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Chapter 2 Responses of Bark and Wood Cells to Freezing
Chapter 3 Extracellular Ice Formation in FreezingTolerant Plants
Specific Protection by Sugars and Proteins
Chapter 5 Crystallization and Vitrification in Aqueous GlassForming Solutions
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acid activity AFPs annealing antifreeze proteins apoplastic aqueous solutions bark BD20 solutes blood substitution Boutron cardiac cell wall cellular cerebral chilling injury circulatory arrest clinical cold acclimation concentration contracted cooling rate Cryobiology cryopreservation cryoprotective damage decrease deep supercooling deﬁned dehydration determined dogs effect eggs embryos enthalpy ethylene glycol experimental Figure ﬁrst ﬁsh ﬂower ﬂuid freeze-substitution freeze-thaw freezing tolerance frozen function glass transition Grifﬁth hatching percentage Hincha hypothermia hypothermic ice crystal growth ice crystals ice nucleation incidence of intracellular increased inﬂuence intracellular ice formation isopropanol isothermal kinetics lectins lipid liquid nitrogen low temperatures Mazur Mehl melanogaster embryos minutes molecular observed osmotic perfusion permeabilization phase Phys Plant Physiol plasma membrane plastocyanin preservation protoplasm red osier dogwood relaxation samples Santarius Schmitt signiﬁcant speciﬁc specimens Steponkus stress studies sucrose sufﬁcient supercooling Surg survival technique thermal thylakoid membranes tion tissues vitriﬁcation solution warming rates winter rye xylem parenchyma cells