7. Life and Microgravity Sciences on board ISS and beyond (Part II)

Papers

1. Life science research in space, where we are and where we want to go

2. Advances of Space Life science projects on Chinese Tianzhou-1

3. Design and development of a CubeSat platform for supporting human physiological in-vitro studies in Space

4. Remote Controlled Miniaturized Lab Platform for Space Research

5. Space Flow - A Concept for advanced Flow Cytometry

6. flumias - a confocal fluorescence microscope for the observation of inner cellular processes under adjustable artificial gravity in the range between zero and one g

7. The status of preparation for the atomization experiment in microgravity on Kibo

8. ARISE: Building Planetary Seedlings on the ISS

9. ASI-Biomission VITA Inc. 51/52 NANOROS experiment: skeletal muscle cell protection against oxidative stress with cerium oxide nanoparticles in space

10. The effect of microgravity and cosmic rays on immortalised human cell lines in a suspension culture condition on a nanosatellite platform.

11. The effects of long-term vibration on human chondrocytes.

12. The power of life - how biology can help address the long term energy demands of space colonization

13. Evaluating the Microbial Environment aboard ISS to Enable an Optimized Microbiome for Deep Space Human Exploration

14. Defining a Spaceflight Biofilm Experiment Through Comprehensive Assessments of Material, Media, and Hardware Biocompatibility

15. Controlling Spaceflight Fungal Biofilms: the Search for Antimicrobial Surfaces

16. Translational Omics Research on the International Space Station

17. Effects of space environment on plant cell growth and proliferation. Role of red light in counteracting gravitational stress and promoting adaptation.

18. AtmoFlow - Simulating atmospheric flows on the International Space Station. Part II: Experiments and numerical simulations