中华医学美学美容杂志
中華醫學美學美容雜誌
중화의학미학미용잡지
CHINESE JOURNAL OF MEDICAL AESTHETICS AND COSMETOLOGY
2008年
5期
334-337
,共4页
谈益妹%王学民%杨丽洁%林银芬
談益妹%王學民%楊麗潔%林銀芬
담익매%왕학민%양려길%림은분
光毒反应指数%光变态反应指数%结构参数
光毒反應指數%光變態反應指數%結構參數
광독반응지수%광변태반응지수%결구삼수
Phototoxicity index%Photoallergic index%Structural parameters
目的 通过对二苯甲酮3种衍生物二苯甲酮-1、二苯甲酮-2和二苯甲酮-3进行皮肤光毒实验和皮肤光变态反应,探讨3种不同结构防晒剂对皮肤的安全性.方法 用HyperChem7.0软件分别计算出上3种防晒剂的总能量、结合能、电子能、净电荷、偶极矩等结构参数,用SPSS13.0软件分析不同结构参数和防晒剂皮肤光毒反应指数及光变态反应指数的相关性.结果 光毒反应指数和结构参数中的总能量和电子能呈负相关(P<0.01),并随净电荷之和的增加而上升(P<0.01).光变态反应指数仅和结构参数中的结合能密切相关(P<0.01),和其他结构参数均无相关性(P>0.05).结论 初步确定光毒反应指数和结构总能量、电子能相关.光变态反应指数和结合能相关.从而初步建立结构总能量、电子能、净电荷之和-皮肤光毒反应模型以及结合能-光变态反应模型.
目的 通過對二苯甲酮3種衍生物二苯甲酮-1、二苯甲酮-2和二苯甲酮-3進行皮膚光毒實驗和皮膚光變態反應,探討3種不同結構防曬劑對皮膚的安全性.方法 用HyperChem7.0軟件分彆計算齣上3種防曬劑的總能量、結閤能、電子能、淨電荷、偶極矩等結構參數,用SPSS13.0軟件分析不同結構參數和防曬劑皮膚光毒反應指數及光變態反應指數的相關性.結果 光毒反應指數和結構參數中的總能量和電子能呈負相關(P<0.01),併隨淨電荷之和的增加而上升(P<0.01).光變態反應指數僅和結構參數中的結閤能密切相關(P<0.01),和其他結構參數均無相關性(P>0.05).結論 初步確定光毒反應指數和結構總能量、電子能相關.光變態反應指數和結閤能相關.從而初步建立結構總能量、電子能、淨電荷之和-皮膚光毒反應模型以及結閤能-光變態反應模型.
목적 통과대이분갑동3충연생물이분갑동-1、이분갑동-2화이분갑동-3진행피부광독실험화피부광변태반응,탐토3충불동결구방쇄제대피부적안전성.방법 용HyperChem7.0연건분별계산출상3충방쇄제적총능량、결합능、전자능、정전하、우겁구등결구삼수,용SPSS13.0연건분석불동결구삼수화방쇄제피부광독반응지수급광변태반응지수적상관성.결과 광독반응지수화결구삼수중적총능량화전자능정부상관(P<0.01),병수정전하지화적증가이상승(P<0.01).광변태반응지수부화결구삼수중적결합능밀절상관(P<0.01),화기타결구삼수균무상관성(P>0.05).결론 초보학정광독반응지수화결구총능량、전자능상관.광변태반응지수화결합능상관.종이초보건립결구총능량、전자능、정전하지화-피부광독반응모형이급결합능-광변태반응모형.
Objective To explore the relationship between skin photo reactions and structural pa-rameters. Methods Benzophenone-1, Benzophenone-2 and Benzophenone-3 were assessed by phototoxici-ty test and photoallergic test on guinea pig. And the phototoxicity index and photoallergic index were cal-culated after clinical assessment. Structural parameters of the three sunscreens like total energy, binding energy, electronic energy, heat of formation, dipole and sum of the net charges were also calculated by the soft of HyperChem7.0, respectively. Results The phototoxicity index rised with total energy, elec-tronic energy and sum of net charges increasing. And the photoallergy index rised only with binding ener-gy increasing. So there was some correlation between phototoxicity index and total energy, electronic en-ergy and sum of net charges (P<0.01). Significant relationship was only between the photoallergy index and binding energy (P<0.01). Conclusions The phototoxicity is correlated with total energy and e-lectronic energy, while photoallergy is related to binding energy. It is possible to establish a model evalua-ting the safety and structural parameters of benzophenone ramifications.