Sarah A. Woodson

Johns Hopkins University — United States

Biochemistry, Genetics and Molecular Biology · Life Sciences

63h-index11.3kcitations230works2.42yr avg
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Research Topics

RNA and protein synthesis mechanisms(197), RNA modifications and cancer(110), Bacteriophages and microbial interactions(74), RNA Research and Splicing(72), Bacterial Genetics and Biotechnology(48)

Publications230 total

Competition for Hfq drives kinetic selection of mRNA targets by <i>Escherichia coli</i> small noncoding RNAs
Proceedings of the National Academy of Sciences·2025· 2 citedOpen Access
Disassembly of unstable RNA structures by an <i>E. coli</i> DEAD-box chaperone accelerates ribosome assembly
Nucleic Acids Research·2025· 3 citedOpen Access
Metastable structure of Bacillus subtilis glmS ribozyme permits turnover by RNase J1
SSRN Electronic Journal·2025Open Access
Stick-slip unfolding favors self-association of expanded HTT mRNA
Nature Communications·2024· 2 citedOpen Access
Optimized periphery-core interface increases fitness of the <i>Bacillus subtilis glmS</i> ribozyme
Nucleic Acids Research·2024· 2 citedOpen Access
Stick-slip unfolding favors self-association of expanded <i>HTT</i> mRNA
2024Open Access
RNA compaction and iterative scanning for small RNA targets by the Hfq chaperone
Nature Communications·2024· 11 citedOpen Access
A DEAD-box chaperone promotes ribosome assembly by iteratively refolding newly transcribed rRNA
Biophysical Journal·2024Open Access
Coordinated methylation and ribosomal RNA processing by U14 snoRNP
Biophysical Journal·2024
Late consolidation of rRNA structure during co-transcriptional assembly in <i>E. coli</i> by time-resolved DMS footprinting
2024· 4 citedOpen Access
Co-transcriptional folding of the <i>glmS</i> ribozyme enables a rapid response to metabolite
Nucleic Acids Research·2023· 18 citedOpen Access
Ribosomal Protein S12 Hastens Nucleation of Co-Transcriptional Ribosome Assembly
Biomolecules·2023· 8 citedOpen Access
Small RNAs and Hfq capture unfolded RNA target sites during transcription
Molecular Cell·2023· 24 citedOpen Access
Direct observation of RNA structure and dynamics in repeat-RNA assemblies using single molecule fluorescence microscopy
Biophysical Journal·2023
Intrinsically disordered interaction network in an RNA chaperone revealed by native mass spectrometry
Proceedings of the National Academy of Sciences·2022· 17 citedOpen Access
Dynamic Refolding of OxyS sRNA by the Hfq RNA Chaperone
Journal of Molecular Biology·2022· 15 citedOpen Access
Intrinsically disordered interaction network in an RNA chaperone revealed by native mass spectrometry
2022· 4 citedOpen Access
Diversity of bacterial small RNAs drives competitive strategies for a mutual chaperone
Nature Communications·2022· 22 citedOpen Access
RNA Compaction and Recursive Scanning for Small RNA Targets by the Hfq Chaperone
SSRN Electronic Journal·2022Open Access
Single-Molecule FRET Studies of RNA Structural Rearrangements and RNA-RNA Interactions
Methods in molecular biology·2022· 2 citedOpen Access
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Frequent Co-authors

D. Thirumalai(12), Robert M. Briber(7), Jie Pan(5), Joon Ho Roh(4), Mark R. Chance(3), Michael Brenowitz(3), Subrata Panja(3), Susan L. Heilman-Miller(3), Andrew Santiago‐Frangos(3), Changbong Hyeon(3), Thomas R. Cech(3), Gokhan Caliskan(3), Alexei P. Sokolov(3), Michael L. Deras(3), Bianca Sclavi(2), Toby J. Soper(2), Susan Gottesman(2), Duncan Kilburn(2), Tadepalli Adilakshmi(2), Hajin Kim(2)