analysis of supervised training
43 studies of healthy adults with supervised training
Source and identifiers
EV-71EB61E125DA · SRC-1B2AAD37F1FD
Compatibility of Concurrent Aerobic and Strength Training for Skeletal Muscle Size and Function: An Updated Systematic Review and Meta-Analysis (opens in a new tab)Extracted
Laboratory biomechanics and machine-learning classification
30 healthy physically active young men
Source and identifiers
EV-E1342E551D01 · SRC-1AB24D1D97B8
Identification of subject-specific responses to footwear during running (opens in a new tab)Extracted
Cochrane systematic review of randomized and quasi-randomized trials
12 trials overall; posture subgroup was military recruits
Source and identifiers
EV-69487DEF6FBB · SRC-CFB2FBBADFC1
Running shoes for preventing lower limb running injuries in adults (opens in a new tab)Extracted
Systematic review and meta-analysis of controlled training studies
18 studies; 518 athletes overall
Source and identifiers
EV-7E9871C6136D · SRC-8634DB42254C
Effects of high-intensity interval training on aerobic capacity and athletic performance in trained athletes: a systematic review and meta-analysis (opens in a new tab)Extracted
Systematic review and meta-analysis of acute recovery studies
68 acute recovery studies with mixed exercise populations
Source and identifiers
EV-3C8E55B595DB · SRC-1912D59F5AC0
The effect of cold water immersion on the recovery of physical performance revisited: A systematic review with meta-analysis (opens in a new tab)Extracted
Systematic review, meta-analysis and meta-regression
35 studies, predominantly male samples
Source and identifiers
EV-7D5541C375A8 · SRC-8C16B01ADE1E
Performance Changes Following Heat Acclimation and the Factors That Influence These Changes: Meta-Analysis and Meta-Regression (opens in a new tab)Extracted
Narrative review
Exercise-heat research across athlete settings
Source and identifiers
EV-83C51B2AFBF7 · SRC-3AAF86E5FD04
Adaptations and mechanisms of human heat acclimation: Applications for competitive athletes and sports (opens in a new tab)Extracted
Narrative review of human downhill running
Trained and untrained human runners
Source and identifiers
EV-1DABB4F042CF · SRC-8751C94E9B2B
Downhill Running: What Are The Effects and How Can We Adapt? A Narrative Review (opens in a new tab)Extracted
Narrative review
Human eccentric-exercise research and supporting animal mechanisms
Source and identifiers
EV-4A0108ED9DC8 · SRC-682241DE1929
Eccentric Muscle Contractions: Risks and Benefits (opens in a new tab)Extracted
Observational analysis of race data
51 selected runners in one 24-hour track race
Source and identifiers
EV-10F20957C052 · SRC-D2544FE5A5DD
The Impact of Sex and Performance Level on Pacing Behavior in a 24-h Ultramarathon (opens in a new tab)Extracted
Mini review
Endurance athletes in laboratory and field studies
Source and identifiers
EV-ED445631522E · SRC-4CBE117549A7
The Manipulation of Pace within Endurance Sport (opens in a new tab)Extracted
Position stand and narrative evidence review
Trained and untrained adults in varied exercise studies
Source and identifiers
EV-A5BD3AA95B34 · SRC-5DED2D0E67F4
International society of sports nutrition position stand: caffeine and exercise performance (opens in a new tab)Extracted
Randomized double-blind placebo-controlled crossover trial
12 healthy sleepers, six women and six men
Source and identifiers
EV-23740A37ED6F · SRC-0CD1340B7E78
Caffeine Effects on Sleep Taken 0, 3, or 6 Hours before Going to Bed (opens in a new tab)Extracted
Randomized controlled trial
25 runners across three groups
Source and identifiers
EV-22607434DFB6 · SRC-2C1EC290B7CA
Gut-training: the impact of two weeks repetitive gut-challenge during exercise on gastrointestinal status, glucose availability, fuel kinetics, and running performance (opens in a new tab)Extracted
Systematic review and meta-analysis
77 studies, 959 participants; endurance subset differs
Source and identifiers
EV-DC7AB112054A · SRC-B826F5BB1A09
Effects of Acute Sleep Loss on Physical Performance: A Systematic and Meta-Analytical Review (opens in a new tab)Extracted
Systematic review, meta-analysis and meta-regression
28 studies; 23 meta-analyzed, 437 participants
Source and identifiers
EV-D7770D449CE6 · SRC-FBDD8AFCE035
Interindividual Variability in Mental Fatigue-Related Impairments in Endurance Performance: A Systematic Review and Multiple Meta-regression (opens in a new tab)Extracted
Correction and bias-sensitive re-analysis
Corrected endurance analysis of 23 effects
Source and identifiers
EV-11C7D2F86D29 · SRC-7491A2344970
Correction: Mental Fatigue Might be Not So Bad for Exercise Performance After All: A Systematic Review and Bias-Sensitive Meta-Analysis (opens in a new tab)Extracted
Overview of systematic reviews
28 reviews of adults exposed to hypoxia
Source and identifiers
EV-DF9724437D92 · SRC-990DC47966AE
Exercise in Hypoxic Environments: An Overview of Systematic Reviews on Performance, Physiological Adaptation, and Clinical Implications (opens in a new tab)Extracted
Observational analysis of public race results
Finishers across 56 editions of six approximately 161-km races
Source and identifiers
EV-F93347A66EA1 · SRC-E628F913AD18
Pacing and placing in 161-km ultramarathons: Effects of sex and age (opens in a new tab)Extracted
Multiple case study of coaching practice
12 successful male Norwegian endurance coaches
Source and identifiers
EV-D3ACC3431E73 · SRC-D765D3CEEB48
Strength and Speed Training Practices for Olympic Endurance Sports: Insights From World-Class Coaches (opens in a new tab)Extracted
Systematic review of risk-factor studies
20 studies of adult endurance runners with young-population selection
Source and identifiers
EV-157DF24EF053 · SRC-3280EE71C610
Common Risk Factors for Knee Injuries in Runners: A Systematic Review (opens in a new tab)Extracted
Systematic review
24 studies; 674 trail runners, mostly men
Source and identifiers
EV-B831A5473F25 · SRC-E8D019570AF4
Decoding Neuromuscular Fatigue in Trail Running: A Systematic Review Across Distances and Sex Differences (opens in a new tab)Extracted
Descriptive multidisciplinary field study
Ten women in a supported six-day race
Source and identifiers
EV-2E05F4F5FC78 · SRC-0CE4F666814D
Project FURTHER: A Physiological, Biomechanical, and Psychosocial Profile of an All-Female 6-Day Ultramarathon Race (opens in a new tab)Extracted
Qualitative longitudinal interview study
Five Marathon des Sables runners, four men
Source and identifiers
EV-64266F0A14F0 · SRC-2565DF5A27A9
Nutrition practices and race experiences of ultra-marathon athletes in the marathon des sables, a qualitative analysis (opens in a new tab)Extracted
Narrative synthesis with systematic search
42 field-study and case-report publications on Comrades runners
Source and identifiers
EV-8F5F09CD5C86 · SRC-9F9E04561B59
The Comrades Marathon: a narrative review of physiological responses and health implications in the world’s oldest ultra-marathon (opens in a new tab)Extracted
Current opinion and narrative mechanistic appraisal
Adult endurance athletes across heterogeneous studies
Source and identifiers
EV-2B3AAC3DBFB8 · SRC-D467ABC3C89F
Fuelled or Fooled? Examining the Evidence and Mechanisms Behind Ultra-High Carbohydrate Intake in Endurance Athletes (opens in a new tab)Extracted
Between-group laboratory exercise experiment
12 trained adolescents and 12 adults
Source and identifiers
EV-AEA5FEF9DB52 · SRC-0875B4FF71D8
Exploration of Exercise-Induced Gastrointestinal Syndrome in Endurance-Trained Adolescents: Is There Cause for Concern in Regard to Ultra-endurance Event Participation (opens in a new tab)Extracted
Randomized controlled training trial
28 well-trained male runners, 14 per arm
Source and identifiers
EV-09EB386A42A8 · SRC-0C0BE3570A03
Strength Training Improves Running Economy Durability and Fatigued High-Intensity Performance in Well-Trained Male Runners: A Randomized Control Trial (opens in a new tab)Extracted
Three-arm randomized training trial
40 masters trail runners aged 35–55
Source and identifiers
EV-5E3348698C72 · SRC-AB2B6BC9F4FB
Comparative Effects of Circuit Training, High-Intensity Interval Training, and Combined Training on Performance and Neuromuscular Function in Masters Trail Runners (opens in a new tab)Extracted
Observational pre/post-race field study
18 runners, three women, in one 64-km mountain race
Source and identifiers
EV-24AE91F5B3FF · SRC-A52C53E6E193
Sleep disturbances after an ultra-trail endurance race: a field study (opens in a new tab)Extracted
Observational pre/post-race field study
57 trail runners, 49 men and eight women
Source and identifiers
EV-6FF88323CAD4 · SRC-5DE45FE481DF
Evaluation of lung function and airway impedance in response to ultra-marathon (opens in a new tab)Extracted
Scoping review
16 studies, 13 focused on trail running
Source and identifiers
EV-6B5618B59C87 · SRC-D51980B07816
Exploring the Role of Footwear in Trail Running and Hiking: A Scoping Review (opens in a new tab)Extracted
Cross-sectional questionnaire study
235 runners; 91 classified injured by questionnaire
Source and identifiers
EV-A91C940A5A2A · SRC-4AE3D25F3630
Pain Sensitivity, Pain Catastrophizing and Fear-Avoidance in Adult Runners: Injured vs. Uninjured Comparisons and Multivariable Associations (opens in a new tab)Extracted
53 studies; predominantly observational, with qualitative and mixed-methods work.
Mixed distance-running populations.
Source and identifiers
EV-2D2F5F2007D3 · SRC-9A4BA37C1EE9
Psychological traits associated with mental and performance resilience in long-distance and ultra-endurance runners: a systematic review (opens in a new tab)Extracted
15 evidence units: 11 psychological-skills and four mindfulness interventions; heterogeneous designs and outcomes.
Mixed distance-running populations.
Source and identifiers
EV-E76AD9241E0F · SRC-51510D22F7F1
Psychological skills and mindfulness for distance runners: a systematic review of performance, psychological outcomes, and implications for coaching practice (opens in a new tab)Extracted
Narrative review of sweat-measurement methods.
Athletes across sports; not a single trial population.
Source and identifiers
EV-P2-27A24D7B31C7 · SRC-P2-E639130A9845
Sweating Rate and Sweat Sodium Concentration in Athletes: A Review of Methodology and Intra/Interindividual Variability (opens in a new tab)Extracted
Randomized carbohydrate-practice versus placebo study over two weeks.
25 endurance runners; sex and age distribution not established from the retrieved abstract.
Source and identifiers
EV-P2-F54442627077 · SRC-P2-CAC54AFDDD8B
Gut-training: the impact of two weeks repetitive gut-challenge during exercise on gastrointestinal status, glucose availability, fuel kinetics, and running performance (opens in a new tab)Extracted
Validation study against laboratory respiratory measurement.
19 apparently healthy active and sedentary participants for VO2max.
Source and identifiers
EV-P2-F4E9AAE79E70 · SRC-P2-CEC6162D6EB6
Validation of Aerobic Capacity (VO2max) and Pulse Oximetry in Wearable Technology (opens in a new tab)Extracted
Methodological review of durability profiling.
Endurance research spanning different exercise modes; substantial cycling evidence.
Source and identifiers
EV-P2-863112CD7BBD · SRC-P2-66C48FAA5A85
Durability as an index of endurance exercise performance: Methodological considerations (opens in a new tab)Extracted
Systematic review with 19 included studies.
Runners in field-testing studies; aggregate sex and age details not extracted.
Source and identifiers
EV-P2-72738F1D5063 · SRC-P2-544C8B7C859D
Field-based tests for determining critical speed among runners and its practical application: a systematic review (opens in a new tab)Extracted
Applied review of heart-rate monitoring and interpretation.
Athletes across sports; not a single sample or modern-device trial.
Source and identifiers
EV-P2-DB8F83E80A83 · SRC-P2-715DE126085D
Monitoring training status with HR measures: do all roads lead to Rome? (opens in a new tab)Extracted
Review of lactate-threshold concepts and validity.
Endurance-performance studies; aggregate population details not established from the abstract.
Source and identifiers
EV-P2-9D84AFCDDD2B · SRC-P2-EE7C2B022E08
Lactate threshold concepts: How valid are they? (opens in a new tab)Extracted
Position stand; synthesis of training and single-stage ultra nutrition literature.
Ultra runners and supporting general endurance studies; sex/age representation varies.
Source and identifiers
EV-P2-A78977AD8716 · SRC-95C70A1F6D72
International Society of Sports Nutrition Position Stand: nutritional considerations for single-stage ultra-marathon training and racing (opens in a new tab)Extracted
Position stand reviewing protein and exercise studies.
Healthy exercising people; much mechanistic work concerns resistance exercise.
Source and identifiers
EV-P2-3A2FEF986CB6 · SRC-P2-905CA979E28A
ISSN position stand: protein and exercise (opens in a new tab)Extracted
IOC consensus abstract; 2024 correction linked.
Female and male athletes; study-specific representation not extracted from abstract.
Source and identifiers
EV-P2-03E94069D657 · SRC-P2-A3780F6AFA06
IOC consensus statement on Relative Energy Deficiency in Sport (opens in a new tab)Extracted
ISSN literature-based position stand.
Trained and untrained adults across exercise modes; subgroup evidence varies.
Source and identifiers
EV-P2-BF0E170CEFD1 · SRC-P2-80B10D1E40E1
ISSN position stand: caffeine and exercise performance (opens in a new tab)Extracted
Meta-analysis of 13 placebo-controlled experimental studies; publisher abstract accessed.
Trained participants; detailed sex and age distribution unavailable in retrieved abstract.
Source and identifiers
EV-P2-3B5703D8542B · SRC-P2-C6D888FCAF37
Effects of Creatine Monohydrate on Endurance Performance in a Trained Population (opens in a new tab)Extracted
Three-round modified Delphi with 12 experts and 222 statements.
Expert synthesis of exercising populations; women underrepresented in underlying literature.
Source and identifiers
EV-P2-865EC7407AC9 · SRC-P2-5235987F7991
Dietary Inorganic Nitrate as an Ergogenic Aid: Modified Delphi Consensus (opens in a new tab)Extracted
Systematic review/meta-analysis; indexed abstract retrieved, full text not obtained.
40 studies, 1461 participants; detailed subgroup breakdown not available in inspected extraction.
Source and identifiers
EV-P2-AD926BBFD358 · SRC-P2-3985F393A2FA
Beta-alanine supplementation to improve exercise capacity and performance (opens in a new tab)Extracted
Government professional evidence summary with ingredient-specific references.
Multiple exercise populations; often small, short studies and young men.
Source and identifiers
EV-P2-2665A24526C2 · SRC-P2-5194989AB2D8
NIH ODS: Dietary Supplements for Exercise and Athletic Performance (opens in a new tab)Extracted
Official expert supplement classification framework.
High-performance sport contexts; not one trial population.
Source and identifiers
EV-P2-AC48E2097814 · SRC-P2-89DAF0FA1700
AIS Sports Supplement Framework (opens in a new tab)Extracted
Current official Group C classification page.
Athlete supplement programs; not a deficiency-treatment population.
Source and identifiers
EV-P2-EACA3B4E3D01 · SRC-P2-12E0681383E3
AIS Group C (opens in a new tab)Extracted
Government micronutrient and safety fact sheet.
General population; older adults and renal impairment specifically discussed.
Source and identifiers
EV-P2-30DFF3DDC519 · SRC-P2-4C76E7188965
NIH ODS: Magnesium (opens in a new tab)Extracted
Government micronutrient and safety fact sheet.
General population including menstruating people and dietary-risk groups.
Source and identifiers
EV-P2-B66FEE8E21A3 · SRC-P2-3321A3400A69
NIH ODS: Iron (opens in a new tab)Extracted
Official AIS fish-oil evidence/practice overview.
Mixed general and sports literature; no single ultra cohort.
Source and identifiers
EV-P2-717E741D0DAB · SRC-P2-04F7C9E70A94
AIS: Fish oils (opens in a new tab)Extracted
Official anti-doping risk guidance, not a performance trial.
Athletes considering supplements.
Source and identifiers
EV-P2-7BBD79B66F7D · SRC-P2-4BCCC3EEF95D
USADA: How to Reduce Your Risk from Supplements (opens in a new tab)Extracted
Government professional nutrition and safety summary.
General and clinical populations; not an ultra-performance trial.
Source and identifiers
EV-P2-96C064615111 · SRC-P2-E8EE262D630C
NIH ODS: Omega-3 Fatty Acids (opens in a new tab)Extracted
18-month prospective observational cohort.
5,205 adult runners; 22% women; predominantly European and North American.
Source and identifiers
EV-P2-E72DA90D3099 · SRC-P2-3DCB2F10D7B0
How much running is too much? Identifying high-risk running sessions in a 5200-person cohort study (opens in a new tab)Extracted
Modified Delphi consensus; agreement on 41 of 58 statements.
41 initial international expert and stakeholder panellists; concerns athletes with bone stress injuries.
Source and identifiers
EV-P2-64BAC794BDEC · SRC-P2-84886F771E1B
International Delphi consensus on bone stress injuries in athletes (opens in a new tab)Extracted
IOC expert consensus using evidence synthesis and voting.
Female and male athletes; the clinical framework targets developing to world-class athletes.
Source and identifiers
EV-P2-C5912255EB78 · SRC-P2-54D676CCE920
2023 International Olympic Committee consensus statement on Relative Energy Deficiency in Sport (REDs) (opens in a new tab)Extracted
Randomized laboratory comparison with downhill exposure before a later level run.
27 male college students.
Source and identifiers
EV-P2-7987B4C693E9 · SRC-P2-70E1CA132393
A single bout of downhill running attenuates subsequent level running-induced fatigue (opens in a new tab)Extracted
Official NHS patient guidance, reviewed April 2024.
People with possible sprains or strains; not a study sample.
Source and identifiers
EV-P2-C1375A2543D6 · SRC-P2-BE6E06683D2A
Sprains and strains (opens in a new tab)Extracted
Best-practice synthesis of 65 RCTs, patient interviews and expert reasoning.
3,796 trial participants; 12 patient and 19 expert interviews.
Source and identifiers
EV-P2-DC4C94AA29E3 · SRC-P2-106BAEC9C59C
Best practice guide for patellofemoral pain based on synthesis of a systematic review, the patient voice and expert clinical reasoning (opens in a new tab)Extracted
Multidisciplinary guideline with patient involvement; literature searched to May 2019.
Adults with Achilles tendinopathy across sporting and non-sporting settings.
Source and identifiers
EV-P2-869D6FCE1E85 · SRC-P2-9C2D3DDD4EA5
Dutch multidisciplinary guideline on Achilles tendinopathy (opens in a new tab)Extracted
Position stand.
Healthy exercising adults; many underlying studies studied men.
Source and identifiers
EV-P2-TIMING2017 · SRC-P2-TIMING2017
International society of sports nutrition position stand: nutrient timing (opens in a new tab)Extracted
Acute within-participant laboratory comparison.
11 experienced runners: 7 men, 4 women.
Source and identifiers
EV-P3-UPHILL-2017 · SRC-P3-UPHILL-2017
The metabolic costs of walking and running up a 30-degree incline: implications for vertical kilometer foot races (opens in a new tab)Extracted
Expert consensus across heterogeneous cold-exposure evidence.
Mixed sport, occupational and laboratory contexts; no single ultra cohort.
Source and identifiers
EV-P3-COLD-2021 · SRC-P3-COLD-2021
ACSM Expert Consensus Statement: Injury Prevention and Exercise Performance during Cold-Weather Exercise (opens in a new tab)Extracted
Narrative review of altitude preparation and acclimatization.
Healthy individuals and athletes across heterogeneous studies, including small trained male cohorts.
Source and identifiers
EV-P3-ALTITUDE-2018 · SRC-P3-ALTITUDE-2018
Preparation for Endurance Competitions at Altitude: Physiological, Psychological, Dietary and Coaching Aspects. A Narrative Review (opens in a new tab)Extracted
Systematic review of 56 studies, using established wellbeing self-report measures and concurrent objective measures.
Athletes in training across multiple sports and levels; no single ultra population.
Source and identifiers
EV-P3-MONITORING-2016 · SRC-P3-MONITORING-2016
Monitoring the athlete training response: subjective self-reported measures trump commonly used objective measures: a systematic review (opens in a new tab)Extracted
Systematic review of 78 studies with Bayesian meta-analysis; searches updated April 2020.
Healthy eumenorrheic women aged 18–40, without hormonal contraception; varied training status.
Source and identifiers
EV-P3-MENSTRUAL-2020 · SRC-P3-MENSTRUAL-2020
The Effects of Menstrual Cycle Phase on Exercise Performance in Eumenorrheic Women: A Systematic Review and Meta-Analysis (opens in a new tab)Extracted
Narrative physiological review of endurance performance in masters athletes; not a training intervention trial.
Masters endurance athletes; the independently retrieved abstract does not report complete sample or subgroup details.
Source and identifiers
EV-P3-MASTERS-2008 · SRC-P3-MASTERS-2008
Endurance exercise performance in Masters athletes: age-associated changes and underlying physiological mechanisms (opens in a new tab)Extracted
Uncontrolled pre/post field study of 22 male finishers; 11 participated in recovery follow-up.
Experienced male ultrarunners completing a 166 km mountain event with 9500 m ascent and descent.
Source and identifiers
EV-P3-FATIGUE-2011 · SRC-P3-FATIGUE-2011
Neuromuscular Consequences of an Extreme Mountain Ultra-Marathon (opens in a new tab)Extracted
Narrative review
Distance runners across cited studies; no pooled sample reported in the abstract.
Source and identifiers
EV-F2ACC304F624 · SRC-78A6C8B10F84
The Heel-Strike Fallacy and Cadence Beliefs in Distance Running: A Narrative Review. (opens in a new tab)Extracted
Cross-sectional biomechanics study
103 collegiate cross-country runners, including 47 men.
Source and identifiers
EV-A71160387DE9 · SRC-6D9CCABCE609
Exploring running classifications using foot inclination angle and ground reaction force clustering methods: Do traditional foot strike categories capture meaningful patterns in ground reactions forces? (opens in a new tab)Extracted
Within-runner laboratory shoe comparison
17 experienced male runners.
Source and identifiers
EV-A4729F636E2B · SRC-169148B59A6C
Running style and stability during uphill running are largely preserved with increasing shoe sole thickness. (opens in a new tab)Extracted
18-month prospective observational cohort
Adult recreational runners; observational cohort.
Source and identifiers
EV-ES-860705DA46CD · SRC-ES-860705DA46CD
How much running is too much? Identifying high-risk running sessions in a 5200-person cohort study (opens in a new tab)Extracted
Scoping review; 29 studies
Women masters athletes; scoping review.
Source and identifiers
EV-ES-D7E4CA8F2A42 · SRC-ES-D7E4CA8F2A42
Effects of Aging on Determinants of Endurance Performance in Women Masters Athletes: A Scoping Review (opens in a new tab)Extracted
Cross-sectional online survey
Female endurance athletes; cross-sectional survey.
Source and identifiers
EV-ES-F75BF5A01B96 · SRC-ES-F75BF5A01B96
Frequency and perceived influence of menopausal symptoms on training and performance in female endurance athletes (opens in a new tab)Extracted
IOC expert consensus across sports, athletes, organizers and medical teams; journal issue 2023, DOI/publication origin 2022.
Athletes and event organizers across sports; expert consensus.
Source and identifiers
EV-ES-60416F772F8A · SRC-ES-60416F772F8A
IOC consensus statement on recommendations and regulations for sport events in the heat (opens in a new tab)Extracted
Cross-sectional: 45 recruited, 33 analyzed (15 competitive/18 recreational); approximately 2.5 h moderate treadmill protocol, no exogenous energy during run; published 23 July 2026.
Recreational to competitive runners; laboratory observations.
Source and identifiers
EV-ES-7FEE176CF3A7 · SRC-ES-7FEE176CF3A7
Determinants of Physiological Resilience Among Recreational-To-Competitive Endurance Runners (opens in a new tab)Extracted
Observational 69 marathon runners, foot accelerometer plus HR; median finish 224 min.
Marathon runners; wearable observations.
Source and identifiers
EV-ES-1FA1CDEE9E2E · SRC-ES-1FA1CDEE9E2E
Durability of physiological and biomechanical variables during a marathon (opens in a new tab)Extracted
Narrative review of metabolic studies
Endurance athletes; mainly small male metabolic studies.
Source and identifiers
EV-ES-D8F2C88B93E8 · SRC-ES-D8F2C88B93E8
Protein Nutrition for Endurance Athletes: A Metabolic Focus on Promoting Recovery and Training Adaptation (opens in a new tab)Extracted
Graded expert clinical practice guideline, 2019 update published 2020
Endurance and wilderness exertion; graded clinical guideline.
Source and identifiers
EV-ES-EEBD6DC3B8DE · SRC-ES-EEBD6DC3B8DE
Wilderness Medical Society Clinical Practice Guidelines for the Management of Exercise-Associated Hyponatremia: 2019 Update (opens in a new tab)Extracted
Umbrella review of 15 systematic reviews/meta-analyses, 161 unique studies
Mixed sport studies; umbrella review.
Source and identifiers
EV-ES-F0CC18F3FB30 · SRC-ES-F0CC18F3FB30
Strategic Application of Post-exercise Cold-Water Immersion to Enhance Performance Recovery and Adaptation: An Umbrella Review of 15 Published Systematic Reviews with Meta-analysis (opens in a new tab)Extracted
Scoping review of 50 papers; 39 reviews/commentaries
Return after tibial bone stress injury; scoping review.
Source and identifiers
EV-ES-BE89E6928223 · SRC-ES-BE89E6928223
Criteria and Guidelines for Returning to Running Following a Tibial Bone Stress Injury: A Scoping Review (opens in a new tab)Extracted
Three-dimensional muscle-actuated simulation from a single healthy male running at 3.96 m/s.
One healthy male at one treadmill running speed; simulation-based muscle contribution estimates.
Source and identifiers
EV-EB1F847D360E · SRC-28C20F171BFB
Muscle contributions to propulsion and support during running (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-97E5BFBA4975 · SRC-A8F21A82EC90
Mechanics, energetics and implementation of grounded running technique: a narrative review (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-831593175BE6 · SRC-BC64EE8B4452
The spring-mass model for running and hopping (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Fourteen young men with sprint-related experience; treadmill speeds from 3.0 m/s to individual maximum.
Source and identifiers
EV-130E35C5D58A · SRC-4071B61C0FD8
Speed-specific optimal contractile conditions of the human soleus muscle from slow to maximum running speed (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-0046D20787C7 · SRC-A2B4B7FAF406
The Relationship Between Running Biomechanics and Running Economy: A Systematic Review and Meta-Analysis of Observational Studies (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-A3DB5CC586F6 · SRC-A3626F6CAB83
Effects of step rate manipulation on joint mechanics during running (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-2B256C3155E8 · SRC-3CA23ADCB010
The metabolic cost of human running: is swinging the arms worth it? (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-BF6A21EA6C6B · SRC-ADC3A63F30D7
Swing-leg retraction: a simple control model for stable running (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-3F83E20897C2 · SRC-F1AFF3EB2815
What are the Benefits and Risks Associated with Changing Foot Strike Pattern During Running? A Systematic Review and Meta-analysis of Injury, Running Economy, and Biomechanics (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-A95AEE422C31 · SRC-74947A586983
Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: Implications for science, sport and wearable tech (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-CDB66341B152 · SRC-1A30E439AD9F
Biomechanics and Physiology of Uphill and Downhill Running (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-5484834DC3A7 · SRC-0568B2981966
Effects of running-induced fatigue on joint kinematics and kinetics during overground running: a systematic review and meta-analysis (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-192229CC4069 · SRC-B668BEADF2AA
Gait Retraining for the Reduction of Injury Occurrence in Novice Distance Runners: 1-Year Follow-up of a Randomized Controlled Trial (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-57787CF3CD8A · SRC-5DEB1A6B06B5
The Effect of Wearable-Based Real-Time Feedback on Running Injuries and Running Performance: A Randomized Controlled Trial (opens in a new tab)Extracted
Published running study or review; the source record states abstract/full-text access.
Source-specific population or biomechanical model; not a trial of this curriculum.
Source and identifiers
EV-8AACC8F22ED2 · SRC-AB9AC4E83EED
What is the Effect of Changing Running Step Rate on Injury, Performance and Biomechanics? A Systematic Review and Meta-analysis (opens in a new tab)Extracted
Narrative review of running biomechanics
Narrative running gait literature review; no single trial sample.
Source and identifiers
EV-41D470D80E78 · SRC-528EC030EA82
The biomechanics of running (opens in a new tab)Extracted
Within-participant laboratory comparison
17 trained triathletes (13 men, 4 women)
Source and identifiers
EV-E2C4B28EFF78 · SRC-56D8DCB109E1
Ventilatory thresholds are detectable using DFA-α1 at group level but not individual level during swimming, cycling and running. (opens in a new tab)Extracted
Crossover heat-acclimation laboratory study
Trained male cyclists; dry-acclimation condition n=10, humid-acclimation condition n=12; unique participant total not established from abstract
Source and identifiers
EV-77E8EB75839D · SRC-1F75D7341D81
CrossAcclimation and Endurance Performance Following Adaptation to Dry and Humid Heat. (opens in a new tab)Extracted
Four-condition within-runner laboratory comparison
27 recreational female runners
Source and identifiers
EV-FDD522A9A420 · SRC-6970E795CA3A
Combined Effects of Sports Bra Support and Running Shoe Cushioning Influence Breast and Running Biomechanics in Female Runners. (opens in a new tab)Extracted
Randomized double-blind crossover cycling trial
15 trained male cyclists and triathletes
Source and identifiers
EV-F3212EFA368A · SRC-797EA27199A3
Carbohydrate Intake of 100 vs. 60 g·h⁻¹ During Prolonged Cycling Improves Durability Without Altering Muscle Glycogen Utilization in Male Endurance Athletes. (opens in a new tab)Extracted
Repeated-measures treadmill study
12 trained trail runners, 6 women and 6 men, mean age 28.2 years
Source and identifiers
EV-04BC3DBB5B47 · SRC-09F9583D63B5
Power-Based Running Durability in Trained Runners: Preliminary Evidence of Speed-Adjusted Mechanical Drift as a Marker of Fatigue. (opens in a new tab)Extracted
Within-participant field model comparison
27 trained runners aged 19–39 years, 25 men and 2 women
Source and identifiers
EV-160D7F2C0514 · SRC-5017CC54E7C4
Original W'-balance models do not transfer to high-intensity interval training in trained adult runners: Proposal of a single-coefficient linear alternative. (opens in a new tab)Extracted
Narrative review with a structured search
24 reports with varied active/athletic samples, mostly fewer than 20 participants; no single pooled population
Source and identifiers
EV-3CE65BC96E65 · SRC-4C151A912BA1
Palmar Cooling as a Thermoregulatory Intervention: Mechanistic Basis and Implications for Exercise and Clinical Applications. (opens in a new tab)Extracted
Random-order laboratory crossover
12participants; sex/age distribution unavailable in retrieved abstract
Source and identifiers
EV-AFDFFBCA5CD8 · SRC-07D3E3A6261F
Palm cooling does not improve running performance. (opens in a new tab)Extracted
Systematic review, assessed from the primary structured abstract
Endurance-athlete studies eligible for ages 18–65; total participants, actual age/sex distribution and runner/ultra subsets unavailable in the accessed abstract
Source and identifiers
EV-84FC8CC5D68D · SRC-9954D77A69BA
Conceptual Frameworks and Assessment of Readiness to Train in Endurance Exercise: A Systematic Review. (opens in a new tab)Extracted
Systematic review, assessed from the primary structured abstract
Review-reported 2262 ultramarathon participants across 9 studies; sex, age, terrain and event/stage-duration distributions unavailable in the accessed abstract; participant uniqueness not independently verified
Source and identifiers
EV-8184AE06B759 · SRC-0D2E16E63332
Sleep Strategies and Performance Outcomes in Ultramarathon Runners: A Systematic Review. (opens in a new tab)Extracted
Uncontrolled observational before/after study
738 Ironman triathletes at events in Brazil; sex/age distributions unavailable in accessed abstract
Source and identifiers
EV-0ED680A2E0D3 · SRC-D3FA1C15EA10
Factors associated with changes in pain and fatigue after post-race massage therapy in Ironman triathletes: an observational study. (opens in a new tab)Extracted
Assigned cold-water versus seated-rest comparison
17 recreational male runners; age distribution unavailable in accessed abstract
Source and identifiers
EV-E86CA03B1727 · SRC-2A903DA0F340
Cold-Water Immersion does not Improve Running Performance during Intensified Training. (opens in a new tab)Extracted
Older randomized ultramarathon field trial
72 finishers/completers of the 2015 Western States 161 km ultramarathon; sex/age distributions not verified from accessed abstract
Source and identifiers
EV-03A8A64B31C2 · SRC-1165CB9D6DE7
A Randomized Controlled Trial of Massage and Pneumatic Compression for Ultramarathon Recovery. (opens in a new tab)