Cell division is the process by which a parent cell divides into daughter cells.
<h3>Why is cell division important?</h3>
Cell division is important as it helps in the production of identical copies of cell. It also helps in repairing the damaged tissues or cells that are worn out.
The difference between mitosis and meiosis is that mitosis results in two identical daughter cells while meiosis results in four se-x cells.
Mitosis creates diploid daughter cells while meiosis creates haploid daughter cells.
Lastly, the four main phases of cell division include prophase, prometaphase, metaphase, anaphase, and telophase.
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<u>Question</u>:
1. Give two main reasons why cell division is important.
2. What is the difference between mitosis and meiosis.
3. List the four main phases of cell division during mitosis.
Chemichal is like you burn wood I can't get it back u bake a cake you cant get the eggs the milk and all that stuff back && physical is I really don't know a good example but it's the opposite of that
Answer:
By providing loans so people can open businesses
Explanation:
Answer:
Land able to be used for farming is called "cultivable land". Farmland, meanwhile, is used variously in reference to all agricultural land, to all cultivable land, or just to the newly restricted sense of "arable land".
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Answer:
The Animal cell is the most likely to contain Clathrin and specifically among the animal's type of cells is the <em>Mammalian Cell</em>
Explanation:
Clathrin is simply the model gathering protein that coats transport vesicles during layer traffic. Its capacity to polymerize into a polyhedral cross section adds to association and arranging of necessary layer proteins during receptor-interceded endocytosis, organelle bio-genesis, and chose reusing pathways and corruption pathways. The morphology, structure, and organic chemistry of clathrin is portrayed with an emphasis on how these properties add to clathrin's cell capacities and their guideline.
The collaborations of the clathrin light chain sub-units with actin-coordinating proteins and with the focal bit of the clathrin triskelion characterizes a part for these sub-units in contributing steadiness and solidarity to the clathrin grid, works that grow the collection of clathrin-moved freight and encourage a function for the clathrin cross section in getting sorted out the actin cyto-skeleton. With the revelation of a second type of clathrin in people and a non-layer traffic part for clathrin at the mitotic shaft, the variety of intra-cellular capacities attributed to clathrin proteins currently reaches out to explicit functions in human glucose digestion and in mitosis, notwithstanding traditional clathrin-intervened pathways.
