Antifreeze proteins
PL Davies, BD Sykes - Current opinion in structural biology, 1997 - Elsevier
PL Davies, BD Sykes
Current opinion in structural biology, 1997•ElsevierAntifreeze proteins comprise a structurally diverse class of proteins that inhibit the growth of
ice. Recently, new AFP types have been discovered; more active AFPs have been isolated;
antecedents have been recognized supporting the notion of recent, multiple origins; and
detailed structures have emerged leading to models for their adsorption to ice
ice. Recently, new AFP types have been discovered; more active AFPs have been isolated;
antecedents have been recognized supporting the notion of recent, multiple origins; and
detailed structures have emerged leading to models for their adsorption to ice
Antifreeze proteins comprise a structurally diverse class of proteins that inhibit the growth of ice. Recently, new AFP types have been discovered; more active AFPs have been isolated; antecedents have been recognized supporting the notion of recent, multiple origins; and detailed structures have emerged leading to models for their adsorption to ice
Elsevier
