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The importance of suitable advanced cell culture models for the s | 44733
Medicinal & Aromatic Plants

Medicinal & Aromatic Plants
Open Access

ISSN: 2167-0412

+44 1300 500008

The importance of suitable advanced cell culture models for the study of traditional African phytomedicines


5th International Conference & Exhibition on Herbal & Traditional Medicine

November 05-06, 2018 | London, UK

Chrisna Gouws

North-West University, South Africa

Scientific Tracks Abstracts: Med Aromat Plants

Abstract :

Traditional herbal medicine remains popular, and the African continent has a rich biodiversity and accessibility to diverse medicinal plants. Although many benefits have been derived from the use of herbal medicines, many concerns are associated with their use. This includes unknown transport characteristics, unknown toxicity levels and potential herb-drug interactions which have been identified to have a rising impact on patient treatment outcomes. Traditional African medicines can modify pharmacokinetics properties of co-administered drugs, while frequently used herbal medicines have proven to be toxic. However, literature to this regard is limited and often contradictory, highlighting the need for more research. In vitro pharmaceutical and biological evaluations are traditionally performed in two-dimensional (2D) mammalian cell cultures. These models have extensive shortcomings and reduced physiological relevance, resulting in an international effort to move to more advanced cell culture models for biomedical research. Such advanced cell models vary from more complex growth support to advanced three dimensional (3D) cultures. 3D cell culture systems have been proposed as an alternative to mimic in vivo conditions more closely, and these complex and advanced models have numerous applications in basic research, but also in applied research such as drug development, cancer research and toxicity studies. Cells grown as active 3D spheroid cultures ensure higher physiological relevance of experiments, and are essential to reduce the discrepancies between in vitro data and case studies. This requires different advanced cell culture models for each research question, and can range from dynamic three-dimensional spheroid cultures to air-liquid interface models.

Biography :

Chrisna Gouws has completed her PhD in Biochemistry from the North-West University, South Africa in 2012, and pursued Postdoctoral studies in the Centre of Excellence for Pharmaceutical Sciences at the North-West University. She is also currently appointed as a senior researcher in the Centre. She has published more than 16 papers on traditional African medicines and advanced cell culture models in international peer-reviewed journals, and is frequently cited. Her current research activities focusses on developing new models for applications in drug research, including traditional medicinal remedies and plant materials and their possible interaction with conventional medicines.

E-mail: Chrisna.Gouws@nwu.ac.za

 

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