Biocell · 2006 · 77 citations · 14 references
DentistryPharmacologyToxicologyBiochemical ToxicologyPlant CytologyToxicodynamicsCytotoxicity AssessmentCytotoxicity EvaluationMitotic InhibitorsCytotoxicity AssaysMeristem Growth SuppressionMitosis-related CytotoxicityMitotic Activity AssessmentRoot Cell DivisionRoot Decay AssessmentRoot Meristem ActivityToxicology Of Medicinal Plants
In the present study we have utilized the Allium cepa root tip meristem model to evaluate the cytotoxic and anti-mitotic activities of latex of Calotropis procera (DL) and podophyllotoxin. Standard cytotoxic drug cyclophosphamide and non-cytotoxic drugs cyprohcptadine and aspirin served as controls. Like cyclophosphamide, both DL and podophyllotoxin significantly inhibited the growth of roots and mitotic activity in a dose-dependent manner. However, podophyllotoxin was more potent in this regard and produced root decay. Cyproheptadine and aspirin, on the other hand, showed a marginal effect on the root growth and mitotic activity at much higher concentrations.
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Calotropin, a Cytotoxic Principle Isolated from <i>Asclepias curassavica</i> L.
S. Morris Kupchan, John R. Knox, John E. Kelsey et al. · Science · 1964 · 73 citations