A wide variety of observations on cells in space, admittedly made under constraining and unnatural conditions in may cases, have led to experimental results that were surprising or unexpected. Reproducibility, freedom from artifacts, and plausibility must be considered in all cases, even when results are not surprising. The papers in symposium on 'Theories and Models on the Biology of Cells in Space' are dedicated to the subject of the plausibility of cellular responses to gravity -- inertial accelerations between 0 and 9.8 m/sq s and higher. The mechanical phenomena inside the cell, the gravitactic locomotion of single eukaryotic and prokaryotic cells, and the effects of inertial unloading on cellular physiology are addressed in theoretical and experimental studies.
Theories and models on the biological of cells in space
Advances in Space Research ; 17 , 6-7
1996-01-01
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Englisch
Theories and Models on the Biology of Cells in Space
Online Contents | 1996
|Theories and Models on the Biology of Cells in Space
Online Contents | 1995
|Theories and Models on the Biology of Cells in Space
British Library Conference Proceedings | 1995
|Section 1. Theories and Models on the Biology of Cells in Space
Online Contents | 1996
Section 1. Theories and Models on the Biology of Cells in Space
Online Contents | 1995