The Chinese Academy of Sciences (CAS) reported that the experiments covered space life sciences, advanced materials, and novel space technologies. After recovery at the landing site, time-sensitive biological samples were promptly sent to Beijing and transferred to scientists following inspection by CAS's Technology and Engineering Center for Space Utilization.
This batch included 20 types of biological samples, the most diverse collected to date during Tiangong's operational phase. These included bone cells, human stem cells, bronchial epithelial cells, embryos from humans and animals, protein samples, and fruit flies.
Researchers will use these specimens to study how space conditions influence cellular processes such as bone density loss, stem cell behavior, and cancer development triggered by space radiation. They also aim to understand how early mammalian embryos grow in microgravity and how protein functions shift without Earth's gravity. Additional studies will assess fruit fly adaptation to the space environment.
The results are expected to inform strategies for protecting astronaut health on future missions and may yield insights applicable to Earth-based medical science.
Materials science experiments are also under way. Tungsten alloys, high-strength steels, specialty crystals, semiconductor components, lunar soil bonding agents, and new lubricant formulations were among the returned materials. These are being sent to Beijing for analysis.
CAS scientists noted that the findings will support the development of next-generation technologies for aerospace and terrestrial use. Applications range from jet engine materials and deep-ultraviolet lithography systems to lunar construction techniques and foldable solar array designs essential for deep-space missions.
Related Links
Technology and Engineering Center for Space Utilization
The Chinese Space Program - News, Policy and Technology
China News from SinoDaily.com
| Subscribe Free To Our Daily Newsletters |
| Subscribe Free To Our Daily Newsletters |
