| Name |
Expected
Experiments Results |
Sprut-MBI, Sprut-2
Parodont
Cardio-ODNT |
Additional physiological information to extend notions about the human adaptation to zero-gravity effects. |
| Mass Transfer |
Development test of one of the links of future bio-technical cosmonauts life support system. |
Prognos
Brados |
Development test of prediction procedure of dose characteristics of radiation environment in the Service Module compartments. |
| FARMA |
Obtaining new information about details of absorption, distribution
and elimination of acetominophene as a medicine. |
| POLIGEN |
Search for genetic criteria for revealing living organisms with a maximum possible resistance extreme conditions of a prolonged space flight. |
| DIUREZ |
Evaluation of water-electrilyte metabolism adaptation to zero-gravity environment. |
Biotest,
Biotes-1 |
A study of biochemical status of humans in space flight. |
| Profilaktika |
A study of mechanisms and efficiency of various methods of preventing human locomotion system disfunctions in zero gravity. |
| PULSE |
Investigation of vegetative regulation of the human cardiorespiratory system in zero gravity. |
| BIMS |
Study of information support processes for the flight medical support using telemedical equipment TBK-1. |
| BIORISK |
Investigation of impact of space factors on the state of the "microorganisms - substrates" system as applied to the problem
of ecological safety of space technology and planetary quarantine. |
| RASTENIA-2 |
Study of the growth and evolution of higher plants and also test of their cultivation procedure in microgravity conditions. |
| PILOT |
Research into individual features of cosmonauts' psychophysiologic condition and their steady professional activity regulation
during a long-term space flight. |
| INTERCELLULAR INTERACTION |
Research into intercellular interactions during orbital space flight. |
| GEMATOLOGIA |
Research into morphologic-functional properties of human blood cells and intensity of erythropoiesis (formation of
erythrocytes) on exposure to space flight factors. |
| PLASMIDA |
Transfer of plasmid DNA during conjugation in the space flight. |
| STATOKONIA |
Study of growth potential of statokonias in organs of equilibrium of gastropods (Gastropoda) in zero-gravity conditions. |
| Regeneratsia |
Study of zero-gravity impact on the regeneration processes of biological objects by electrophysiological and morphological indices. |
| AKVARIUM |
Study of the state stability of the model closed ecological system and its links in microgravity conditions, microsystem components and the advanced biological life support systems for space crews. |
| SONOKARD |
A comprehensive study of bodily physiological functions by contactless method in sleep in the course of long-duration space flight. |
| VZAIMODEYSTVIYE |
Study of space crew behavioral laws throughout long-duration space flight. |
| DYKHANIE |
Study of the breathing regulation and biomechanics in spaceflight conditions. |
| PNEUMOCARD |
Study of spaceflight effect on a vegetative regulation of blood circulation, breathing and heart contraction function in a long-duration mission. |
| RASTENIA |
Investigation of growth and evolution of higher plants as well as test of their cultivation procedure in microgravity. |
| TIPOLOGIA |
Study of typological features of operator activity of the ISS crews in long-term space flight phases. |
| IMMUNO |
Investigation of neuroendocrine and immunologic changes before, during and after space flight on the ISS. |
| Chromato-Mass Spectr M |
Investigation of human microbiological status using the chromatography-mass spectrometry method. |
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