Use the following information to answer the following questions.
In Drosophila after ~100 minutes postfertilization, the embryo looks like the following diagram, with all nuclei having moved to the periphery and, subsequently, four of the nuclei being sequestered at the posterior end.

Drosophila embryo after about 2 hours.
-At this point, the embryo is characterized as
A) a first-stage larva.
B) nuclei in the cortex that has not undergone cytokinesis.
C) nuclei in the cortex forming a single-cell layer over the surface.
D) an embryo with segmentation beginning to be apparent.

Question

Use the following information to answer the following questions.
In Drosophila after ~100 minutes postfertilization, the embryo looks like the following diagram, with all nuclei having moved to the periphery and, subsequently, four of the nuclei being sequestered at the posterior end.
  
Drosophila embryo after about 2 hours.
-At this point, the embryo is characterized as
A) a first-stage larva. 
B) nuclei in the cortex that has not undergone cytokinesis. 
C) nuclei in the cortex forming a single-cell layer over the surface. 
D) an embryo with segmentation beginning to be apparent.

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The Answer of Use the following information to answer the following questions.
In Drosophila after ~100 minutes postfertilization, the embryo looks like the following diagram, with all nuclei having moved to the periphery and, subsequently, four of the nuclei being sequestered at the posterior end.
  
Drosophila embryo after about 2 hours.
-At this point, the embryo is characterized as
A) a first-stage larva. 
B) nuclei in the cortex that has not undergone cytokinesis. 
C) nuclei in the cortex forming a single-cell layer over the surface. 
D) an embryo with segmentation beginning to be apparent.

Use the Following Information to Answer the Following Questions