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Experimentations reveal that antifreeze proteins (AFPs) in solution can bind on ice surface and shape the ice crystals. Based on the theory of ice crystal growth, the shape of an ice crystal is determined by its most slowly growing faces. If the driven force of phase transformation is given, the growth rate of each face is determined by the configuration of ice-liquid interface. The effects of bound...
According to the properties of type III antifreeze protein (AFPIII) within the interfacial region of ice and water, the theoretical model of the large ligands binding on one-dimensional homogeneous lattice have been extended to two-dimensional lattice-like surface(ice surface). By using of this two-dimensional model, the fractions of the ice crystal surface covered by two type AFPIII variants that...
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