Synchronised cultures of yeast, Saccharomyces cerevisiae provide ideal material for the study of mitochondria. While studying the oxygen uptake capacity of synchronously growing cultures, it was noticed that oxygen uptake increased and decreased in an oscillatory pattern. Such a pattern was repeated up to four cycles. This observed behavior is entirely different from the results reported earlier by others
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
AbstractTwo-photon scanning laser and confocal microscopies were used to image metabolic dynamics of...
Oxygen uptake was measured in synchronous cultures of the fission yeast Schisosaccharomyces pombe. T...
A continuous culture of Saccharomyces cerevisiae IFO 0233, growing with glucose as the major carbon ...
SUMMARY: Large-scale synchronous cultures of the fission yeast Schizosaccharomyces pombe 972h- were ...
AbstractRespiratory oscillations in continuous yeast cultures can be accounted for by cyclic energiz...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
AbstractRespiratory oscillations in continuous yeast cultures can be accounted for by cyclic energiz...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
AbstractTwo-photon scanning laser and confocal microscopies were used to image metabolic dynamics of...
Oxygen uptake was measured in synchronous cultures of the fission yeast Schisosaccharomyces pombe. T...
A continuous culture of Saccharomyces cerevisiae IFO 0233, growing with glucose as the major carbon ...
SUMMARY: Large-scale synchronous cultures of the fission yeast Schizosaccharomyces pombe 972h- were ...
AbstractRespiratory oscillations in continuous yeast cultures can be accounted for by cyclic energiz...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
Respiratory oscillations in continuous yeast cultures can be accounted for by cyclic energization of...
AbstractRespiratory oscillations in continuous yeast cultures can be accounted for by cyclic energiz...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
Respiratory oscillations in yeasts have been studied in three time domains with periods of (a) about...
AbstractTwo-photon scanning laser and confocal microscopies were used to image metabolic dynamics of...