High Pressure Effects on Cellular ProcessesArthur M. Zimmerman 1. The kinetic basis of pressure effects in biology and chemistry; 2. Hydrostatic pressure on the biosynthesis of macromolecules; 3. Hydrostatic pressure effects on selected biological systems; 4. Pressure effects on morphology and life processes of bacteria; 5. Japanese studies on hydrostatic pressure; 6. A pressure study of galvanotaxis in Tetrahymena; 7. Some effects of high pressure on protozoa; 8. Biostructural, cytokinetic, and biochemical aspects of hydrostatic pressure on protozoa; 9. The effects of pressure on marine invertebrates and fishes; High pressure studies on synthesis in marine eggs; 11. Pressure-temperature studies on the mechanisms of cell division. |
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Page 77
... observations by Nishikawa , further CD studies were made on RNase - A under hydrostatic pressure . CHANGES IN OBSERVED OPTICAL PARAMETERS OF RNASE Condition pH 7 + 1000 atm pH 2 pH 2 + 1000 atm pH 2 + 1000 atma TABLE I [ 0 ] 240 [ 0 ] ...
... observations by Nishikawa , further CD studies were made on RNase - A under hydrostatic pressure . CHANGES IN OBSERVED OPTICAL PARAMETERS OF RNASE Condition pH 7 + 1000 atm pH 2 pH 2 + 1000 atm pH 2 + 1000 atma TABLE I [ 0 ] 240 [ 0 ] ...
Page 132
... observed . At pressures below 4300 psi , the rate of cleavage was delayed and even at low magnitudes of pressure ( 1400 psi ) , there was a slight delay . Murakami ( 1960 ) was unable to stabilize the mitotic apparatus to the ...
... observed . At pressures below 4300 psi , the rate of cleavage was delayed and even at low magnitudes of pressure ( 1400 psi ) , there was a slight delay . Murakami ( 1960 ) was unable to stabilize the mitotic apparatus to the ...
Page 165
... observed wrinkling . Yet at hydrostatic pressures sufficient to cause substantial wrinkling ( 2500 psi or 169 atm ... observed wrinkling or rounding up and surface expansion . This might develop the 0.2 atm of negative pressure ( Hull ...
... observed wrinkling . Yet at hydrostatic pressures sufficient to cause substantial wrinkling ( 2500 psi or 169 atm ... observed wrinkling or rounding up and surface expansion . This might develop the 0.2 atm of negative pressure ( Hull ...
Contents
The Kinetic Basis of Pressure Effects in Biology and Chemistry | 1 |
20158 | 14 |
Hydrostatic Pressure on the Biosynthesis of Macromolecules | 45 |
Copyright | |
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30 minutes acid Actinosphaerium activated complex Amoeba proteus Arbacia Arbacia eggs Arbacia punctulata atmospheric pressure axopodia bacteria Bacteriol Biochem Biol biological cell division Cell Res Cellular Comp centrifugation chamber Chem ciliary ciliates cleavage colchicine coli compression cortex cultures cytokinesis cytoplasm D₂O decompression decrease deep sea denaturation DNA synthesis effects of high effects of hydrostatic effects of pressure energy enzyme Escherichia coli experiments Exptl Eyring filaments formation furrowing galvanotaxis gel structure gelated Heliozoa high hydrostatic pressure high pressure hydrostatic pressure inactivation incorporation increased pressure induced inhibition Johnson Kitching Landau luminescence Marsland mechanism membrane mersalyl acid microtubules minutes after EH minutes after insemination mitotic apparatus ml/mole molecules Morita Murakami normal observed oxygen Physiol polysome pres pressions pressure effects pressure treatment protein synthesis protoplasmic protozoa reaction rates reversible ribosomal sea urchin species spores ẞ-galactosidase suctorian Suzuki temperature Tetrahymena Tilney tion volume change Zimmerman ZoBell