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A study of the properties of tablets from coprocessed dry binder based on directly compressible starch and lactose.
Moučková, Eva ; Mužíková, Jitka (advisor) ; Řehula, Milan (referee)
The paper deals with the study of the properties of tablets from coprocessed dry binder StarLac. The properties under study included the tensile strength and disintegration time in dependence on compression force, addition of two lubricants (magnesii stearas, sodium stearylfumarate) in two concentrations (0,4. 0,8%) and a 50% addition of the active ingredient ascorbic acid. The compression forces were 15, 16, 17 kN, in the case of the tableting material with the active ingredient only 16 kN. The addition of magnesii stearas in a concentration of 0,4% increased the tensile strength, but in a concentration of 0,8% didn't. The same result is in the case of sodium stearyl fumarate for compression force 17 kN. The addition of lubricants increased the disintegration time of tablets, less in the case of Pruv. The addition of ascorbic acid decreased the tensile strength of tablets, the disintegration time was shorten. StarLac without and with magnesii stearas too offers the tablets with higher tensile strength and with shorter disintegration time then the physical mixture of Starch 1500 and Pharmatose DCL 15.
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A study of the properties of tablets from coprocessed dry binder based on directly compressible starch and lactose.
Moučková, Eva ; Mužíková, Jitka (advisor) ; Řehula, Milan (referee)
The paper deals with the study of the properties of tablets from coprocessed dry binder StarLac. The properties under study included the tensile strength and disintegration time in dependence on compression force, addition of two lubricants (magnesii stearas, sodium stearylfumarate) in two concentrations (0,4. 0,8%) and a 50% addition of the active ingredient ascorbic acid. The compression forces were 15, 16, 17 kN, in the case of the tableting material with the active ingredient only 16 kN. The addition of magnesii stearas in a concentration of 0,4% increased the tensile strength, but in a concentration of 0,8% didn't. The same result is in the case of sodium stearyl fumarate for compression force 17 kN. The addition of lubricants increased the disintegration time of tablets, less in the case of Pruv. The addition of ascorbic acid decreased the tensile strength of tablets, the disintegration time was shorten. StarLac without and with magnesii stearas too offers the tablets with higher tensile strength and with shorter disintegration time then the physical mixture of Starch 1500 and Pharmatose DCL 15.
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In-store marketing and possibilities of its use in BILLA, Ltd
Moučková, Eva ; Hesková, Marie (advisor) ; Jelínková, Linda (referee)
This thesis deals with the in-store marketing and its application in the supermarket Billa ltd. The work is divided into the theoretical and practical part. The theoretical part deals with sales support, which includes in-store marketing. In the practical part I describe the current trends within in-store marketing and the merchandising problems there as well. The practical work is also dedicated to the description of the actual means of in-store marketing in the supermarket Billa ltd. The actual research work is carried out on the basis of survey and field survey of the supermarket. Using the obtained results and their comparison with the supermarket Albert are defined and I evaluated current trends in in-store marketing within the supermarket Billa ltd.
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