Clinical Trials Logo

Clinical Trial Summary

The purpose of this preliminary experiment is to measure the effect of a novel ventilation system on the physiological strain during exercise in high heat load while wearing ballistic protective vest. Ten young and healthy participants will participate in the study. They will all go through a six days heat acclimation period in a heat chamber according to a valid protocol. Afterwards they will be randomly exposed to 4 conditions during four separate consecutive days.


Clinical Trial Description

Ten young and healthy civilian participants will participate in the study. They will all go through a six days heat acclimation period in a heat chamber according to a valid protocol. After heat acclimation the participant will be randomly exposed to 4 conditions during four separate consecutive days: 1) walking on a treadmill for two hours in hot-wet conditions (30OC, 70% RH) while wearing military uniforms and a vest (control group); 2) walking on a treadmill for two hours in hot-dry conditions (40OC, 30% RH) while wearing military uniforms and a vest (control group); 3) walking on a treadmill for two hours in hot-wet conditions (30OC, 70% RH) while wearing military uniforms and a vest with a ventilator (experimental group); 4) walking on a treadmill for two hours in hot-dry conditions (40OC, 30% RH) while wearing military uniforms and a vest with a ventilator (experimental group). During the heat exposures, rectal temperature, skin temperature and heart rate will be continuously monitored. Subjective comfort measures, heat strain indices, sweat rate and sweat evaporation will be also measured/calculated. The differences in the above measures, during exposure to exercise in the heat between ventilator and no ventilator will be then analyzed. ;


Study Design

Intervention Model: Single Group Assignment, Masking: Open Label, Primary Purpose: Basic Science


Related Conditions & MeSH terms


NCT number NCT01863927
Study type Interventional
Source Sheba Medical Center
Contact Barliz Adato, MD
Phone +972542662201
Email Barliz.Adato@sheba.health.gov.il
Status Not yet recruiting
Phase N/A
Start date November 2014
Completion date February 2016

See also
  Status Clinical Trial Phase
Completed NCT02948920 - Single Bolus Intravenous Ephedrine Attenuates Reduction of Core Body Temperature in Patients Undergoing Spinal Anesthesia for Arthroscopic Knee and Ankle Surgery N/A
Completed NCT03368040 - Comparison Between Non-invasive Heat-flux and Invasive Core Temperature Monitoring
Completed NCT05140707 - Effect of Virtual Reality on Pain, Anxiety, and Vital Signs of the Patients Undergoing Port Catheter Implantation N/A
Completed NCT02769468 - Effect of Probe Placement in Delivery Room on Temperature at the Admission of Premature Infants? N/A
Completed NCT03815708 - Heat Stress in Wheelchair Sports
Completed NCT04463537 - The Effect of Auricle Position on Tympanic Thermometry N/A
Completed NCT02518815 - Preoperative Warming Prevents Postoperative Hypothermia in Laparoscopic Gynecologic Surgery. A Randomized Control Trial N/A
Completed NCT02998463 - Facilitating Skin-to-Skin Contact In the Postnatal Period N/A
Recruiting NCT03068143 - Postoperative Temperature Monitoring In Brain Trauma N/A
Completed NCT04311268 - Follow Fever to Decide N/A
Completed NCT04332224 - Efficacy of Blanketrol III and Arctic Sun in Cooling Non-shivering Humans N/A
Recruiting NCT06230172 - Early Weaning From Incubator To Crib N/A
Completed NCT02502877 - Core Temperature Variations During Midazolam vs Propofol Sedation for Neuraxial Anesthesia N/A
Not yet recruiting NCT05430997 - Hypothermia Risk Prediction Combined With Active Insulation Management in Geriatric Surgery N/A
Completed NCT05179681 - High-Flow Oxygen Preserve Intraoperative Body Temperature
Completed NCT01950026 - Temperature Skin Check After Cryotherapy Application Phase 3
Completed NCT04985617 - The Effects of Active Warming on Temperature on Core Body and Thermal Comfort N/A
Withdrawn NCT01011855 - Radiant Warmer Trial N/A
Active, not recruiting NCT06042270 - Firefighter Thermoregulatory Responses in Active Fire With Betaine Supplementation N/A
Recruiting NCT06175975 - The Effect of Auricular Position on Measurement Values and Comfort in Measuring Body Temperature by Tympanic Method in Pediatric Patients N/A