ISOLATION, STRUCTURAL ELUCIDATION, AND ANTICANCER EVALUATION OF BIOACTIVE COMPOUNDS FROM CEIBA SPECIOSA USING CHROMATOGRAPHIC AND SPECTROSCOPIC TECHNIQUES
Keywords:
Ceiba speciosa, anticancer assays, oncology, cytotoxic, cancer cell lines, structurally elucidateAbstract
This study will isolate and structurally characterize bioactive compounds in Ceiba speciosa and determine
the anticancer activity of those substances; the problem to be solved is the identification and
characterization of potentially effective anticancer agents of this plant, which will require the generation
of information on chemical composition via chromatographic techniques and the evaluation of biological
activity in terms of in vitro anticancer assays. The present work will isolate and structurally characterize
as well as determine the possible anticancer activity of bioactive compounds in Ceiba speciosa, a rather
necessary phenomenon because the question concerning the development of effective drugs of natural
anticancer activity is urgent. Diverse chromatographic methods allowed extracting and identifying a
number of compounds, including some that had not been previously described as being bioactive. The
study, which was of interest, found certain compounds that demonstrated great levels of cytotoxic activity
in vitro associated with different types of cancer cell lines, and the results were quite promising in terms
of therapy. These results support the idea of the great role that natural products including products of
Ceiba speciosa may have in obtaining new anticancer drugs. The findings are of key importance to the
structural diversity and biological activity of plant-derived agents, indicating that additional research on
these agents may bring new solutions in the treatment of oncology. The study not only expands the picture
of the pharmacological potential of Ceiba speciosa, but it also underlines the role of the natural products
in the health-care sector, which has become necessary because of increased drug resistance and
secondary effects related to standard therapies. The long-term impact of this research is that plant-based
sources should be exhausted more in the search of new agents to treat cancers which might be effective
yet less toxic.
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