Development and Evaluation of Vaginal Suppository Containing Althaea officinalis L. Polysaccharide Extract

Abstract Intrauterine adhesions cause several gynecological problems. Althaea officinalis L. roots known as marshmallows contain polysaccharides (M.P.) which possess anti-inflammatory and anti-ulcerogenic activities also can form a bio-adhesive layer on damaged epithelial membranes prompting healing processes. Vaginal formulations of herbal origin are commonly applied to relieve cervico-uterine inflammation. Herein, we aim to develop and evaluate vaginal suppositories containing polysaccharides isolated from the A. officinalis root. Six formulations (four P.E.G.-based and two lipid-based suppositories containing 25% and 50% M.P.) met standard requirements, which were then subjected to qualitative and quantitative evaluation. All suppositories exhibited acceptable weights, hardness, content uniformity, melting point, and disintegration time, which fall within the acceptable recommended limits. Higher concentrations of M.P. in PEG-bases moderately increased the hardness (p<0.05). PEG-formulations showed content uniformity>90% of the average content while it was 75-83% for suppocire formulations. All formulations disintegrated in<30minutes. In-vitro release test revealed that M.P. release from 25%-MP formulations was higher than that of 50%-M.P. suppositories. Overall, results revealed the feasibility of preparing P.E.G.-or lipid-based suppositories containing M.P., which met the B.P. quality requirement

Comparative pharmacognostic evaluation of althaea officinalis and alcea rosea root

Althaea [Family Malvaceae], a small genus comprising about 15 species distributed in the temperate regions. The official drug Khatmi or Marshmallow, botanically equated to the roots of A. officinalis, the only species of this genus found in India. Alcea rosea L. syn. Althaea rosea [L.] Cav., a substitute of Khatmi is also grown as ornamental plant in Indian gardens. The root, constitute the drug Khatmi and used as demulcent and emollient. The roots are useful in inflammation, irritation of alimentary canal and urinary and respiratory organs The decoction of root is used as an expectorant in whooping cough, hoarseness of voice and bronchitis. It is also reported to be used for fomentation in inflammatory tumors, burns, bruises, sprains etc. as a poultice. Hence, in the present paper, comparative pharmacognostic evaluation of A. officinalis and A. rosea has been undertaken. The root of both the species can be identified on the basis of macro-microscopic characters, physicochemical parameters and TLC finger print profiles. The macroscopic studies showed that the root of A. officinalis are strongly longitudinally furrowed, often spirally twisted with short-medium fracture but in A. rosea these are finely longitudinally furrowed, straight with medium-hard fracture. Microscopically both these species can be differentiated on the basis of size and number of mucilage canals and distribution of fibres. The comparative TLC profiles showed common as well as differentiating bands for example 4 significant bands of orangish-brown colour at Rfs. 0.11, 0.13, 0.37 and 0.41 were only visible in A. officinalis