林产化学与工业
林產化學與工業
림산화학여공업
CHEMISTRY AND INDUSTRY OF FOREST PRODUCTS
2012年
3期
1-8
,共8页
宋杰%王宗德%韩招久%陈金珠%姜志宽%郑卫青%商士斌
宋傑%王宗德%韓招久%陳金珠%薑誌寬%鄭衛青%商士斌
송걸%왕종덕%한초구%진금주%강지관%정위청%상사빈
定量构效关系%萜类化合物%臭虫%Cimex lectularius L.%最优线性回归
定量構效關繫%萜類化閤物%臭蟲%Cimex lectularius L.%最優線性迴歸
정량구효관계%첩류화합물%취충%Cimex lectularius L.%최우선성회귀
QSAR%terpenoid compound%bedbug%Cimex lectularius L.%BMLR
测定了一系列六元环萜类化合物对臭虫(Cimex lectularius L.)的驱避活性,利用Codessa Pro程序计算了这些化合物的结构描述符,再利用Codessa Pro程序中的最优线性回归方法计算了驱避活性与这些化合物结构描述符之间的定量构效关系.所得到的最优定量构效关系计算模型的R2为0.924,模型所包含的4个参数分别是:FNSA3 fractional PNSA、Min n-n repulsion for bond H-C、YZ Shadow/YZ rectangle、Max electrophilic reactivity index for atom C.通过对模型的分析讨论了臭虫化学感受器与驱避剂之间可能存在的相互作用.
測定瞭一繫列六元環萜類化閤物對臭蟲(Cimex lectularius L.)的驅避活性,利用Codessa Pro程序計算瞭這些化閤物的結構描述符,再利用Codessa Pro程序中的最優線性迴歸方法計算瞭驅避活性與這些化閤物結構描述符之間的定量構效關繫.所得到的最優定量構效關繫計算模型的R2為0.924,模型所包含的4箇參數分彆是:FNSA3 fractional PNSA、Min n-n repulsion for bond H-C、YZ Shadow/YZ rectangle、Max electrophilic reactivity index for atom C.通過對模型的分析討論瞭臭蟲化學感受器與驅避劑之間可能存在的相互作用.
측정료일계렬륙원배첩류화합물대취충(Cimex lectularius L.)적구피활성,이용Codessa Pro정서계산료저사화합물적결구묘술부,재이용Codessa Pro정서중적최우선성회귀방법계산료구피활성여저사화합물결구묘술부지간적정량구효관계.소득도적최우정량구효관계계산모형적R2위0.924,모형소포함적4개삼수분별시:FNSA3 fractional PNSA、Min n-n repulsion for bond H-C、YZ Shadow/YZ rectangle、Max electrophilic reactivity index for atom C.통과대모형적분석토론료취충화학감수기여구피제지간가능존재적상호작용.
The quantitative structure-activity relationship (QSAR) between the repellency against bedbug,Cimex lectularius L.(Hemiptera:Cimicidae) and the molecular structural descriptors of a series of terpenoid compounds with six-member-ring was correlated by best multilinear regression (BMLR) method.The descriptors and the multilinear regression were all calculated by Codessa Pro.The optimum multilinear model with R2 value of 0.924 and 4 descriptors,i.e.the fractional atomic charge weighted partial megative surface area (FNSA3) fractional the atomic charge weighted partial negative charge molecular surface area (PNSA),Min n-n repulsion for bond H-C,YZ Shadow/YZ rectangle and Max electrophilic reactivity index for atom C was validated and presented.The probable interaction between the chemoreceptor of bedbug and the repellent was also discussed according to the optimum model and its descriptors.