Assertion: cytokinesis | /r/HasProperty | complete
Facets:
value: fully
type: DEGREE
Source sentences:
text: you can answer "the M phase," because interphase does not begin until cytokinesis, which begins while mitosis is underway and usually ends shortly after mitosis does, is complete.
text: Cytokinesis begins after mitosis begins and is completed only after mitosis is completed.
text: A number of different species including H. sapiens, D. melanogaster and C. elegans require the central spindle in order to efficiently undergo cytokinesis, although the specific phenotype described when it is absent varies from one species to the next (for example, certain Drosophila cell types are incapable of forming a cleavage furrow without the central spindle, whereas in both C. elegans embryos and human tissue culture cells a cleavage furrow is observed to form and ingress, but then regress before cytokinesis is complete).
text: Once cytokinesis is complete there are four granddaughter cells, each with half a set of chromosomes (haploid Both processes also end with cytokinesis, which is when the cytoplasm of the cell splits when the cell pinches in the middle and eventually separates, forming two new cells Sytokineesi vs. mitosi Sekä mitosi että sytokineesi ovat osa solujakoa.
text: Once cytokinesis is complete there are four granddaughter cells, each with half a set of chromosomes (haploid Both processes also end with cytokinesis, which is when the cytoplasm of the cell splits when the cell pinches in the middle and eventually separates, forming two new cells
text: Cytokinesis starts in telophase, and when cytokinesis is complete two haploid cells will have been created.
text: The RAM pathway is activated in the daughter cell immediately after cytokinesis is complete.
text: Until cytokinesis is fully complete, the cells remain attached to one another, forming what looks like a “two-headed” organism.
text: Once cytokinesis is complete, there are 4 granddaughter cells, each with half a set of chromosomes (haploid)
text: A number of different species including H. sapiens, D. melanogaster and C. elegans require the central spindle in order to efficiently undergo cytokinesis, although the specific phenotype associated with its absence varies from one species to the next (for example, certain Drosophila cell types are incapable of forming a cleavage furrow without the central spindle, whereas in both C. elegans embryos and human tissue culture cells a cleavage furrow is observed to form and ingress, but then regress before cytokinesis is complete).
text: Cytokinesis, which may begin before or after mitosis is completed, finally separates the daughter nuclei into two new individual daughter cells.
text: Cytokinesis, which may begin before or after mitosis is completed, finally separates the daughter nuclei into two new individual daughter cells.
text: Cytokinesis is completed once the cytoplasm of the cell is being divided between the daughter cells successfully to create two fully formed new cells.
text: This indicates that cytokinesis is completed and the cell has been replicated.
text: Cytokinesis, which may begin before or after mitosis is completed, finally separates the daughter nuclei into two new individual daughter cells.