Space Mission Tests New Organ-on-a-Chip Technology for Health Research
太空任務測試用於健康研究的「晶片器官」新技術
Space exploration is reaching new heights with the AVATAR investigation, a NASA-led project that sends "organ-on-a-chip" technology into deep space.
太空探測正隨著「AVATAR」調查計畫攀升至新高度，這是一項由美國國家航空暨太空總署（NASA）領導的計畫，旨在將「器官晶片」（Organ-on-a-chip）技術送入深空。
During the Artemis II mission, these small devices, roughly the size of a USB drive, accompanied the crew around the Moon.
在阿提米絲二號（Artemis II）任務期間，這些約莫USB隨身碟大小的小型裝置伴隨機組人員繞行月球。
By studying how these cells react to microgravity and cosmic radiation, scientists hope to learn more about how space flight affects the human immune system.
透過研究這些細胞對微重力與宇宙輻射的反應，科學家希望進一步瞭解太空飛行如何影響人體免疫系統。
This research is crucial for personalized medicine, as it could help create specialized medical kits for future long-duration missions to Mars.
這項研究對於個人化醫療至關重要，因為它有助於為未來的火星長程任務打造專業醫療套組。
This breakthrough, supported by partners like the Wyss Institute and Emulate, Inc., marks a significant step forward in both astronaut health and medical science.
在Wyss Institute與Emulate, Inc.
