SPRUT-MBI PARODONT CARDIO-ODNT MASS TRANSFER PROGNOS BRADOS FARMA POLIGEN DIUREZ CARDIOSCIENCE COGNI EAC AQUARIUS BIOTEST BIOTEST-1 PROFILAKTIKA CHIRO VEST ALTEINO BMI CCE PULSE BIORISK RASTENIA-2 CARDIOCOG NEUROCOG SYMPATHO VIRUS SLEEP PILOT INTERCELLULAR INTERACTION GEMATOLOGIA AGEING ROOT GENEEXPRESSION SYMPATHO-2 BMI-2 MEDOPS PLASMIDA FLOW KAPPA ACTIN ICE-FIRST TUBUL CIRCA SYMPATHO-3 MUSCLE EYE TRACKING DEVICE MOTION PERCEPTION SUIT STATOKONIA REGENERATSIA CRISP-2 BEANS SEEDLINGS FRTL-5 MICROSPACE VINO HPA NGF VSV ETD-I FTS MOP-I HBM GOAL AKVARIUM GOSUM PNEUMOCARD DYKHANIE BIMS RASTENIA SONOKARD ETD-M FIS VZAIMODEYSTVIYE MUSCLE-G MOP-G RASTENIA TIPOLOGIA

 
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INTERNATIONAL SPACE STATION
EXPERIMENTS AND RESEARCHES
SCIENCE RESEARCH ON ISS RUSSIAN SEGMENT
HUMAN LIFE RESEARCH
PROFILAKTIKA EXPERIMENT
Research supervisor: Doctor of Science, Medicine, I.B.Kozlovskaya

russian
   

SCIENCE HARDWARE USED:

  • Accusport device

  • TEEM-100M gas-analyzer
  • TEEM-100M Profilaktika kits

FLIGHT EQUIPMENT USED:

  • Reflotron-4 system
    to conduct blood tests analysis
  • TVIS treadmill
  • VB-3 stationary bicycle
  • Force loader NS-1


  • Gamma-1M system
  • a laptop computer.
 

OBJECTIVE:

Obtaining new data on the mechanisms and efficiency of various modes of physical prevention of adverse micro-gravity effects on human organism - reduction of orthostatic stability (human body tolerance to moving from horizontal to vertical position), reduction of aerobic (respiratory) capabilities, reduction in strength and endurance of skeletal muscles, skeletal muscle atrophy, bone demineralization.

TASKS:

  • Comparative assessment of the effects of bicycle, locomotor exercises on:
    • Cosmonaut physical capacity for work in space flight environment;
    • Energy support of muscle activity;
    • Structural and functional indices of the muscular system in space flight conditions;
    • Functional indices of the cardio-respiratory system in space flight conditions;
    • Human metabolism in space flight conditions.
  • Preparation of inputs for further improvement of standard systems of physical prophylaxis.

EXPECTED RESULTS:

Comparing the efficiencies of different modes of physical prophylaxis in zero-gravity conditions applied to the same crew members conducting tests based on the use of advanced measurement technologies for further improvement of the physical prophylaxis system with the aim of its using aboard the space station.
In the course of the tests a gas analysis, blood count, measurement of external respiration and arterial pressure parameters, recording of electrocardiogram and heart rate were performed.

 

 

 

 

 

 

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