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Resveratrol Induced Apoptosis In A Human Adenosquamous Carcinoma Cell Line (Cal-27 Cells), Saquib A. Siddiqi
Resveratrol Induced Apoptosis In A Human Adenosquamous Carcinoma Cell Line (Cal-27 Cells), Saquib A. Siddiqi
PCOM Biomedical Studies Student Scholarship
Radiotherapy and surgery are the two principal modalities in the treatment of head and neck cancers, and both therapies can result in severe adverse effects and ultimately lower the quality of life. It is of paramount importance to develop reagents that target the cancer cell specifically without affecting the normal non-cancer cells. Using the tongue cancer cell line Cal 27 as a model system, we dissected the molecular mechanism of the resveratrol-induced cancer cell apoptosis. After demonstrating that resveratrol induces the cancer cell apoptosis in a dose- and time-dependent manner, a systemic apoptosis protein array was conducted to identify the …
Synthesis And Spectroscopic Studies Of Substituted Pyrrolocytidines, Mckenry Charles
Synthesis And Spectroscopic Studies Of Substituted Pyrrolocytidines, Mckenry Charles
Electronic Thesis and Dissertation Repository
This thesis reports work in the area of modified nucleosides for potential use as molecular probes in nucleic acid chemistry. These heterocyclic base surrogates that are capable of canonical base pairing have use in the study of nucleic acid conformation, as reporters of the state of hybridization.[1]
The synthesis of a 5-phenylpyrrolocytidine was attempted in order to compare its properties with its 6-substituted pyrrolocytidine counterpart. Unfortunately, the 5-substituted pyrrolocytidine was not achieved.
The synthesis of five nucleosides based on the pyrrolocytidine scaffold was reported. Their synthesis was achieved through the tandem Sonogashira/annulations reaction between 5-iodocytidine derivatives and …