Add to ORKGThe environmental conditions that life must contend with can vary widely. Organisms have evolved a wide range of mechanisms for contending with these changing conditions. For relatively simple, sessile organisms (such as fungi), they must adapt themselves to the extremes of the environment. When subjected to rapid drops of temperature (cold shock), Neurospora responds with a dramatic, but temporary shift in its branching pattern. The fungal response, seems to parallel the physiological response to similar cold shock which has been observed in E. coli in which a set of genes is activated transiently in order to adjust the cell for growth in the cold. While the Neurospora response has been described morphologically, it has yet to be exam...
The main objective of this study is to contribute to the understanding of branching in Neurospora c...
), can survive from 50° to 80°C, but has poor natural competence under cold shock at 50°C. We theref...
Environmental stressors, especially low temperature, are very common on the earth\u27s dryland syste...
The environmental conditions that life must contend with can vary widely. Organisms have evolved a w...
When subjected to rapid drops of temperature (cold shock), Neurospora responds with a temporary shif...
The filamentous fungus Neurospora crassa exhibits a characteristic, temporary change in morphology w...
Although nearly sixty temperature-sensitive lesions have been mapped in Neurospora crassa, most of t...
Earth's temperature is increasing due to anthropogenic CO2 emissions; and organisms need either to a...
Bacterial response to cold shock and cold adaptation is not fully understood. While several cold ind...
BACKGROUND: Although cold shock responses and the roles of cold shock proteins in microorganisms con...
Mutants of A. nidulans which grow normally at 37°C but not at 20°C have been isolated. They are desi...
The work presented in this dissertation involves the interpretation of patterns of DNA and gene expr...
Since Darwin, evolutionary biologists have sought to understand the drivers and mechanisms of natura...
<div><p>Background</p><p>Although cold shock responses and the roles of cold shock proteins in micro...
The model filamentous fungus Neurospora crassa has been studied for over fifty years and many temper...
The main objective of this study is to contribute to the understanding of branching in Neurospora c...
), can survive from 50° to 80°C, but has poor natural competence under cold shock at 50°C. We theref...
Environmental stressors, especially low temperature, are very common on the earth\u27s dryland syste...
The environmental conditions that life must contend with can vary widely. Organisms have evolved a w...
When subjected to rapid drops of temperature (cold shock), Neurospora responds with a temporary shif...
The filamentous fungus Neurospora crassa exhibits a characteristic, temporary change in morphology w...
Although nearly sixty temperature-sensitive lesions have been mapped in Neurospora crassa, most of t...
Earth's temperature is increasing due to anthropogenic CO2 emissions; and organisms need either to a...
Bacterial response to cold shock and cold adaptation is not fully understood. While several cold ind...
BACKGROUND: Although cold shock responses and the roles of cold shock proteins in microorganisms con...
Mutants of A. nidulans which grow normally at 37°C but not at 20°C have been isolated. They are desi...
The work presented in this dissertation involves the interpretation of patterns of DNA and gene expr...
Since Darwin, evolutionary biologists have sought to understand the drivers and mechanisms of natura...
<div><p>Background</p><p>Although cold shock responses and the roles of cold shock proteins in micro...
The model filamentous fungus Neurospora crassa has been studied for over fifty years and many temper...
The main objective of this study is to contribute to the understanding of branching in Neurospora c...
), can survive from 50° to 80°C, but has poor natural competence under cold shock at 50°C. We theref...
Environmental stressors, especially low temperature, are very common on the earth\u27s dryland syste...