#β-cyclodextrin

[amcrasto]

ENHANCEMENT OF DISSOLUTION RATE AND SOLUBILITY OF LOSARTAN POTASSIUM BY USING SOLID DISPERSION METHOD β-CYCLODEXTRIN AS CARRIER

ENHANCEMENT OF DISSOLUTION RATE AND SOLUBILITY OF LOSARTAN POTASSIUM BY USING SOLID DISPERSION METHOD β-CYCLODEXTRIN AS CARRIER

  ENHANCEMENT OF DISSOLUTION RATE AND SOLUBILITY OF LOSARTAN POTASSIUM BY USING SOLID DISPERSION METHOD β-CYCLODEXTRIN AS CARRIER

Dr. M. Sunitha Reddy*, CH.Soujanya, MD. Fazal ul Haq

[ABSTRACT]    [PDF] file:///C:/Users/Inspiron/Downloads/article_wjpr_1448882058.pdfABSTRACT In the present study an attempt was made to increase the therapeutic effectiveness of losartan potassium,by increasing…

View On WordPress

[scirp]

Read the full paper at: http://www.scirp.org/journal/PaperInformation.aspx?PaperID=49456 DOI: 10.4236/jeas.2014.43007 Author(s) Syed Mashhood Ali, Shazia Shamim ABSTRACT Complexation of benzhexol and β-cyclodextrin was studied in aqueous medium. The formation of inclusion complex and its stoichiometry were determined by NMR titration method. ROESY spec-trum, recorded with a mixing time of 0.5 s in few minutes, displayed crosspeaks between phenyl ring of benzhexol and β-cyclodextrin cavity protons established the inclusion of phenyl ring into the cavity. No inference about the distances between interacting protons could be drawn due to spin diffusion. eww140924gjr However, analysis of peak intensity ratios of intermolecular crosspeaks suggested partial penetration of phenyl ring from wider side. Molecular mechanics studies supported these conclusions and the lowest energy conformation was proposed as the probable structure of 1:1 benzhexol-β-cyclodextrin complex. KEYWORDS β-Cyclodextrin, Benzhexol, ROESY, Molecular Mechanics