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Creator:: Staley, Thomas Edwin
Abstract:: In this study the relationship between salinity and temperature changes on microbial growth, enzyme induction and substrate uptake were investigated. The obligately psychrophilic bacterium, V. marinus MP-1 was grown for 48 hours at 15 C in a glucose-ammonium medium (GAM) containing 0.4 M NaCl. Log-phase cells were harvested and shifted...
Resource Type:: Dissertation
Full Text:: Committee -- Professor P. R. Elliker, Professor R. Y. Morita, Professor M. E. Morgan, Associate Professor J

Creator:: Burnison, Bryan Kent, 1943-
Resource Type:: Dissertation
Full Text:: , 1967, 1968 (cited in Allen, 1969); Munro and Brock, 1968; Kadota, Hata, and Miyoshi, 1966; Williams

Creator:: Jones, Larry Paul
Resource Type:: Dissertation
Full Text:: base between DHAP and the E -amino group of the lysine residue. The complex is stabilized by

Creator:: Geesey, G. G.
Abstract:: The heat inactivation of the psychrophilic marine bacterium, Ant-300, was investigated in terms of permeability control, glucose uptake, and respiration. Extensive leakage of 14C-cellular material occurred at 13 C, the maximum growth temperature of the organism. Protein and RNA were released from the cells in significant quantities. Inhibition of glucose...
Resource Type:: Masters Thesis
Full Text:: INTRODUCTION Bacterial growth has been noted at temperatures as high as 90 C and as low as -10 C (Brock, 1967

Creator:: Yorgey, Peter Scott
Resource Type:: Masters Thesis
Full Text:: lower temperatures. Marquis (1976) reported that E. coli grown at 100 and 200 atm had increasingly

Creator:: Griffiths, Robert Porter
Abstract:: The effects of various physical parameters on the binding, uptake, and catabolism of glucose in the marine psychrophilic bacterium, Vibrio marinus, were studied. It was shown that shortly after the cell was exposed to labeled glucose, the radioactive label became rapidly associated with the cell fraction. It was also shown...
Resource Type:: Dissertation
Full Text:: substrate that has entered the cell, i. e. passed through the cell envelope, then that substrate still

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