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2004•Journal of the American College of SurgeonsRequires access

Post-transcriptional silencing of BCL-XL in mesothelioma using synthesized oligonucleotides and an H1 promoter driven vector encoding siRNA

Jonathan C. Daniel, Xiaobo X. Cao, Philip A. Rascoe, S. D. Miller, Roy W. Smythe

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Abstract

Daniel, Jonathan C. MD; Cao, Xiaobo MD; Rascoe, Philip A. MD; Miller, Steven D. MD; Smythe, Roy W. MD, FACS Author Information

About this research paper

What this paper is about

Daniel, Jonathan C. MD; Cao, Xiaobo MD; Rascoe, Philip A. MD; Miller, Steven D. MD; Smythe, Roy W. MD, FACS Author Information

Why it matters

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Method / approach

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Available abstract

Daniel, Jonathan C. MD; Cao, Xiaobo MD; Rascoe, Philip A. MD; Miller, Steven D. MD; Smythe, Roy W. MD, FACS Author Information

Key concepts: Medicine, Gene silencing, Oligonucleotide, Molecular biology, Vector (molecular biology), Genetics, Gene, Biology

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Post-transcriptional silencing of BCL-XL in mesothelioma using synthesized oligonucleotides and an H1 promoter driven vector encoding siRNA — Research Paper | ScholarLens