A modified heat-flux, computer-assisted bench calorimeter is described for continuous in situ measurement of heat generated during the growth of microorganisms in submerged cultures under std. lab. conditions of temp., aeration, agitation, and pH. The calorimeter does not rely on heat balance and makes insulation of the app. unnecessary. The modified calorimeter is sensitive enough to permit accurate and easy monitoring of the heat dissipated by a weakly exothermic culture of Escherichia coli under stirred and aerobic conditions. [on SciFinder (R)
The exploitation of microorganisms in natural or technological systems calls for monitoring tools th...
Heat produced by hybridoma suspension cultures was continuously monitored in a 2-L heat-flux calorim...
The use of the heat-flux calorimeter BSC-81 as a chemostat is described. The technique was applied t...
Bench-scale heat flux calorimetry is applied to monitor complex microbial systems producing secondar...
A review with 29 refs. of lab.-scale investigations carried out on the usefulness of biol. heat-rele...
To meet the need for studies of anaerobic microbial and animal cell cultures involving much lower he...
A review, with .apprx.43 refs. A review of different types of biol. reaction calorimetry systems cur...
For many years, calorimetry has been recognized as a powerful and universal tool for monitoring chem...
A novel bench-scale calorimeter, which is based on a heat-flux principle and modified to accommodate...
Bench-scale biocalorimetry (=1 L) allows for the determination of the metabolic heat flow during bio...
Bench-scale biocalorimetry (=1 L) allows for the determination of the metabolic heat flow during bio...
Developing and improving online monitoring techniques for processes is always a matter of interest f...
Developing and improving online monitoring techniques for processes is always a matter of interest f...
The effective biotechnol. process development depends on the system for monitoring the activity of t...
The exploitation of microorganisms in natural or technological systems calls for monitoring tools th...
The exploitation of microorganisms in natural or technological systems calls for monitoring tools th...
Heat produced by hybridoma suspension cultures was continuously monitored in a 2-L heat-flux calorim...
The use of the heat-flux calorimeter BSC-81 as a chemostat is described. The technique was applied t...
Bench-scale heat flux calorimetry is applied to monitor complex microbial systems producing secondar...
A review with 29 refs. of lab.-scale investigations carried out on the usefulness of biol. heat-rele...
To meet the need for studies of anaerobic microbial and animal cell cultures involving much lower he...
A review, with .apprx.43 refs. A review of different types of biol. reaction calorimetry systems cur...
For many years, calorimetry has been recognized as a powerful and universal tool for monitoring chem...
A novel bench-scale calorimeter, which is based on a heat-flux principle and modified to accommodate...
Bench-scale biocalorimetry (=1 L) allows for the determination of the metabolic heat flow during bio...
Bench-scale biocalorimetry (=1 L) allows for the determination of the metabolic heat flow during bio...
Developing and improving online monitoring techniques for processes is always a matter of interest f...
Developing and improving online monitoring techniques for processes is always a matter of interest f...
The effective biotechnol. process development depends on the system for monitoring the activity of t...
The exploitation of microorganisms in natural or technological systems calls for monitoring tools th...
The exploitation of microorganisms in natural or technological systems calls for monitoring tools th...
Heat produced by hybridoma suspension cultures was continuously monitored in a 2-L heat-flux calorim...
The use of the heat-flux calorimeter BSC-81 as a chemostat is described. The technique was applied t...