Aaron L. Lucius
@LuciusLab
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Joined August 2015
RT @taekjip: I commisioned a song about our research from a baltimore artist.
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RT @taekjip: Mimicking Co-Transcriptional RNA Folding Using a Superhelicase. Wonderful collaboration with Sarah Woodson's lab. https://t.co….
pubs.acs.org
Vectorial folding of RNA during transcription can produce intermediates with distinct biochemical activities. Here, we design an artificial minimal system to mimic cotranscriptional RNA folding in...
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Great to see everyone.
Learned a lot (and laughed a lot!) at #BPS18 with @elizabethcduran and @LuciusLab. Great to meet @Ryan_Cupo too!
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Avidity for Polypeptide Binding by Nucleotide-Bound Hsp104 Structures - Biochemistry (ACS Publications)
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RT @elizabethcduran: Hi, I'm Elizabeth an #actuallivingscientist studying how proteins assemble into functional units, alongside these fan….
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JiaBei Lin Presenting "Examination of ClpB Quaternary Structure and Linkage to Nucleotide Binding" at the @BiophysicalSoc meeting.
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Examination of ClpB quaternary structure and linkage to nucleotide binding - Biochemistry (ACS Publications)
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Examination of ClpB quaternary structure and linkage to nucleotide binding - Biochemistry (ACS Publications)
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Transient-State Kinetic Analysis of the RNA Polymerase I Nucleotide Incorporation Mechanism: Biophysical Journal
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Examination of the dynamic assembly equilibrium for E. coli ClpB Lin 2015 Proteins. Wiley Online Library
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Congratulations to Dr Appling on his thesis defense. Transient-state kinetic analysis of the RNA Pol I nucleotide incorporation mechanism.
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UAB - UAB News - Tugs and pulls: How a molecular motor untangles protein http://t.co/UD098W6gsU.
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Congratulations to JiaBei Lin on her successful and well received thesis defense! Fine work JiaBei! http://t.co/Y0IZRG9tb8.
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ClpB assembly manuscript is available online today at: . http://t.co/yKp6Xe7dLa.
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Congratulations to JiaBei Lin on the acceptance of "Examination of the Dynamic Assembly Equilibrium for E. coli ClpB" in Proteins.
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RT @CellChemBiol: Exciting paper from @ShorterLab - Strategies to diminish the ability of seminal amyloid to promote HIV infection http://t….
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Congratulations to all the authors on E. coli ClpB is a Non-processive Polypeptide Translocase. http://t.co/Ajp6CdSew9.
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Congratulations to JiaBei Lin on the publication of her first author paper in Methods in Enzymology. http://t.co/ZNZFwmvjVH.
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