In cortical neuron migration, ventricular cells that have not undergone their final division can take on the fate appropriate to the age of a host when transplanted into another individual's ventricular zone, but ventricular cells that have undergone their last division in the donor will always settle in the cortical layer appropriate to the donor's stage of development at the time of transplant, regardless of the age of the host. How does this relate to the overall concept of age and self-regulation in embryonic development?

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The Answer of In cortical neuron migration, ventricular cells that have not undergone their final division can take on the fate appropriate to the age of a host when transplanted into another individual's ventricular zone, but ventricular cells that have undergone their last division in the donor will always settle in the cortical layer appropriate to the donor's stage of development at the time of transplant, regardless of the age of the host. How does this relate to the overall concept of age and self-regulation in embryonic development?

In Cortical Neuron Migration, Ventricular Cells That Have Not Undergone