2014Hebei yixueRequires access

Study on Mechanism of Salvianolic Acid B Inhibited MCF-7 Cell Growth Apoptosis of Breast Cancer

Kong Yulia

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Abstract

Objective: To observe the growth inhibiting and apoptosis induced by salvianolic acid B in human breast cancer cell line MCF-7. Method: Cultivation of MCF- 7 cell proliferation in vitro was determined,and using flow cytometry instrument for detection apoptosis rate and cell cycle changes Dan phenolic acid b on the MCF- 7 cell after 48 hours. Result: Salvianolic acid B can obviously inhibit the growth of MCF-7 cell dependent on dose and time; Flow cytometry instrument test results showed a gradual increase of the proportion of stage S cells and apoptosis rate after adding different concentrations of acids B. Conclusion: Salvianolic acid B has obvious growth inhibition and promoting apoptosis effect on MCF- 7 cell.

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Objective: To observe the growth inhibiting and apoptosis induced by salvianolic acid B in human breast cancer cell line MCF-7. Method: Cultivation of MCF- 7 cell proliferation in vitro was determined,and using flow cytometry instrument for detection apoptosis rate and cell cycle changes Dan phenolic acid b on the MCF- 7 cell after 48 hours. Result: Salvianolic acid B can obviously inhibit the growth of MCF-7 cell dependent on dose and time; Flow cytometry instrument test results showed a gradual increase of the proportion of stage S cells and apoptosis rate after adding different concentrations of acids B. Conclusion: Salvianolic acid B has obvious growth inhibition and promoting apoptosis effect on MCF- 7 cell.

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Available abstract

Objective: To observe the growth inhibiting and apoptosis induced by salvianolic acid B in human breast cancer cell line MCF-7. Method: Cultivation of MCF- 7 cell proliferation in vitro was determined,and using flow cytometry instrument for detection apoptosis rate and cell cycle changes Dan phenolic acid b on the MCF- 7 cell after 48 hours. Result: Salvianolic acid B can obviously inhibit the growth of MCF-7 cell dependent on dose and time; Flow cytometry instrument test results showed a gradual increase of the proportion of stage S cells and apoptosis rate after adding different concentrations of acids B. Conclusion: Salvianolic acid B has obvious growth inhibition and promoting apoptosis effect on MCF- 7 cell.

Key concepts: Apoptosis, MCF-7, Flow cytometry, Cell growth, Medicine, Cell cycle, Cell, Growth inhibition

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