Congratulations to Caitlin and Pete whose article, "Molecular basis of calcium-induced structural changes of human S100A1,"
has been accepted for publication in Biophysical Journal!
Dr. Atalay will present a poster at the Biophysical Society 60th Annual Meeting in Los Angeles, California, February 27-March 2, 2016 at the Los Angeles Convention Center with the abstract title of "Quantifying the Influence of the Crowd Cytoplasm on Ionic Diffusion".
Amir Kucharski has been selected to present his research at Posters-at-the-Capitol 2016! Details Below:
Dr. Scott will present a poster at the Biophysical Society 60th Annual Meeting in Los Angeles, California, February 27-March 2, 2016 at the Los Angeles Convention Center as follows:
| Abstract Title: | MOLECULAR DYNAMICS STUDY OF DIVALENT ION COORDINATION IN EF HAND PROTEINS. |
| Presenting Author: | Caitlin E.. Scott |
| Poster Session Title: | Protein Structure and Conformation II |
| Date of Presentation: | 2/29/2016 |
| Location: | West Hall |
| Program Number: | 1039-Pos |
| Poster Board Number: | B16 |
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Abstract Title:
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COMPUTATIONAL STUDY OF HUMAN-AMYLIN INDUCED CALCIUM DYSREGULATION IN CARDIAC MYOCYTES CHARACTERISTIC OF PRE-DIABETES.
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Presenting Author:
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Peter M. Kekenes-Huskey
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Poster Session Title:
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Cardiac Muscle Regulation
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Date of Presentation:
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2/28/2016
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Location:
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West Hall
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Program Number:
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623-Pos
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Poster Board Number:
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B403
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Congratulations to Caitlin E. Scott for being awarded the Education Committee Travel Award to attend and present at the 60th annual meeting of the Biophysical Society! Caitlin will be honored at the Education, Inclusion and Diversity, and Professional Opportunities for Women Committees Travel Awardee Reception at the meeting.
The PKH lab is proud to introduce two new graduate students.
Brad Stewart joins us from the University of Cincinnati; since the early summer, he has made a splash in performing molecular dynamics simulations of transmembrane proteins and using fluorescence correlation spectroscopy to estimate small molecular diffusion in crowded environments.
More details here
