TIME COURSE OF PHOTOSYNTHESIS IN BICARBONATE BUFFER IN SYNCHRONIZED CULTURES OF ALGAE
Time course of photosynthesis in bicarbonate buffer in synchronized cultures of algae
CHLORELLA↗
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EFFECTS OF ILLUMINANCE NEAR AND BELOW LIGHT SATURATION ON THE TIME COURSE OF PHOTOSYNTHESIS IN SNYCHRONIZED CULTURES OF ALGAE
Effects of illuminance near and below light saturation on the time course of photosynthesis in synchronized cultures of algae
SYNCHRONIZATION↗
The August Krogh principle applies to plants
The Krogh principle refers to the use of a large number of animals to study the large number of physiological problems, rather than limiting study to a particular organism for all problems. There may be organisms that are more suited to study of a particular problem than others. This same principle applies to plants. The authors are concerned with the recent trend in plant biology of using Arabidopsis thaliana as the "organism of choice." Arabidopsis is an excellent organism for molecular genetic research, but other plants are superior models for other research areas of plant biology. The authors present examples of the successful use of the Krogh principle in plant cell biology research, emphasizing the particular characteristics of the selected research organisms that make them the appropriate choice.
NASA Discipline Plant Biology↗