[Experimental study on Jurkat cell apoptosis induced by Boswellia carterii Birdw extractive].
Liu X, Qi Zh
Abstract
Liu X, Qi Zh
Abstract
OBJECTIVE: To study the influence of Boswellia carterii Birdw(BCB) extractive of different concentrations on human Jurkat cell apoptosis at different time points. METHODS: Agarose gel electrophoresis, transmission electron microscope(TEM) and flow cytometry(FCM) were used for observing DNA ladders, morphology of Jurkat cells and cell cycle, respectively. RESULTS: BCB induced apoptosis of Jurkat cells and typical DNA ladders; TEM demonstrated the presence of apoptosis Jurkat cells, condensation of cytoplasm, numerous vaculoes in cytoplasm, compaction of the nuclear chromatin and formation of apoptosis dody. The sub-G1 peak was detected by cell cycle analysis. It revealed that G1 phage cells increased and S phage cells decreased. CONCLUSION: The data indicate that BCB extractive induces time- and concentration-dependent apoptosis in Jurkat cell line.
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OBJECTIVE: To study the influence of Boswellia carterii Birdw(BCB) extractive of different concentrations on human Jurkat cell apoptosis at different time points. METHODS: Agarose gel electrophoresis, transmission electron microscope(TEM) and flow cytometry(FCM) were used for observing DNA ladders, morphology of Jurkat cells and cell cycle, respectively. RESULTS: BCB induced apoptosis of Jurkat cells and typical DNA ladders; TEM demonstrated the presence of apoptosis Jurkat cells, condensation of cytoplasm, numerous vaculoes in cytoplasm, compaction of the nuclear chromatin and formation of apoptosis dody. The sub-G1 peak was detected by cell cycle analysis. It revealed that G1 phage cells increased and S phage cells decreased. CONCLUSION: The data indicate that BCB extractive induces time- and concentration-dependent apoptosis in Jurkat cell line.
Key concepts: Jurkat cells, Apoptosis, Cell cycle, Flow cytometry, Cytoplasm, Molecular biology, Agarose gel electrophoresis, Cell