四、結論

純的(de)(de)穩定性、混溶(rong)性和(he)地形(xing)特征 通過將 LangmuirBlo?Gett 和(he) AFM 技術相關聯(lian)來評估(gu)混合(he)單(dan)層和(he)混合(he)單(dan)層。 更有效的(de)(de)熱力(li)學 由于(yu) DPPG/CMR 混合(he)單(dan)層，因此獲得(de)了(le)關聯(lian) 到有利的(de)(de)有吸引(yin)力(li)的(de)(de)分子間(jian)相互(hu)作用(yong)。 差(cha)異 在磷脂的(de)(de)分子結(jie)構中解(jie)釋了(le)不同的(de)(de) 分子間(jian)相互(hu)作用(yong)的(de)(de)行(xing)為(wei)。 香(xiang)豆素能夠改(gai)變偶極矩、分子的(de)(de)堆積和(he) 聚集體形(xing)成。

致謝

作者感謝(xie) FACEPE 提供的支持(chi)， CNPq 和 INCT。 安德(de)拉(la)德(de)和奧利維拉(la)也感謝(xie) CNPq 財(cai)政支持(chi)（贈款 302885/2015-3 和 302930/2015-9， 分別）。 Rocha 感謝(xie) FACEPE 獲得(de)博士學位(wei) 獎學金(jin)。

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香豆素和磷脂混合物單分子層膜中的分子相互作用的界面性質——摘要、簡介

香豆素和磷脂混合物單分子層膜中的分子相互作用的界面性質——材料和方法

香豆素和磷脂混合物單分子層膜中的分子相互作用的界面性質——結果和討論

香豆素和磷脂混合物單分子層膜中的分子相互作用的界面性質——結論、致謝！