Many species of terrestrial insects have biochemical adaptations which enable them to tolerate freezing in winter. These include the production of nucleating proteins to control hemolymph freezing, the accumulation of high concentrations of polyhydric alcohols as cryoprotectants and mechanisms to increase the cellular content of bound versus bulk water
Properties of glucose-6-phosphate dehydrogenase were assessed from the larvae of three insect specie...
Cold insect review Insects vary considerably in their ability to survive low temperatures. The tract...
Environmental stress deleteriously affects every aspect of an ectotherm’s biological function. Frequ...
Winter survival for thousands of species of insects relies on adaptive strategies for cold hardiness...
Arthropods, as poikilotherms, adapt to cold environments in a variety of ways that include extension...
The exposure to subzero temperatures, and the associated risk of freezing, is a major challenge face...
In this chapter, we review recent genomic, proteomic, and metabolomic studies that link several gene...
Abstract. The widespread distribution of insects over many ecological niches is a testimony to their...
Since most insects are unable to survive internal ice formation a key factor in their overwintering ...
Freeze-tolerant larvae of the goldenrod gall fly, Eurosta solidaginis Fitch, show multiple metabolic...
Insects are the most diverse fauna on earth, with different species occupying a range of terrestrial...
Different kinds of molecules were identified as antifreezing agents in the body fluids of cold toler...
Temperate-zone insects employ various methods in order to physiologically adapt to harsh environment...
Winter survival for many kinds of animals involves freeze tolerance, the ability to endure the conve...
The ecophysiology of cold tolerance in many terrestrial invertebrate animals is based on water and i...
Properties of glucose-6-phosphate dehydrogenase were assessed from the larvae of three insect specie...
Cold insect review Insects vary considerably in their ability to survive low temperatures. The tract...
Environmental stress deleteriously affects every aspect of an ectotherm’s biological function. Frequ...
Winter survival for thousands of species of insects relies on adaptive strategies for cold hardiness...
Arthropods, as poikilotherms, adapt to cold environments in a variety of ways that include extension...
The exposure to subzero temperatures, and the associated risk of freezing, is a major challenge face...
In this chapter, we review recent genomic, proteomic, and metabolomic studies that link several gene...
Abstract. The widespread distribution of insects over many ecological niches is a testimony to their...
Since most insects are unable to survive internal ice formation a key factor in their overwintering ...
Freeze-tolerant larvae of the goldenrod gall fly, Eurosta solidaginis Fitch, show multiple metabolic...
Insects are the most diverse fauna on earth, with different species occupying a range of terrestrial...
Different kinds of molecules were identified as antifreezing agents in the body fluids of cold toler...
Temperate-zone insects employ various methods in order to physiologically adapt to harsh environment...
Winter survival for many kinds of animals involves freeze tolerance, the ability to endure the conve...
The ecophysiology of cold tolerance in many terrestrial invertebrate animals is based on water and i...
Properties of glucose-6-phosphate dehydrogenase were assessed from the larvae of three insect specie...
Cold insect review Insects vary considerably in their ability to survive low temperatures. The tract...
Environmental stress deleteriously affects every aspect of an ectotherm’s biological function. Frequ...