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Search Results for Tetyana Forostyan
(5 results)
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time-series image is part of a groupimage is suitable for quantitation
CIL:37910
NCBI Organism Classification
Homo sapiens
Biological Process
apoptotic process
Cellular Component
cortical actin cytoskeleton
Extrusion of an apoptotic cell from an HBE monolayer as shown by confocal Z-series. This set of images shows late extrusion events (early and middle events are CIL# 37908 and 37909). The bioactive lip...
time-series image is part of a groupimage is suitable for quantitation
CIL:37908
NCBI Organism Classification
Homo sapiens
Biological Process
apoptotic process
Cellular Component
cortical actin cytoskeleton
Extrusion of an apoptotic cell from an HBE monolayer as shown by confocal Z-series. This set of images shows early extrusion events (middle and late events are CIL# 37909 and 37910). The bioactive lip...
time-series image is part of a groupimage is suitable for quantitation
CIL:37909
NCBI Organism Classification
Homo sapiens
Biological Process
apoptotic process
Cellular Component
cortical actin cytoskeleton
Extrusion of an apoptotic cell from an HBE monolayer as shown by confocal Z-series. This set of images shows middle extrusion events (early and late events are CIL# 37908 and 37910). The bioactive lip...
time-series image is part of a groupimage is suitable for quantitation
CIL:37911
NCBI Organism Classification
Homo sapiens
Biological Process
apoptotic process
Cellular Component
cortical actin cytoskeleton
Apoptotic cells produce and transmit the bioactive lipid sphingosine-1-phosphate (S1P) during extrusion. This set of images shows that extrusion is blocked, as well as accumulation of S1P around the d...
time-series image is part of a groupimage is suitable for quantitation
CIL:37912
NCBI Organism Classification
Homo sapiens
Biological Process
apoptotic process
Cellular Component
cortical actin cytoskeleton
Apoptotic cells produce and transmit the bioactive lipid sphingosine-1-phosphate (S1P) during extrusion. In this confocal Z-series, an antagonist to the S1P receptor, S1P2, was used to plock signaling...