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The Journal of Biological Chemistry|September 27, 2018
Insertion sequence 1 from calpain-3 is functional in calpain-2 as an internal propeptideChristian-Scott E McCartney, Qilu Ye, Robert L Campbell, et al.Biophysical Journal|March 15, 2008
Direct visualization of spruce budworm antifreeze protein interacting with ice crystals: basal plane affinity confers hyperactivityNatalya Pertaya, Christopher B Marshall, Yeliz Celik, et al.Biophysical Journal|December 13, 2006
Structural modeling of snow flea antifreeze proteinFeng-Hsu Lin, Laurie A Graham, Robert L Campbell, et al.BMC Structural Biology|September 29, 2011
Novel dimeric β-helical model of an ice nucleation protein with bridged active sitesChristopher P Garnham, Robert L Campbell, Virginia K Walker, et al.Bioconjugate Chemistry|August 13, 2015
Dendrimer-Linked Antifreeze Proteins Have Superior Activity and Thermal RecoveryCorey A Stevens, Ran Drori, Shiran Zalis, et al.The FEBS Journal|January 26, 2019
Ice-binding proteins and the 'domain of unknown function' 3494 familyTyler D R Vance, Maddalena Bayer-Giraldi, Peter L Davies, et al.Cryobiology|May 10, 2023
Chilling injury in human kidney tubule cells after subzero storage is not mitigated by antifreeze protein additionHeather E Tomalty, Laurie A Graham, Virginia K Walker, et al.Journal of the Royal Society, Interface|August 19, 2016
Putting life on ice: bacteria that bind to frozen waterMaya Bar Dolev, Reut Bernheim, Shuaiqi Guo, et al.Biorxiv : the Preprint Server for Biology|March 11, 2024
Human calpain-3 and its structural plasticity: dissociation of a homohexamer into dimers on binding titinQilu Ye, Amy Henrickson, Borries Demeler, et al.The Biochemical Journal|May 17, 2002
Origins of the difference in Ca2+ requirement for activation of mu- and m-calpainPrevin Dutt, Cherie N Spriggs, Peter L Davies, et al.Pageof 19