session 2

Title: Human Physiology in Space
Description: This session focuses on space physiological research that relates to human health and to the countermeasures employed to maintain health and performance.
Date: 2014-09-30
Time: 09:45
Room: 716A

IPC members

Co-Chair: Prof. Satoshi Iwase, Aichi Medical University, Japan;
Co-Chair: Prof. Inesa Kozlovskaya, State Scientific Center of the Russian Federation - Institute of Biomedical Problems of the Russian Academy of Sciences, Russian Federation;
Rapporteur: Prof. Thais Russomano, Microgravity Centre, Brazil;
Rapporteur: Prof. Hanns-Christian Gunga, Charité Universitätsmedizin Berlin, Germany;

papers
Order	Time	Paper title	Selection result	Mode	Presentation status	Speaker	Affiliation	Country
1		Biomedical support of exploration missions and international cooperation	accepted	15'	confirmed	Dr. Oleg Orlov	SSC RF-Institute of Biomedical Problems RAS	Russian Federation
1		Biomedical support of exploration missions and international cooperation	accepted	15'	confirmed	Dr. Oleg Orlov	Institute for Biomedical Problems	Russian Federation
2		Understanding the effects of spaceflight on head-trunk coordination during walking and obstacle avoidance	accepted	15'	confirmed	Mr. Stefan Madansingh	University of Houston	United States
3		Functional sensory-motor performance following long term space flight: the first results of “Field Test” experiment	accepted	15'	confirmed	Dr. Elena Tomilovskaya	Institute for Biomedical Problems	Russian Federation
4		Ways to optimize the joint action of locomotion and resistance training in extended missions with allowance for individual profiles of cosmonauts	accepted	15'	confirmed	Dr. Elena Fomina	FSC RF-IMBP	Russian Federation
5		ISS experiment BP Reg: an inflight test of risk for fainting after long-duration spaceflight	accepted	15'	confirmed	Dr. Richard Hughson	University of Waterloo	Canada
6		The new space experiment COSMOCARD onboard the ISS	accepted	15'	confirmed	Dr. Elena Luchitskaya	IBMP	Russian Federation
7		Anthropometric variations and orthostatic stability during sustained acceleration in a short arm human centrifuge (SAHC) amongst +Gz naive test subjects: form influences function.	accepted	15'	confirmed	Mr. Michael Nordine	Charité - University Medicine Berlin	Germany
9		Artificial gravity by short arm centrifuge of 1.4 m with exercise as the countermeasures for spaceflight deconditioning	accepted	15'	confirmed	Prof. Satoshi Iwase	Aichi Medical University	Japan
10		Combining Ergometer Exercise and Artificial Gravity	accepted	15'	confirmed	Mrs. Ana Diaz	Massachusetts Institute of Technology (MIT)	United States
11		Cardiovascular adaptations during sustained acceleration in a short-arm human centrifuge Increases in heart rate, and total peripheral resistance are the main counter-measures during consecutive +g-force exposure	accepted	15'	confirmed	Mr. Michael Nordine	Charité - University Medicine Berlin	Germany
12		Electrical muscle stimulation and/or dynamic fluid flow loading - effective countermeasure on attenuation of musculoskeletal loss	accepted	15'	confirmed	Prof. Yi-Xian Qin	State University of New York	United States
–		Double sensor temperature measurements correlate well with hemodynamic changes during sustained acceleration The use of a heat flux temperature probe is a reliable indicator of hemodynamic activity during +Gz	Merged with 24783			Mr. Michael Nordine	Charité - University Medicine Berlin	Germany
–		Integration and Testing of a new leg press sled for the Multifunctional Dynamometer for Application in Space	Merged with 25830			Prof.Dr. Thomas Angeli	Vienna University of Technology	Austria
–		results of 5-year researches of cardiovascular system of crew members at the international space station	Merged with 21716			Dr. Elena Luchitskaya	Institute for Biomedical Problems	Russian Federation