| Name |
Expected
Experiments Results |
| VZAIMODEYSTVIYE |
Study of space crew behavioral laws throughout long-duration space flight. |
| IMMUNO |
Investigation of neuroendocrine and immunologic changes before, during and after space flight on the ISS. |
| MATRYOSHKA-R |
Investigation into dynamics of radiological situation throughout a flight course and in the International Space Station compartments, as well as an accumulated radiation dose in anthropomorphic phantom accommodated inside and outside the station. |
| SPRUT-2 |
Additional physiological information to extend notions about the human adaptation to zero-gravity effects. |
| Chromato-Mass Spectr M |
Investigation of human microbiological status using the chromatography-mass spectrometry method. |
| MOTOCARD |
Study of mechanisms of sensomotor coordination in weightlessness. |
| Virtual |
Spatial orientation and interaction of afferent systems in weightless conditions. |
| SPLANH |
Examination of features of structural - functional state features of different sections of gastroenteric tract to reveal a specific character of the digestive system changes occurring in spaceflight conditions. |
| Biocard |
Investigation of electrophysiological properties and features of the cardiac output change under the functional effect with NPLB applied using electrocardiogram in twelve leads |
| Cardiovector |
Study of the effect of space flight factors on spatial energy distribution of the heart beats and role of the right (respiratory) and left heart in adaptation of the blood circulation system to conditions of long-duration weightlessness |
| Cosmocard |
Study of the effect of space flight factors on electrophysiological characteristics of myocardium and their relation to vegetative blood circulation regulation processes in conditions of long-duration weightlessness |
| MORZE |
Monitoring of metabolism and its regulation, dynamics of protective systems of human organism and ecological factors during space flights on the ISS |
| Parodont-2 |
Investigation of parodontium tissue state in space flight conditions. |
| BIMS |
Study of information support processes for the flight medical support using telemedical equipment TBK-1. |
| Biosignal |
A study of the effects of microgravity on the intracellular characteristics of the functional status of the cell. |
| Algometriya |
Investigation of pain sensitivity in humans in space flight. |
| Vzaimodeistviye-2 |
Study of influence of the multi-national composition of the ISS crews on interpersonal and intergroup interaction. |
| DAN |
The role of baroreceptors in changing the activity of the central respiratory mechanism in weightlessness. |
| Kontent |
Remote monitoring of psycho-physiological state of the crew, as well as intra-group and inter-group interaction on the basis of comprehensive analysis of communication between the crew and MCC. |
| Korrektsiya |
Investigation of efficiency of pharmacological correction of mineral metabolism in conditions of a long exposure to microgravity. |
| Neiroimmunitet |
Assessment of the impact of stress on the immunity and stress reactivity systems in space: a multidisciplinary approach. |
| Movement of fluids |
Movement of fluids before, during and after a long-duration space flight and connection of this phenomenon with intracranial pressure and visually impairment. |
| Pilot-Т |
Investigation of reliability of professional activity of the astronaut in a long-duration space flight. |
| UDOD |
Study of the possibility of correcting hemodynamic changes in microgravity using negative inspiratory pressure. |
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