1 Transdermal scopolamine is used to treat motion sickness.

2 OBJECTIVE To develop a transdermal TMP.

3 Conclusion: Theophylline transdermal patch has good permeation in vitro.

4 Conclusion:The transdermal potential of piroxicam gels from different manufacturers has significant differences.

5 METHOD:Using simple cell method and snake skin as transdermal barrier, we determined the transdermal amount of oxaprozin in different Azone concentrations liniments.

6 OBJECTIVE : To prepare Compound xianling - branded transdermal ointment and to discuss its pharmacological action.

7 With the development of transdermal drug delivery preparation, the development of TCM cataplasma takes people's attention.

8 Objective : To study the effects of compound transdermal enhancers on transdermal kinetics of Baicalin.

9 The transdermal drug release performance was mainly investigated and the factors which affect mechanical also evaluated.

10 Objective To investigate the preparation method and the transdermal diffusion of flurbiprofen liposomes.

11 Conclusion: Transdermal drug delivery system has broad market and development perspective.

12 AIM: The transdermal absorption data of sinomenine patch was fitted by grey model GM(1,1) and compared with other models.

13 OBJECTIVE: To evaluate the antihypertensive efficacy of clonidine transdermal patch so as to provide the clinic with more complete information.

14 RESULTS The transdermal enhancing effect of 3% eucalyptus oil and 3% menthene was superior to that of 10% clove oil.

15 Conclusion The prepared hyperosteogeny transdermal patch has good characteristics of percutaneous permeation. It has potential prospects.

16 The characteristic of an electroporation apparatus for transdermal drug delivery is discussed in the paper.

17 The stability of estradiol transdermal delivery patch(E_2-TDS)was investigated at room temperature and with acceleration test.

18 ConclusionThe Fentanyl Transdermal System is a safe, simple and better effect medicament type for ease the pain when treating hemorrhoids with method of micro wave heating among tissue.

19 NIM-SLN significantly enhanced the transdermal flux of NIM, compared with azone, oleic acid or clove oil alone.

20 OBJECTIVE To enhance the transdermal delivery of lipophilic drugs through the local hydrophilic transport regions (LTRs) formed during electroporation by applying surfactant.

21 OBJECTIVE To prepare the piroxicam films and study its characteristics of transdermal delivery.

22 CONCLUSION: The method proved simple, specific and applicable to the determination of cineole in ligustrazine transdermal patches.

23 OBJECTIVE : To study the effect of voltage on drug transdermal iontophoresis.

24 Conclusion D-limonene was the most effective enhancer which had the greater transdermal flux of LH and the least lag time.

25 Objective: To prepare the Levamisole Hydrochloride Gels and study its transdermal permeation properties in vitro.

26 Microneedle is a physical approach to enhance penetration in transdermal drug delivery system which has promising market prospect.

27 Aim To investigate the effects and permeation mechanism of D-limonene and L-limonene on transdermal delivery of ligustrazine hydrochloride(LH).

28 These results suggest that cataplasma to combine with electroporation may be an efficient alternative for transdermal drug delivery of hydrophilic molecules.

29 Objective : To prepare the Xuanshi Liniment and evaluate its quality of transdermal absorption.

30 To observe the enhancement of the diffusion rate of capsaicin permeating through the skin by screening several complex accelerators for transdermal drug delivery system(TDS) containing capsaicin.

31 METHODS:In vitro, by means of traditional method to compare the enhancement effect of dipentene with azone at difference concentrations in the transdermal absorption of tinidazole.

32 ObjectiveTo observe effects of Fentanyl Transdermal System and Sanlitong on pain of hemorrhoids patients after operation of micro wave heating among tissue.

33 Objective: to apply transdermal iontophoresis of vancomycin to infectious disease in orthopedics.

34 In this paper, deep research is carried out around minimally invasive technology of blood glucose detection based on interstitial fluid transdermal extraction and analysis.

35 OBJECTIVE: Introduce the development of the eucalyptus oil as a transdermal absorption enhancer.

36 This article mainly introduced the fabrication approach for microneedles including the mechanism of percutaneous microneedle insertion especially for, the application in transdermal drug delivery.

37 Objective: To study the transdermal delivery of matrine from cataplasma under electroporation.

37 try its best to gather and build good sentences.

38 The medicine containing ointment of the transdermal agent has good compatibility and adhesive capacity with skin, and the transdermal agent is good in stability.

39 CONCLUSION The transdermal delivery of piroxicam was pronouncelly improved by enhancing the solubility of piroxicam with Tween 80 and forming LTRs by electroporation.

40 OBJECTIVE To probe the influence of the two kinds of permeation enhancers, azone and lepaloine on transdermal permeation of Compound hyperosteogeny patch(CHP).

41 Objective To prepare anemonin patches with higher transdermal flux in order to provide proof for the development of anemonin transdermal preparation.

42 OBJECTIVE To investigate the effect of current on drug transdermal iontophoresis flux of jel.

43 OBJECTIVE To investigate the transdermal iontophoresis of piroxicam gel in vitro .

44 The in vitro transdermal excised rat skin of imiquimod cream and its SLN were investigated.

45 Objective To prepare hyperosteogeny transdermal patch based on one traditional plaster of hyperosteogeny.

46 With the development of transdermal drug delivery preparation, the development of TCM cataplasma takes peop1e attention.

47 Objective: To select the receptor fluid used in the in-vitro skin permeation study of CVD from Shuxin transdermal patch.

48 Method: Orthogonal design was used in transdermal test with transdermal diffusion rate constant as selection standard.

49 AIM: To develop a method for the determination of cineole in ligustrazine transdermal patches.

50 In contrast, no significant changes in insulin resistance parameters were observed after transdermal estrogen, except for a decrease in the glucose-insulin resistance ratio.

51 OBJECTIVE To study the effects of enhancers on the transdermal delivery of oxaprozin.

52 Methods: To determine paracetamol absorption value transdermal solution by using transdermal test method and differential UV - spectrophotometry.

53 Aim To test the enhancing activity and the mechanism of oleyl pyroglutamate used as transdermal enhancer.

54 RESULTS: DMI can improve the transdermal absorption of the medicine.

55 Conclusion: Ethanol and laurocapm can remarkably improve the transdermal permeation of anemonin and the anemonin have the potential to be developed to new transdermal preparation.

56 OBJECTIVE To investigate the feasibility of ethosome gel as transdermal carries of ethinyl estradiol ( EE ) .

57 Nicardipine hydrochloride transdermal controlled release patches with gel matrix were prepared.

58 CONCLUSION:The established preparation technique of poultice is stable and feasible, and its leading influencing factors are adhesive stress and transdermal effects.

59 Objective: To investigate the analgesic effect of brucine by transdermal administration.

60 The popular method that statistically averaging transdermal fluxes has large mean square deviation, because the time varying property of TDD and the individual difference of SC samples are ignored.

61 OBJECTIVE : To observe the effects of menthol affecting the transdermal anount of Ketoconazole.

62 OBJECTIVE:To establish the Second-order Derivative UV-spectrophotometry for the determination of transdermal osmolality of metoprolol tartrate (MP)in vitro.

63 Objective:To optimize the preparation of drug in adhesive transdermal patch.

64 Objective : To investigate the analgesic effect of brucine transdermal administration.

65 Objective:To study the therapeutic efficacy and safety of the Fentanyl transdermal patch on the aged patients with moderate or severe cancer pain and swallowing difficulty.

66 Conclusion: Both Carbitol and Oleic Acid can be used as complex accelerators for the preparation of transdermal Tanshinone delivery system.

67 Jixingzi; Azone; Dyclonine hydrochloride; Transdermal absorption; First order derivative spectrophotometry.