強韌的太空真菌挑戰現有的清潔方法
Resilient Space Fungus Challenges Current Cleaning Methods
當我們將目光投向月球與火星時，「太空微生物組」呈現出一項揮之不去的挑戰。
As we look toward the Moon and Mars, the "space microbiome" presents a persistent challenge.
研究顯示，像麴黴菌這類真菌已適應了國際太空站，發展出對標準滅菌程序的抗性。
Research reveals that fungi like Aspergillus have adapted to the ISS, developing resistance to standard sterilization.
這些韌性十足的微生物會透過降解太空船材料與威脅太空人健康來構成風險。
These resilient microorganisms pose risks by degrading spacecraft materials and threatening astronaut health.
來自和平號太空站的歷史證據顯示，未受控的真菌生長如何鏽蝕關鍵系統。
Historical evidence from the Mir station showed how unchecked fungal growth can corrode vital systems.
目前的清潔方法（如HEPA過濾）通常是被動的，且無法處理頑強的孢子形成真菌。
Current cleaning methods, such as HEPA filtration, are often reactive and fail to address hardy, spore-forming fungi.
科學家們現在呼籲更新去污標準，特別針對這些強悍的生物，而非僅專注於細菌的舊有規程。
Scientists are now calling for updated decontamination standards that specifically target these tough organisms, moving away from older protocols focused primarily on bacteria.
有趣的是，一些研究人員認為，這些具有韌性的真菌最終可能被轉化用途，用於太空生物技術，例如為長期任務回收材料。
Interestingly, some researchers believe these resilient fungi could eventually be repurposed for space biotechnology, such as recycling materials for long-term missions.
隨著我們擴大探索宇宙的觸角，在穩定環境與不可避免的微生物存在之間取得平衡，依然是任務成功的首要任務。
As we extend our reach into the cosmos, mastering the balance between a stable environment and the inevitable presence of microbes remains a top priority for mission success.
