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Elaboration the high mechanical strength medium for in vitro cultivation of lilacs under microgravity conditions
Nikulin, I., Tokhtar, L., Tokhtar, V., Tkachenko, N., Borodayeva, Z., Kul'ko, S., Nikulicheva, T.
microgravity conditions
BONE LOSS RECOVERY IN MICE FOLLOWING MICROGRAVITY WITH CONCURRENT BONE-COMPARTMENT-SPECIFIC OSTEOCYTE CHARACTERISTICS
Von Kroge S., Wolfel E.M., Buravkova L.B., Atiakshin D.A., Markina E.A., Schinke T., Rolvien T., Busse B., Jahn-Rickert K.
microgravity recovered only in trabecular bone, while in cortical bone the tissue mineral density was restored
MnSOD downergulation induced by extremely low 0.1 mGy single and fractionated X-rays and microgravity treatment in human neuroblastoma cell line, NB-1
Indo H., Tomiyoshi T., Suenaga S., Tomita K., Suzuki H., Masuda D., Terada M., Ishioka N., Gusev O., Cornette R., Okuda T., Mukai C., Majima H.
Copyright © 2015 JCBN. A human neuroblastoma cell line, was treated with 24 h of microgravity
Vitality of tumor cells and fibroblasts by microgravity modeling
Khotianovich, M. O., Stukach, Y. P., Navasiolava, N. M., Custaud, M.-A., Kulchitsky, V. A.
Vitality of tumor cells and fibroblasts by microgravity modeling
MnSOD downergulation induced by extremely low 0.1 mGy single and fractionated X-rays and microgravity treatment in human neuroblastoma cell line, NB-1
Indo H., Tomiyoshi T., Suenaga S., Tomita K., Suzuki H., Masuda D., Terada M., Ishioka N., Gusev O., Cornette R., Okuda T., Mukai C., Majima H.
Copyright © 2015 JCBN. A human neuroblastoma cell line, was treated with 24 h of microgravity
EPR Detection of Iron Storage in Rat Tissues After Simulated Microgravity Model
Yurtaeva S., Efimov V., Yafarova G., Eremeev A., Iyudin V., Rodionov A., Gainutdinov K., Yatsyk I.
the tissues of rats after exposure of microgravity simulation (model of hindlimb unloading) were investigated
Functional State of the Neuromotor Apparatus of the Gastrocnemius Muscle in Rat Under Microgravity: Effect of Spinal Cord Stimulation
Eremeev A., Fedianin A., Lvova I., Galiullina N., Baltina T., Sachenkov O.
motor environment (simulation of the microgravity, restriction of peripheral afferentation including
On nonlinear dynamics of biological systems in the presence of microgravity
Naimark, O. B.
On nonlinear dynamics of biological systems in the presence of microgravity
EPR Detection of Iron Storage in Rat Tissues After Simulated Microgravity Model
Yurtaeva S., Efimov V., Yafarova G., Eremeev A., Iyudin V., Rodionov A., Gainutdinov K., Yatsyk I.
the tissues of rats after exposure of microgravity simulation (model of hindlimb unloading) were investigated
SMOOTH MUSCLE TISSUE - A POTENTIAL TARGET OF TRANSLATIONAL RESEARCHES IN SPACE BIOMEDICINE; [ГЛАДКАЯ МЫШЕЧНАЯ ТКАНЬ - ПЕРСПЕКТИВНАЯ МИШЕНЬ ТРАНСЛЯЦИОННЫХ ИССЛЕДОВАНИЙ В КОСМИЧЕСКОЙ БИОМЕДИЦИНЕ]
Samoilenko T.V., Shishkina V.V., Antakova L.N., Atyakshin D.A.
SMT in space microgravity or ground-based modeling experiments. However, space gastroenterology knows

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