Medicine · Health Sciences
16h-index733citations97works0.02yr avg
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Research Topics
Spaceflight effects on biology(34), Slime Mold and Myxomycetes Research(23), Protist diversity and phylogeny(20), Biocrusts and Microbial Ecology(17), Micro and Nano Robotics(10)
Publications97 total
Journal of Biotechnology·1996· 41 cited
Journal of Biotechnology·1996· 13 cited
Graviperception and Signal Transduction in Physarum
elib (German Aerospace Center)·1996· 1 cited
Advances in Space Research·1996· 13 cited
Acta Astronautica·1995· 4 cited
Gravity-Related Behaviour of the Acellular Slime Mould Physarum polycephalum (22-D SLIME)
1995
Threshold for Acceleration Sensitivity in Physarum.
elib (German Aerospace Center)·1995
Spacelab mission D-2 experiment Statex `gravity perception and neuroronal plasticity' Comparison of near weightlessness effects on two waterliving vertebrates
1994
Advances in Space Research·1994· 22 cited
Advances in Space Research·1994· 17 cited
Effects of a Transient Change of the Gravitational Force on the Development of the Static Vestibuloocular Reflex in a Fish
elib (German Aerospace Center)·1994· 4 cited
Advances in Space Research·1994· 23 cited
Influence of hyper- and hypo-gravity on the early ontogenetic development of cichlid fish. Behavioural and ultrastructural investigations: first Spacelab D2 mission results
1994
Influence of hyper- and hypo-gravity on the early ontogenetic development of cichild fish. Biochemical and histochemical investigations: first Spacelab D2 mission results
1994
Advances in Space Research·1994· 11 cited
Responses of the slime mold Physarum polycephalum to changing accelerations.
PubMed·1994· 5 cited
Behavior of free-swimming cells under various accelerations.
PubMed·1994· 3 cited
Gravitaxis - the Last Step in a Proposed Cellular Signaltransduction Chain
elib (German Aerospace Center)·1994
Graviperception and Neuronal Plasticity Gravity Dependence of Developmental Processes in Aquatic Vertebrates
elib (German Aerospace Center)·1994
Spacelab Mission D-2 Experiment STATEX "Gravity Perception and Neuronal Plasticity". Comparative Investigations of Near Weightlessness Effects on the Development and Function of the Gravity Perceiving System of Two Waterliving Vertebrates (Xenopus laevis daudin, Oreochromis mossambicus)
1994· 4 cited
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Frequent Co-authors
A. Schatz(18), J. Neubert(15), I. Block(11), R. Hemmersbach-Krause(8), H. Rahmann(6), A. Wolke(6), Donat‐Peter Häder(5), A. Linke-Hommes(5), Klaus Slenzka(5), V. Sobick(4), K. E. Wohlfarth‐Bottermann(4), B. Bromeis(4), Augusto Cogoli(3), Kurt Vogel(3), Raven Reitstetter(3), B. Kruse(3), E. Horn(3), K. Eßeling(2), C. Sebastian(2), M. Valluchi-Morf(1)