Title of article
STUDY OF THE FORMULATION AND PREPARATION OF CHEWABLE TABLETS WITH A CALCIUM COMPLEX ASSOCIATION AND VITAMIN D3
Author/Authors
Mirela Mitu، نويسنده , , Ancuta Fita، نويسنده , , Teodora Balaci، نويسنده , , Andreea Stanescu، نويسنده , , Emma Cretu، نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2010
Pages
11
From page
80
To page
90
Abstract
The experimental study objective was the development ofchewable tablets with the calcium complex association, the minerals and vi-tamin D3for children, subject to the rules as stipulated by the RomanianPharmacopoeiaXthedition. Generating sources of calcium, used as raw ma-terials in the preparation of these tablets are natural products represented bycomplex mineral rich in calcium - LactovalR °HiCal (ratio of calcium and phos-phorus is 2,2:1, report the same as breast milk) and 30% bovine colostrums[1, 3], making the absorption of calcium should be increased. Also, in order to¯x and better absorb calcium in the body was added to make the preparationof these chewable tablets and vitaminD3.Was chosen as a method of preparing direct compression. Excipients fordirect compression are diluents-binder-disaggregated. They are unitary ex-cipients or co-processed products, multi-processed excipients together to meetthose properties: microcrystalline cellulose (Vivapur 102) Ludipress, lactose(Tablettose 80), Kollidon CL Isomalt DC 100. Was also added to a lubricant(magnesium stearate) and sweetener and °avoring to carry out the preparationof tablets and after 30 days as provided Romanian PharmacopoeiaXthand its2001 supplement, which comprises: organoleptic control, uniformity of weight,strength, disintegration and their friability. Working method chosen and makethe appropriate choice leads to tablets in terms of quality standards o±cinal
Keywords
chewable tablets , calcium complex association , vitaminD3 , direct compression method
Journal title
Brain. Broad Research in Artificial Intelligence and Neuroscience
Serial Year
2010
Journal title
Brain. Broad Research in Artificial Intelligence and Neuroscience
Record number
658589
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