Life on Earth has evolved under the influence of gravity. This force has played an important
role in shaping development and morphology from the molecular level to the whole …

Simulated microgravity (s‐μg) devices provide unique conditions for elucidating the effects
of gravitational unloading on biological processes and are increasingly being applied for …

Abstract Clinostats and Random Positioning Machine (RPM) are used to simulate
microgravity, but, for space exploration, we need to know the response of living systems to …

Simple Summary Metastasis is the most dangerous feature of advanced cancers. In vitro
models of this process could help us to study and understand mechanisms that are not …

A fundamental question in human biology and for hematological disease is how do complex
gene-environment interactions lead to individual disease outcome? This is no less the case …

Simulated microgravity (SMG) induced the changes in cell proliferation and cytoskeleton
organization, which plays an important factor in various cellular processes. The inhibition in …

Plant cell proliferation is affected by microgravity during spaceflight, but involved molecular
mechanisms, key for space agronomy goals, remain unclear. To investigate transcriptomic …

In preparing space and microgravity experiments, the utilization of ground-based facilities is
common for initial experiments and feasibility studies. One approach to simulating …

Background: Cells are sensitive to changes in gravity, especially the cytoskeletal structures
that determine cell morphology. The aim of this study was to assess the effects of simulated …

Cancer is defined as a group of diseases characterized by abnormal cell growth, expansion,
and progression with metastasis. Various signaling pathways are involved in its …