Selected Sudanese Medicinal Plants Induce Anticancer and Cytotoxic Effects in Cervical Cancer Cell Line

Modern pharmacology, however, relies on refined chemicals-either obtained from plants, or synthesized. This work investigated the anticancer, antioxidant and Cyto toxicity activities of N. lotus leaves citrate, N. lotus leaves not citrate, P. juliflora leaves commonly used as anti-inflammatory and Ant diabetic. All the plant parts were extracted using 80% methanol, the anticancer activity was examined by using MTT assay against Hela (Cervical Cancer) Cell Line. And determine their antioxidant activities by testing DPPH cytotoxicity using-(4, 5-Dimethyl thiazole-2-yl)-2, 5-diphenyl tetrazolium bromide (MTT), filter and kept in dark, prepared freshly. The examined plants methanolic extracts of P. juliflora leaves is high activity against Hela (Cervical Cancer) Cell Line IC50 is 56.02μg/ml. The extract C N. lotus leaves citrate, N. lotus leaves not citrate has shown none active antiHela (Cervical Cancer) IC50 values 100, and >100μg/ml respectively. All the extracts revealed cytotoxicity activity not toxic in N. lotus leaves citrate, N. lotus leaves not citrate, P. juliflora leaves the inhibition percentage with (90.81,89.33074,86.47866) (73.17427,71.93975,60.17069) (74.93001,73.78714, 71.13981) respectively. The following plant parts showed highly potent scavenging activity against DPPH (above 80%); N. lotus leaves citrate, 88.78, While the following revealed a good activity against DPPH (between 60-79); N. lotus leaves not citrate, P. juliflora leaves with inhibition% are 77and 62.96 respectively.