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Evaluation of a Novel, Natural Badam Gum as a Sustained Release and Mucoadhesive Component of Tizanidine HCl Buccal Tablets


Affiliations
1 National College of Pharmacy, Manassery Calicut, Kerala, India
2 Department of Pharmacy, Annamalai University, Annamalai Nagar – 608002, India
3 School of Biotechnology, NIT Calicut, Kerala-673, India
     

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The objective of this research is a bioadhesive two layers controlled release tablets. The drug release and therefore the physical properties of tablet formulations using polymers badam gum at four levels were evaluated. Formulation containing 50% total polymer level was the best formulation. This formulation was tested in pH 6.8 dissolution medium and at 75 rotational speed. The drug release was 86.49% in 10th hour. 50% containing Badam Gum showed faster water uptake increased with increase in time to become fully hydrated. The mean values of force of detachment were grater for formulation containing 50 mg of Badam gum and the bioadhesive strength increased with increase in concentration of Badam gum. This study demonstrates the significance polymer for obtaining controlled release bioadhesive matrix and enhancing the characteristic of badam gum.

Keywords

Badam Gum, Tizanidine HCI, Bioadhesion, Sustained Release, Controlled Release, Mucoadhesive.
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  • Evaluation of a Novel, Natural Badam Gum as a Sustained Release and Mucoadhesive Component of Tizanidine HCl Buccal Tablets

Abstract Views: 253  |  PDF Views: 0

Authors

V. Harikrishnan
National College of Pharmacy, Manassery Calicut, Kerala, India
S. Madhusudhan
Department of Pharmacy, Annamalai University, Annamalai Nagar – 608002, India
A. Santhiagu
School of Biotechnology, NIT Calicut, Kerala-673, India

Abstract


The objective of this research is a bioadhesive two layers controlled release tablets. The drug release and therefore the physical properties of tablet formulations using polymers badam gum at four levels were evaluated. Formulation containing 50% total polymer level was the best formulation. This formulation was tested in pH 6.8 dissolution medium and at 75 rotational speed. The drug release was 86.49% in 10th hour. 50% containing Badam Gum showed faster water uptake increased with increase in time to become fully hydrated. The mean values of force of detachment were grater for formulation containing 50 mg of Badam gum and the bioadhesive strength increased with increase in concentration of Badam gum. This study demonstrates the significance polymer for obtaining controlled release bioadhesive matrix and enhancing the characteristic of badam gum.

Keywords


Badam Gum, Tizanidine HCI, Bioadhesion, Sustained Release, Controlled Release, Mucoadhesive.