69th International Astronautical Congress (IAC 2018) Involving Everyone Bremen, Germany 1 - 5 October 2018 Volume 1 of 23 ISBN: 978-1-5108-8165-5 Printed from e-media with permission by: Curran Associates, Inc. 57 Morehouse Lane Red Hook, NY 12571 Some format issues inherent in the e-media version may also appear in this print version. Copyright© (2018) by International Astronautical Federation All rights reserved. Printed by Curran Associates, Inc. (2019) For permission requests, please contact International Astronautical Federation at the address below. International Astronautical Federation 3 rue Mario Nikis 75015 Paris France Phone: +33 1 45 67 42 60 Fax: +33 1 42 73 21 20 www.iafastro.org Additional copies of this publication are available from: Curran Associates, Inc. 57 Morehouse Lane Red Hook, NY 12571 USA Phone: 845-758-0400 Fax: 845-758-2633 Email: [email protected] Web: www.proceedings.com TABLE OF CONTENTS VOLUME 1 IAC-18.A1.1.1 NEUROPSYCHOLOGICAL AND NEUROBIOLOGICAL ASPECTS OF CULTURE AND SOCIAL BEHAVIOUR IN HUMAN SPACEFLIGHT ANALOGS............................................................................................................1 Gabriel G. De La Torre IAC-18.A1.1.2 ONE FOR ALL AND ALL FOR ONE: CREW COPING ON THE INTERNATIONAL SPACE STATION ............................................................................................................................................................................................................2 Jelena Brcic IAC-18.A1.1.3 WHAT DO ASTRONAUTS TWEET ABOUT? A LINGUISTIC ANALYSIS. ..............................................................8 Sara Ahmadian IAC-18.A1.1.4 TEAM PERFORMANCE IN SPACE CREWS: HOUSTON, WE HAVE A TEAMWORK PROBLEM........................................................................................................................................................................................................13 Lindsay Larson IAC-18.A1.1.5 MULTICULTURAL PERSPECTIVE OF NEGATIVE MOOD STATES IN LONG-TERM ISOLATION AND CONFINEMENT............................................................................................................................................................22 Qianying Ma IAC-18.A1.1.6 EXERCISE CAN MAINTAIN BRAIN FUNCTION BY FNIRS USING VFT IN CONFINED ENVIRONMENT LIKE ISS IN JAPAN -SINGLE CASE EXPERIMENTAL ABA DESIGN - ...........................................................27 Shin-Ichiro Sasahara IAC-18.A1.1.7 BRAIN PLASTICITY DURING ISOLATION AND CONFINEMENT ........................................................................33 Alexander Christoph Stahn IAC-18.A1.1.8 ELECTROCORTICAL EVIDENCE FOR IMPAIRED AFFECTIVE PICTURE PROCESSING AFTER LONG-TERM IMMOBILIZATION STRESS ..............................................................................................................................34 Katharina Brauns IAC-18.A1.1.9 EVALUATION OF ANXIETY IN SITUATION OF SHORT-TERM MICROGRAVITY (EVA- 0G): SENSITIVITY OF PSYCHOLOGICAL PARAMETERS.................................................................................................................35 Cécile Guillot IAC-18.A1.1.10 NEW METHODOLOGICAL APPROACH TO THE ANALYSIS OF CREW-MCC COMMUNICATION .......................................................................................................................................................................................40 Vadim Gushin IAC-18.A1.1.11 PRELIMINARY RESULTS OF CREW COMMUNICATION CONTENT ANALYSIS IN SIRIUS-17..........................................................................................................................................................................................................47 Anna Yusupova IAC-18.A1.1.12 RELATIONSHIP BETWEEN EMOTIONAL STABILITY, GROUP STATUS AND COHESION IN THE INTERNATIONAL CREW DURING SIMULATED MARS EXPLORATION MISSION....................................................52 Polina Kuznetsova IAC-18.A1.1.13 ADDRESSING DISABILITY IN SPACE: ICARES-1 MARS ANALOG MISSION .................................................59 Aleksander Wasniowski IAC-18.A1.2.1 MAIN RESULTS OF SPACE EXPERIMENT “CARDIOVECTOR” AND ITS FURTHER DEVELOPMENT.............................................................................................................................................................................................67 Irina Funtova IAC-18.A1.2.2 CENTRAL BLOOD PRESSURE AND PULSE WAVE VELOCITY BEFORE AND AFTER SIX MONTHS IN SPACE.......................................................................................................................................................................................73 Fabian Hoffmann IAC-18.A1.2.3 MIOCARDIUM BIOELECTRICAL CHARACTERISTICS, AUTONOMIC REGULATION AND CIRCADIAN RHYTHMS IN SPACE ...........................................................................................................................................................75 Vasily Rusanov IAC-18.A1.2.4 RESPIRATORY VARIATION OF THE BALLISTOCARDIOGRAM (BCG) IS REVERSED IN SPACE -RESULTS OF THE EXPERIMENT CARDIOVECTOR ...........................................................................................................79 Elena Luchitskaya IAC-18.A1.2.5 DECREASED INOTROPIC STATE OF THE HEART AFTER ONE-MONTH EXPOSURE TO MICROGRAVITY ASSESSED BY CARDIOVECTOR-1 .........................................................................................................................83 Jeremy Rabineau IAC-18.A1.2.6 SUPPORT REACTION DISTRIBUTION IN THE COURSE OF TREADMILL WALKING IN SPACE ...............................................................................................................................................................................................................85 Elena Tomilovskaya IAC-18.A1.2.7 CARDIOVASCULAR REGULATION IN RESPONSE TO EXERCISE – FIRST RESULTS FROM ISS COSMONAUTS ...........................................................................................................................................................................87 Uwe Hoffmann IAC-18.A1.2.8 CARDIORESPIRATORY REGULATION IN RESPONSE TO EXERCISE – FIRST RESULTS FROM HERA C4 .............................................................................................................................................................................................89 Jessica Koschate IAC-18.A1.2.9 THE CHANGES OF AEROBIC CAPACITY IN COMPARISON WITH THE RESTRUCTURING OF THE LOCOMOTION STRATEGIES AFTER THE LONG-DURATION SPACE FLIGHT.............................................................................................................................................................................................................92 Elena Fomina IAC-18.A1.2.10 CORE BODY TEMPERATURE CHANGES UNDER DIFFERENT PHYSICAL AND ENVIRONMENTAL CONDITIONS ON EARTH AND IN SPACE.........................................................................................................95 Hanns-Christian Gunga IAC-18.A1.2.11 CORTICAL SOURCES OF RESTING STATE EEG DURING BED REST..............................................................96 Katharina Brauns IAC-18.A1.2.12 PECULIARITIES OF PATHOLOGICAL PROCESSES UNDER SIMULATED MICROGRAVITY (SPACE PATHOPHYSIOLOGY) ...............................................................................................................................97 Victor Baranov IAC-18.A1.2.13 CHANGES OF BDNF IN SPACEFLIGHT ANALOG STUDIES ..............................................................................100 Alexander Christoph Stahn IAC-18.A1.2.14 ALTERED INTRINSIC FUNCTIONAL BRAIN CONNECTIVITY AFTER FIRST-TIME EXPOSURE TO SHORT-TERM GRAVITATIONAL ALTERATIONS INDUCED BY PARABOLIC FLIGHT. .........................101 Angelique Van Ombergen IAC-18.A1.2.15 STRUCTURAL AND FUNCTIONAL EFFECTS OF REACTIVE JUMPS ON SKELETAL MUSCLE IN LONG-TERM BED REST (RSL-STUDY,COLOGNE) ....................................................................................................113 Dieter Blottner IAC-18.A1.2.16 BODY FLUID DISTRIBUTION DURING ARTIFICIAL GRAVITY AS A COUNTERMEASURE AGAINST SPACE FLIGHT DECONDITIONING USING A SEGMENTAL BIOELECTRICAL IMPEDANCE ANALYSIS.........................................................................................................................................117 Satoshi Iwase IAC-18.A1.2.17 UTILIZING THREE-DIMENSIONAL MOTION ANALYSIS AND FOOT PRINT DATA TO INVESTIGATE WALKING MOTION OF RATS EXPOSED TO SIMULATED MICROGRAVITY .............................................119 Junichi Tajino IAC-18.A1.2.18 NEW FINDINGS ON SKIN PHYSIOLOGICAL PARAMETERS DURING LONG-TERM SPACEFLIGHT .............................................................................................................................................................................................121 Nicole Braun IAC-18.A1.2.19 WHEELCHAIR HEAD IMMOBILIZATION PARADIGM: A GROUND-BASED ANALOG FOR POST-SPACEFLIGHT ASTRONAUT SENSORIMOTOR IMPAIRMENT...............................................................................122 Jordan Dixon IAC-18.A1.2.20 GRAVITATIONAL STRESS DURING PARABOLIC FLIGHTS INDUCE CHANGES IN HUMAN LEUKOCYTE SUBSETS .............................................................................................................................................................133 Felix S. Seibert IAC-18.A1.2.21 (NON-CONFIRMED) DIRECT NUMERICAL SIMULATION OF GASTRIC DIGESTION OF FOODS IN A STOMACH MODEL UNDER NORMAL AND REDUCED GRAVITY .......................................................................134