Second news bulletin




Yüklə 176.47 Kb.
səhifə5/6
tarix25.04.2016
ölçüsü176.47 Kb.
1   2   3   4   5   6

Session 5

Crew Nutrition in Long-Duration Space Missions



Cochairmen:
Agureyev А.N., Andreychuk P.О., Siniavskiy Y.А.

1. Ways of Optimizing Crew Nutrition in Long-Duration Space Missions

Agureyev А.N.

2. Devising Technologies To Produce Food for Cosmonauts



Dobrovolskiy V.F., Kidalyuk I.V.

3. Recommendations To Establish Food Rations Based on Functional Intestinal Adjustment in Spaceflight Conditions



Sedova Y.A., Afonin B.V.

4. Experience of Using Local Kazakh Food Spaceflight Conditions



Siniavskiy Y.А., Agureyev А.N., Suleymenova J.М., Gurova L.А.

5. New Specialized Foodstuffs That Improve Human Body’s Adaptive Capabilities under the Impact of Adverse Environmental Factors



Siniavskiy Y.А., Tsoy I.G., Li М.V., Suleymenova J.М.

6. Key Principles of Creating Foodstuffs That Increase the Human Body’s Tolerance to Adverse Impacts of Spaceflight Factors



Siniavskiy Y.А., Agureyev А.N., Dinasilov I.А.

7. Approaches to Alimentary Correction of Functional Intestinal Adjustment Caused by Microgravity Effects



Goncharova N.P., Afonin B.V.

8. Urease Respiratory Test To Establish Helicobacter Pylori in the Stomach as an Aspect of Microbiological Safety of Space Missions



Afonin B.V.


Thursday, September 25


14.00 – 17.30
Green Room


Session 4




Biological Life Support Systems in Long-Duration Space Missions (Methodological and Technological Ground-Based Research)




Cochairs:
Berkovich Y.A., Ivanova T.N., Trofimov Y.V.




  1. Using Correcting Ionite To Improve Soil Substitute Fertility in a Space Greenhouse

Matusevich V.V.

  1. Using Powerful LEDs of White Emission Spectrum To Provide Light for Plants in a Space Greenhouse

Trofimov Y.V., Tsvirko V.I., Lishik S.I., Pautino А.А., Yerokhin A.N.

  1. Gravitropic and Phototropic Reactions of Wheat Plants in Ground-Based Hemispheric Prototype of Space Greenhouse

Zyablova N.V., Berkovich Y.A., Skripnikov A.Y.

  1. Issues of Researching and Simulating Water Distribution and Transfer in Porous Soil Substitutes in the Context of Existing Gravitation Force Impact on Space Greenhouses

Krivobok N.М., Yerokhin А.N.

  1. Tolerance of Chufa Plants to External Environment Factors with Respect to BLSS

Motorin N.V., Tikhomirov А.А., Velichko V.V.

  1. Functional Activity of Pip Aquaporines – Test for Plants Viability

Reutskiy V.G.

  1. Growth and Photosynthetic Activity of Chinese Cabbage Plants Grown under a LED Lamp in Space Greenhouse Prototype

Smolianina S.O., Berkovich Y.A., Zhigalova T.V., Avercheva O.V.

  1. Influence of Agricultural Water with Low Deuterium Content on Growth and Status of Plants

Smolianina S.O., Krivobok N.М., Korsak I.V.

  1. Assessment of Plants and Methylotrophic Bacteria Symbiosis as a Possible Means of Lowering Light Hydrocarbons Content in Space Greenhouse Environment

Smolianina S.O., Ivanova Y.G., Doronina N.V., Korsak I.V.


Thursday, September 25


14.00 – 17.30
Red Room



Session 6




Microbiological Safety in Long-Duration Space Missions



Cochairs:
Ilyin V.K., Tirranen L.S., Novikova N.D.

1. Microbiological Research in Biological Life Support Systems: Issues and Prospects



Gitelzon I.I., Somova L.A., Manukovskiy N.S.

2. Role of Aerobic Microbial Association in Advanced Treatment of Food Waste Biodegradation Liquid Products



Ilyin V.K., Korshunov D.V., Doronina N.V., Ivanova Y.G., Starkova L.V., Mardanov R.G.

3. Electricity Generation from Human Feces with Microbial Fuel Cell



Hong Liu, Zhenglong Li, Lingcai Kong, Jingjie Teng, Xinpin Du

4. Design of Bioelectricity Generation Device



Ilyin V.K., Chumakov P.Y., Safronova S.A., Starkova L.V., Voyeykova T.A., Debabov V.G.

5. Experimental Assessment of Possible Use of Physical Methods To Protect Orbital Station’s Environment from Microbial Contamination at Pre-Launch Stages



Novikova N.D., Poddubko S.V., Sychenikova V.A., Zarubina K.V.

6. Microbiological Safety of Space Station Environment and Testing of New UV Sources To Decontaminate Air and Surfaces



Polikarpov N.А., Novikova N.D., Deshevaya Y.А., Goldshteyn Y.А., Shashkovskiy S.G.

7. Automatic Assessment of Human Microbial Status in Model Research in Pressurized Module



Solovyevа Z.O., Skedina M.A., Ivanova I.A., Verdenskaya N.V.,

Sazonov V.V., Panina Y.F., Ilyin V.K.

8. Microorganisms as Indicators of Higher Plants Status



Tirranen L.S.


Thursday, September 25


14.00 – 17.30
Beige Room



1   2   3   4   5   6


Verilənlər bazası müəlliflik hüququ ilə müdafiə olunur ©azrefs.org 2016
rəhbərliyinə müraciət

    Ana səhifə