據研究顯示，現代人一天約 80%～90%的時間處於室內環境(Abbritti and Muzi, 1995; American Lung Assoc., 2001)，但長時間處於密閉的建築物內會出現過敏、頭痛、
眼、鼻或喉嚨感染、易感冒、皮膚乾燥發癢、嗜睡、噁心、無法專注、易疲勞、
對氣味敏感等症狀，稱為「病態建築症候群」（Sick Building Syndrome, SBS）。(Tom et al., 2011)，而室內揮發性有機氣體亦是引發病態建築症候群的原因之一(Yoshida et al., 2011)，本實驗探討香草植物對常見室內污染氣體之吸收，共進行四種氣體，包
81 醯硝酸酯(Peroxyacyl nitrates )在矮牽牛或萵苣上造成者（孫，1993；Sun, 1994; Temple et al., 1998）極為類似。但是否有關或完全相同則有待進一不步之研究。
82
83
84
測量到玫瑰天竺葵之精油？(4) 是否有其他間接因子造成此一結果？面對此四問 題，因本研究時間有限，一樣皆暫時無法加以驗證，但已開始研提一些研究方法，
希望可以逐一加以探究。
另外，如果香草受傷之後所釋放之精油或香氣有助臭氧之產生，則亦可期望 應用此些香草植物於室內，其一方面可進行空氣之淨化，另一方面可控制香草植 物使其部份受傷，例如利用微速風扇吹襲，讓葉片產生摩擦而釋放出氣味等，則 其受傷產生之臭氧亦不會太高，可能會有室內消毒殺菌之功能，即同時達到殺菌 消毒和清淨空氣的效果。唯若臭氧濃度過高，則因屬對呼吸器官有害的氣體，自 當加以迴避。
本項「光反應煙霧室」相關之研究，未來應續予擴大進行，包括排放生物源 揮發性有機物如「異戊二烯」之植物，皆可加入，則將可解答甚多有關植物是否 實際參與光化反應之問題，或可幫助釐清一些認為植物對空氣品質有害之錯誤看 法。
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