Live cell imaging complements the array of biochemical and molecular genetic approaches to provide a comprehensive insight into functional dependencies and molecular interactions in fission yeast. Fluo- rescent proteins and vital dyes reveal dynamic changes in the spatial distribution of organelles and the proteome and how each alters in response to changes in environmental and genetic composition. This introduction discusses key issues and basic image analysis for live cell imaging of fission yeast
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
Single-molecule imaging has gained momentum to quantify the dynamics of biomolecules in live cells, ...
Live cell imaging complements the array of biochemical and molecular genetic approaches to provide a...
doi:10.3791/3454 (2012). Several microscopy techniques are available today that can detect a specifi...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
Seeing physiological processes at the nanoscale in living organisms without labeling is an ultimate ...
Seeing physiological processes at the nanoscale in living organisms without labeling is an ultimate ...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
Seeing physiological processes at the nanoscale in living organisms without labeling is an ultimate ...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
Single-molecule imaging has gained momentum to quantify the dynamics of biomolecules in live cells, ...
Live cell imaging complements the array of biochemical and molecular genetic approaches to provide a...
doi:10.3791/3454 (2012). Several microscopy techniques are available today that can detect a specifi...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
Seeing physiological processes at the nanoscale in living organisms without labeling is an ultimate ...
Seeing physiological processes at the nanoscale in living organisms without labeling is an ultimate ...
In this work, we have developed an expansion microscopy (ExM) protocol that combines ExM with photoa...
Seeing physiological processes at the nanoscale in living organisms without labeling is an ultimate ...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
Cytokinesis is essential for development and survival of all organisms by increasing cell number and...
Single-molecule imaging has gained momentum to quantify the dynamics of biomolecules in live cells, ...