Page 133 - 《中国药房》2023年4期
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Pharm,2016,505(1/2):14-19. red maple leaves on elastase and their protective effects
[21] WU H,DENG Z Z,ZHOU B J,et al. Improved transder‐ on human keratinocytes[J]. J Funct Foods,2020,75:
mal permeability of ibuprofen by ionic liquid technology: 104208.
correlation between counterion structure and the physico‐ [34] GALANTY A,POPIÓŁ J,PACZKOWSKA-WALENDOWSKA
chemical and biological properties[J]. J Mol Liq,2019, M,et al.(+)-Usnic acid as a promising candidate for a
283:399-409. safe and stable topical photoprotective agent[J]. Mo-
[22] ZSIKÓ S,CSÁNYI E,KOVÁCS A,et al. Novel in vitro lecules,2021,26(17):5224.
investigational methods for modeling skin permeation: [35] VIZSERÁLEK G,BERKÓ S,TÓTH G,et al. Permeabi-
skin PAMPA,Raman mapping[J]. Pharmaceutics,2020,12 lity test for transdermal and local therapeutic patches using
(9):803. skin PAMPA method[J]. Eur J Pharm Sci,2015,76:
[23] BOO YC. Mechanistic basis and clinical evidence for the 165-172.
applications of nicotinamide(niacinamide)to control skin [36] CASAMONTI M,PIAZZINI V,BILIA A R,et al. Evalua‐
aging and pigmentation[J].Antioxidants(Basel),2021,10 tion of skin permeability of resveratrol loaded liposomes
(8):1315. and nanostructured lipid carriers using a skin mimic artifi‐
[24] ZHANG Y L,LANE M E,HADGRAFT J,et al. A com‐ cial membrane(skin-PAMPA)[J]. Drug Deliv Lett,2019,9
parison of the in vitro permeation of niacinamide in mam‐ (2):134-145.
malian skin and in the parallel artificial membrane perme‐ [37] CARRER V,ALONSO C,PONT M,et al. Effect of pro‐
ation assay(PAMPA)model[J]. Int J Pharm,2019,556: pylene glycol on the skin penetration of drugs[J]. Arch
142-149. Dermatol Res,2020,312(5):337-352.
[25] ZHANG Y L,KUNG C P,SIL B C,et al. Topical delivery [38] PARK J,LEE H,PARK K. Gastrointestinal tract and skin
of niacinamide:influence of binary and ternary solvent permeability of chemicals in consumer products using
systems[J]. Pharmaceutics,2019,11(12):668. parallel artificial membrane permeability assay(PAMPA)
[26] MENDES I T,RUELA A L M,CARVALHO F C,et al. [J]. Environ Anal Health Toxicol,2021,36(3):e2021021-
Development and characterization of nanostructured lipid e2021020.
carrier-based gels for the transdermal delivery of donepezil [39] BALÁZS B,VIZSERÁLEK G,BERKÓ S,et al. Investi‐
[J]. Colloids Surfaces B,2019,177:274-281 gation of the efficacy of transdermal penetration enhan-
[27] WU H,FANG F,ZHENG L L,et al. Ionic liquid form of cers through the use of human skin and a skin mimic artifi‐
donepezil:preparation,characterization and formulation cial membrane[J]. J Pharm Sci,2016,105(3):1134-1140.
development[J]. J Mol Liq,2020,300:112308. [40] ABD E,YOUSEF S A,PASTORE M N,et al. Skin mo-
[28] ISLAM A,AMJAD A,MAISA A L Q,et al. Spasmolytic dels for the testing of transdermal drugs[J]. Clin Pharma‐
effects of salvia triloba leaf extract on smooth muscles of col,2016,8:163-176.
the duodenum in rats[J]. Stud Ethno Medicine,2019,13 [41] CHI C T,LEE M H,WENG C F,et al. In silico prediction
(3):169-174. of PAMPA effective permeability using a two-QSAR ap‐
[29] RISALITI L,KEHAGIA A,DAOULTZI E,et al. Lipo‐ proach[J]. Int J Mol Sci,2019,20(13):3170.
some vehiculation of the essential oils of salvia triloba and [42] VIZSERÁLEK G. Examination of permeability of drugs
rosmarinus officinalis for the topical delivery[J]. PMIO, by PAMPA method in theoretical and practical aspects[D].
2017,4(S01):S1-S202. Hungary:Semmelweis University,2016.
[30] GAVAN A,COLOBATIU L,HANGANU D,et al. Deve- [43] SORIANO-MESEGUER S,FUGUET E,PORT A,et al.
lopment and evaluation of hydrogel wound dressings Optimization of experimental conditions for skin-PAMPA
loaded with herbal extracts[J]. Processes,2022,10 measurements[J]. ADMET DMPK,2020,8(1):16-28.
(2):242. [44] DE SOUZA TEIXEIRA L,VILA CHAGAS T,ALONSO
[31] CHANAJ-KACZMAREK J,PACZKOWSKA M,OSMAŁEK A,et al. Biomimetic artificial membrane permeability as‐
T,et al. Hydrogel delivery system containing Calendulae say over franz cell apparatus using BCS model drugs[J].
flos lyophilized extract with chitosan as a supporting stra- Pharmaceutics,2020,12(10):988.
tegy for wound healing applications[J]. Pharmaceutics, [45] ALONSO C,CARRER V,ESPINOSA S,et al. Prediction
2020,12(7):634. of the skin permeability of topical drugs using in silico
[32] VANTI G,BANI D,SALVATICI M C,et al. Development and in vitro models:Science Direct[J].Eur J Pharm Sci,
and percutaneous permeation study of escinosomes,escin- 2019,136:104945.
based nanovesicles loaded with berberine chloride[J]. [46] LUO L. Mechanistic studies on skin permeation models
Pharmaceutics,2019,11(12):682. [D].London,UK:University College London,2017.
[33] LIU C,XU Y M,KIRK R D,et al. Inhibitory effects of (收稿日期:2022-09-20 修回日期:2023-01-09)
skin permeable glucitol-core containing gallotannins from (编辑:孙 冰)
中国药房 2023年第34卷第4期 China Pharmacy 2023 Vol. 34 No. 4 · 507 ·