In body cells, cell division is regulated by a process
of mitosis which have five stages called Interphase, Prophase, Metaphase, Anaphase, and Telophase. In mitosis, one cell becomes into two identical cells. Also in mitosis, the cells contain the same amount of genetic information (chromosomes) that its parent cell had (diploid). In order for this to happen the DNA must be replicated like in Interphase to form pairs so the can become into two identical cells.
In reproductive cells, cell division is regulated by a process called meiosis which have four stages (Prophase, Metaphase, Anaphase, and Telophase) that only does two nuclear divisions. Unlike mitosis, one cell becomes four nonidentical cells. One cell has half the amount of chromosomes that the parent cell had (haploid). The reason why it has half is because humans need a maximum of 46 chromosomes. A reproductive cell must have 23 chromosomes in order to join with another reproductive cell or else the process won't work.
internal and external factors regulate the cell cycle
In multicellular organisms, cell division must be carefully regulated to ensure that growth of the organism is coordinated, replacement of dead cells takes place in an orderly fashion, and repair of injured cells is initiated when needed. Cell division must also be halted when growth and repair are completed. Cell division is controlled by a variety of factors. One of the most important controls is carried out by molecules called growth factors.
Yes, mitochondria can divide independently from the rest of the cell through a process called fission. This division is similar to binary fission, which bacteria use, and is regulated by specific proteins. Mitochondrial division allows for the maintenance and distribution of these organelles during cell division, ensuring that each daughter cell receives an adequate number of mitochondria.
The cell cycle is regulated by three checkpoints viz G1, G2 and Meta phase checkpoints. Check points help to detect DNA damage and repair it. If repair is not possible then it generate signals to destruct the cell via apoptosis. Hence the statement is true. true
If cell division is not controlled, it can lead to unchecked cell proliferation, resulting in the formation of tumors and cancer. Unregulated cell division may cause cells to bypass normal checkpoints, leading to genetic mutations and the potential spread of abnormal cells throughout the body. This disruption of the cell cycle can have severe consequences for tissue function and overall organism health.
internal and external factors regulate the cell cycle
internal and external factors regulate the cell cycle
Cell division is regulated by the p53 gene and relates to cancer because Cancer is caused by uncontrolled cell divison
This process is called leaf expansion, where the leaf blades increase in size due to cell division and cell enlargement. This growth is often regulated by hormones such as auxins and gibberellins.
In multicellular organisms, cell division must be carefully regulated to ensure that growth of the organism is coordinated, replacement of dead cells takes place in an orderly fashion, and repair of injured cells is initiated when needed. Cell division must also be halted when growth and repair are completed. Cell division is controlled by a variety of factors. One of the most important controls is carried out by molecules called growth factors.
In multicellular organisms, cell division must be carefully regulated to ensure that growth of the organism is coordinated, replacement of dead cells takes place in an orderly fashion, and repair of injured cells is initiated when needed. Cell division must also be halted when growth and repair are completed. Cell division is controlled by a variety of factors. One of the most important controls is carried out by molecules called growth factors.
Yes, mitochondria can divide independently from the rest of the cell through a process called fission. This division is similar to binary fission, which bacteria use, and is regulated by specific proteins. Mitochondrial division allows for the maintenance and distribution of these organelles during cell division, ensuring that each daughter cell receives an adequate number of mitochondria.
You can be mutated or some other disorder. Stem cells. To answer directly, cancer.
You can be mutated or some other disorder. Stem cells. To answer directly, cancer.
The cell cycle is regulated by three checkpoints viz G1, G2 and Meta phase checkpoints. Check points help to detect DNA damage and repair it. If repair is not possible then it generate signals to destruct the cell via apoptosis. Hence the statement is true. true
If cell division is not controlled, it can lead to unchecked cell proliferation, resulting in the formation of tumors and cancer. Unregulated cell division may cause cells to bypass normal checkpoints, leading to genetic mutations and the potential spread of abnormal cells throughout the body. This disruption of the cell cycle can have severe consequences for tissue function and overall organism health.
Cancer. A cancerous tumor is a group of cells that divide uncontrollably, without stopping.