Review Article
Effect of Weightlessness on the 3D Structure Formation and Physiologic Function of Human Cancer Cells
Table 4
The basic experimental conditions of human cancer cells involved genes changes under real or simulated microgravity.
| Samples(cell line) | Exposure Devices | Exposure time | Ref. |
| FTC-133 thyroid cancer cells | s-μg/RPM | 24 h | [35] | FTC-133 thyroid cancer cells | r-μg / Shenzhou 8 space mission and s-μg / RPM | 10 d | [48] | FTC-133 thyroid cancer cells | r-μg / Shenzhou 10 space mission and s-μg / RPM | 10 d | [31] | MCF-7 breast cancer cells | s-μg/RPM | 5 d | [50] | L-540 and HDLM-2 Hodgkin’s lymphoma cancer cells | s-μg / 3D Clinostat | 3 d | [51] |
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Table 4. d, day; RPM, rounds per minute. r- μg, real microgravity; s- μg, simulated microgravity; RPM: Random Positioning Machine. |