rootbrowseIAC-12A1session 66. Life Support and EVA SystemsPapers1. Carbon dioxide and water removal system improvements for space station; an evaluation of current and candidate sorbents2. Water recovery systems based on physical/chemical processes intended for space stations3. Hydroponic cultivation of soybean for Bioregenerative Life Support Systems (BLSSs): the effect of nitrogen source and bacterial root symbiosis4. Cultivating Chlorella Vulgaris for Nutrition and Oxygen Production During Long Term Manned Space Missions5. Human Exploration Missions - Maturing Technologies to Sustain Crews6. Using inertial measurement units for measuring spacesuit mobility and work envelope capability for intravehicular and extravehicular activities7. The development of a high mobility space suit helmet for planetary exploration8. Development of a comprehensive astronaut spacesuit injury database9. Interaction analysis in the man-IRLSS system under Mars-500 project on base of virtual simulators10. The Mars 500 experiment MICHA: Bioburden and biodiversity in a confined habitat11. Technical problems of microbiological protection for an orbital space Station12. Envihab – The new modularly designed research facility for medical research at DLR, Cologne, Germany13. Heat-and-mass transfer during evaporation and condensation in the rotary distiller of a system for water reclamation from urine for space stations.14. Mathematical methods in the sphere of microbiological safety15. Closed Ecological System Stability and Human Control Limitations16. On the development of a forward osmosis/bio-electrochemical system for energy recovery and water rclamation.17. Comparative analysis the various technologies of carbon dioxide concentration18. ClaySN: A new reagent for the synthesis of prebiotic rna oligomers19. VIABLE: a current flight experiment on ISS to investigate biocontamination and human life support in space20. Facility of Laboratories for Sustainable Habitation - an Initial Design of a Closed-Loop Environment