Scott Showalter
@SAShowalterLab
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We study the biophysical chemistry of regulated gene expression. Interests: NMR, thermodynamics, & intrinsically disordered proteins
State College, PA
Joined January 2016
Meet our undergrads in lab! Jarod Olson (class of 2021) is a member of the @SAShowalterLab group.
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Thank you @SAShowalterLab for teaching CHEM 213M students about your research and how it ties to the new “Showalter Project” in CHEM 213M! #chemtwitter #organic #collaboration #myPSUchem
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Say hello to the newest member of the Showalter lab (@SAShowalterLab), Maximilian Riedel-Topper (@likethegazelle). Welcome to CEGR!
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We had a great first day at #gibbs33 — a keynote lecture from Catherine Royer about thermodynamics under pressure followed by platforms on allostery and protein folding!
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We used the Bromine Tower to demonstrate the velocity of gas molecules in a vacuum in Chem 110H last week! Thanks to Philip Stemple for making this and our other demos possible. @PSUScience @psu_chemistry
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Working in NMR spectroscopy or cell biology? Searching for a postdoc position? Interested in studying disordered protein behavior and function? Come join us at Eberly 👍
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Postdoctoral Position in Computational RNA Biology available for joint projects between the labs of Prof. Sally Assmann (sma3@psu.edu) and Prof. Phil Bevilacqua (pcb5@psu.edu) https://t.co/Nnh7riN6be and https://t.co/tAkHDGBrUf
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We are seeking students from the @BMB_PSU and @psu_chemistry graduate programs for Fall 2019– check out webpage to learn more about our science:
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Postdoc needed in mammalian cell and tissue culture to establish molecular mechanisms in diabetes and pancreatic cancer Contact us at: https://t.co/ehMkhfAUfC Please RT! #IDPjobs #postdoc
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Postdoc position available in pulse programming & NMR spectroscopy for 13C Direct-Detect NMR of intrinsically disordered proteins! Contact us at: https://t.co/ehMkhfAUfC Please RT! #NMR #NMRchat #IDPjobs #postdoc
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Phosphorylation induces sequence-specific conformational switches in the RNA polymerase II C-terminal domain
nature.com
Nature Communications - The RNA polymerase II C-terminal domain acts as a hub to coordinate transcription and nascent mRNA processing. Here the authors identify a phosphorylation-dependent switch...
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