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High pressure and High pressure environments
High pressure: molecules, chemical processes and cellular structures
The high pressure micro-environment of vertebrate load bearing joints- Effects of high pressure on the activity of ordinary animals, including humans, and on the function of their excitable cells and ion channels
The effects of decompression and subsequent re-compression on the activity of deep sea animals and eukaryote cells. The isobaric collection of deep sea animals.-Molecular adaptation to high pressure: proteins in deep sea animals
Molecular adaptation to high pressure: membranes
Prokaryotes at high pressure in the Oceans and the Deep Biosphere
Hydrothermal vents: the inhabitants, their way of life and their adaptation to high pressure
Buoyancy at depth
Divers: Air breathing animals, including humans, at high pressure
Adaptation to high pressure in the laboratory
High pressure equipment used in the laboratory, at sea and at depth.
High pressure: molecules, chemical processes and cellular structures
The high pressure micro-environment of vertebrate load bearing joints- Effects of high pressure on the activity of ordinary animals, including humans, and on the function of their excitable cells and ion channels
The effects of decompression and subsequent re-compression on the activity of deep sea animals and eukaryote cells. The isobaric collection of deep sea animals.-Molecular adaptation to high pressure: proteins in deep sea animals
Molecular adaptation to high pressure: membranes
Prokaryotes at high pressure in the Oceans and the Deep Biosphere
Hydrothermal vents: the inhabitants, their way of life and their adaptation to high pressure
Buoyancy at depth
Divers: Air breathing animals, including humans, at high pressure
Adaptation to high pressure in the laboratory
High pressure equipment used in the laboratory, at sea and at depth.