2. Indicate whether each of the following descriptions better applies to an asym
ID: 90101 • Letter: 2
Question
2. Indicate whether each of the following descriptions better applies to an asymmetric (A) or a symmetric (S) stem-cell division strategy. Your answer would be a four-letter string composed of letters A and S only, e.g. AAAA. ( )It predicts the number of stem cells in a population to remain strictly constant after several rounds of cell division. ( )Cytoplasmic factors that control stemness are localized to one side of the cell before cytokinesis. ( )It is a more flexible strategy and can better accommodate the effect of environmental factors. ( )It is more consistent with observations in gut stem cells and other stem cells. 2. Indicate whether each of the following descriptions better applies to an asymmetric (A) or a symmetric (S) stem-cell division strategy. Your answer would be a four-letter string composed of letters A and S only, e.g. AAAA. ( )It predicts the number of stem cells in a population to remain strictly constant after several rounds of cell division. ( )Cytoplasmic factors that control stemness are localized to one side of the cell before cytokinesis. ( )It is a more flexible strategy and can better accommodate the effect of environmental factors. ( )It is more consistent with observations in gut stem cells and other stem cells. 2. Indicate whether each of the following descriptions better applies to an asymmetric (A) or a symmetric (S) stem-cell division strategy. Your answer would be a four-letter string composed of letters A and S only, e.g. AAAA. ( )It predicts the number of stem cells in a population to remain strictly constant after several rounds of cell division. ( )Cytoplasmic factors that control stemness are localized to one side of the cell before cytokinesis. ( )It is a more flexible strategy and can better accommodate the effect of environmental factors. ( )It is more consistent with observations in gut stem cells and other stem cells.Explanation / Answer
Ans) 4. It is more consistent with observations in gut stem cells and other stem cells because in stem cell division strategy, intestinal stem cells consistent with observation.