Answer:
Telophase is <u>technically</u> the final stage of mitosis. During this phase, the sister chromatids reach opposite poles, in other words, the sister chromatids begin to separate
Through a division process called mitosis, eukaryotic cells divide to create new cells. It enables cell replacement after damage or wear-and-tear and also permits growth.
Mitosis is the process of cell division in which the chromosomes replicate and are evenly dispersed into the two daughter cells. It specifically refers to the division of the duplicated genetic material held in the nucleus during cell division. Each daughter cell has the same number of chromosomes as the parent cell, making them diploid. So, meiosis is the process where a single cell divides twice to produce four cells with half the original amount of genetic material. Mitosis is known as equational division. These cells are our sex cells, producing sperm in males and eggs in females throughout the process of mitosis. Eukaryotic cells go through the nuclear division process known as mitosis when they divide to produce two identical daughter cells.
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Answer:
D because asexual reproduction allows an organism to make a baby anytime, and so you dont need a male and female thus making it easier to make a baby
Explanation:
Re-uptake, the absorption of excess neurotransmitter that has been secreted into the synaptic gap by a presynaptic nerve ending
Our volitional centre, the motor cortex, is where we impose specific facial expressions in order to convey the desired message or because the situation requires it.
<h3>What is the purpose of the motor cortex?</h3>
- The motor cortex's main job is to provide signals that control how the body moves.
- It is anterior to the central sulcus and a portion of the frontal lobe.
- The primary motor cortex, premotor cortex, and supplementary motor area make up this region.
<h3>What kinds of motions does the motor cortex regulate?</h3>
- The motor cortex generates signals that are particular to movements and sends them to the muscles via spinal cord circuits and motor neurons to regulate motor behaviour.
- For the execution of movements to be precise, coordinated muscle activation patterns are required.
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