Nigella Sativa And Thymoquinone Case Studies

1016 Words 5 Pages
Abstract
Various reports indicated the roles played by Nigella sativa (NS), and its component, thymoquinone (TQ) in management of oral health and other diseases. The outcome of the reports became positive and paved way for further research on the role played by Nigella sativa in dental therapeutic items. A detailed preclinical and clinical research got performed on the molecular and cellular activities performed by Nigella sativa and thymoquinone, which forms its main elements.
The experiment involved a Pulp Cap Procedure where an exposed pulp that got exposed gets covered in a protective material that would be placed in the exposure site. The pulp would heal with the formation of Dentine Bridge (mineralized tissue) on the surface that got
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The hypothesis suggested that Thymoquinone improved odontogenic activities within dental pulp cells of a human being through cell attachment, proliferation and cell differentiation apart from normal human odontoblasts. The null hypothesis proposed that Thymoquinone did not cause cell attachment, proliferation, odontogenic differentiation when injected into the human pulp cells.
The vital pulp therapy might only succeed if the technique deployed augurs with dental pulp cavity cells proliferation and differentiation. Additional factors that determine the success include radicular pulp and coronal pulp tissues. The category of pulp agent deployed makes determines the success of the pulp treatment.
The success of the pulp treatment would get determined through the research outcomes like pulp maintenance vitality, lack of pain, and minimal inflammation of the pulp cavity indicates that the Thymoquinone becomes efficient when it comes to management of human dental pulp cavity. Another success factor comes from reduced radicular pathosis and internal resorption. Thymoquinone ought to help eliminate the evolution of pulp inflammation into becoming a chronic
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The statistical difference between two groups ought to get determined, for instance, the relationship between the Thymoquinone actions versus pulp cavity improvement rates must get assessed. The outcome of the analysis becomes significant in helping dentists make appropriate decisions regarding the utilization of Thymoquinone in treatment of human dental pulp cavity conditions. However, care must get administered, since t-test does not make comparisons beyond two data groups. When the analysis spans at least two data sets up to an unlimited scenario, then ANOVA becomes

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