Article ISI SCOPUS
Cancer Research  (2010)

Human RecQL4 Helicase Plays Critical Roles in Prostate Carcinogenesis

Su Y.; Meador J.A.; Calaf, G. M.; Zhao, Y.; Balajee A.S.; De-Santis L.P.; Bohr V.A.

Keywords: apoptosis, growth, enzyme, dna, survival, fluorescence, expression, synthesis, movement, transcription, binding, cells, culture, protein, proliferation, cell, gene, disease, pathogenesis, invasion, acids, chain, cancer, immunoprecipitation, immunohistochemistry, death, tumor, carcinogenesis, severity, humans, chromatin, human, male, damage, up-regulation, polymerase, vitro, metastasis, inhibitor, prognosis, tissue, neoplasms, rna, adenosine, inhibitors, article, factor, interference, promoter, prostate, vivo, nicotinamide, genetic, retinoblastoma, hela, vector, promotion, adenine, controlled, small, helicase, deacetylase, histone, reverse, e2f1, dinucleotide, study, 1, priority, Reaction, in, Short, journal, syndrome, Regulation,, Prostatic, advanced, Situ, Diphosphate, Transcriptase, Neoplastic, hydroxamic, Line,, Enzymologic, Hybridization,, ribosyltransferase, interfering, Helicases, Regions,, Thomson, hairpin, RecQ, Rothmund