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Journal of Molecular Evolution|April 20, 2007
Evolution of hyperactive, repetitive antifreeze proteins in beetlesLaurie A Graham, Wensheng Qin, Stephen C Lougheed, et al.
The FEBS Journal|February 21, 2016
Intermediate activity of midge antifreeze protein is due to a tyrosine-rich ice-binding site and atypical ice plane affinityKoli Basu, Samantha S Wasserman, Paul S Jeronimo, et al.
Protein Science : a Publication of the Protein Society|December 26, 2006
Thermodynamic stability of a cold-adapted protein, type III antifreeze protein, and energetic contribution of salt bridgesOlga García-Arribas, Roberto Mateo, Melanie M Tomczak, et al.
Plos One|July 24, 2019
Structure and functional analysis of a bacterial adhesin sugar-binding domainTyler D R Vance, Shuaiqi Guo, Shayan Assaie-Ardakany, et al.
Plos One|November 13, 2012
Re-evaluation of a bacterial antifreeze protein as an adhesin with ice-binding activityShuaiqi Guo, Christopher P Garnham, John C Whitney, et al.
The Journal of Biological Chemistry|April 10, 2004
Insertion sequence 1 of muscle-specific calpain, p94, acts as an internal propeptideBeatriz Garcia Diaz, Tudor Moldoveanu, Michael J Kuiper, et al.
Protein Expression and Purification|November 18, 2005
Challenges in the expression of disulfide bonded, threonine-rich antifreeze proteins in bacteria and yeastMichael G Tyshenko, Marc d'Anjou, Peter L Davies, et al.
Plos One|August 9, 2019
Correction: Structure and functional analysis of a bacterial adhesin sugar-binding domainTyler D R Vance, Shuaiqi Guo, Shayan Assaie-Ardakany, et al.
The FEBS Journal|February 14, 2009
Distinguishing between calpain heterodimerization and homodimerizationRavikiran Ravulapalli, Robert L Campbell, Sherry Y Gauthier, et al.
Small (Weinheim an Der Bergstrasse, Germany)|December 6, 2017
Magnetotaxis Enables Magnetotactic Bacteria to Navigate in FlowSaeed Rismani Yazdi, Reza Nosrati, Corey A Stevens, et al.
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