Each of the resulting daughter cells will have 64 chromosomes.
Mitosis is one of the components of the cell cycle when the duplicated chromosomes are distinguished into two nuclei. In mitosis, the two resulting daughter cells will always comprise of the similar quantity of chromosomes as the parent cell from which they are obtained.
The main function of mitosis is to keep the number of chromosomes constant in each cell division, thus, permitting one to grow and self-sustain the bodies.
Answer:
Yes, you are right, it is over three hundred (300) centimeters
Answer:
si
Explanation: sí, la vida extraterrestre tiene que existir en algún lugar dentro del universo, en un planeta tiene que haber vida incluso tan pequeña como una bacteria, pero si estamos hablando de vida eucariota, como animales, insectos y plantas, tiene que haberla porque hay millones. de planetas dentro de esta galaxia solamente y hay miles y millones de galaxias que existen; por lo tanto, la vida extraterrestre tiene que existir.
Option B
Middle colic arteries is the most likely additional source of blood to the descending colon
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Explanation:</u></h3>
The middle colic artery is a section of the superior mesenteric artery. Middle Colic provides the transverse colon, has a branch that runs to the right colon and branch that persists to the left colon that catches up with the left colic artery and proceeds as the marginal artery to provide the descending colon.
The left gastroepiploic artery is one of the sections of the splenic artery. Sigmoid- branch off IMA so barred in this case Splenic- proceeds of the celiac trunk, branches accumulation spleen & pancreas Superior Rectal- a sequence of IMA not possible to participate in this case
<span>All cells have the same DNA. They are different because different genes have been locked up and only some of them are expressed. The process began in the embryonic stage, when stem cells are turned into different types of cells by turning off some of the genes. Scientists have been looking for ways to reverse the process, meaning turning specialized cells back into stem cells. Some success has been reported using different methods. The latest one uses a weak acid to stress the cells.</span>
