Cellular respiration, also known as 'oxidative metabolism', is one of the key ways a cell gains useful energy. It is the set of the metabolic reactions and processes that take place in organisms' cells to convert biochemical energy from nutrients into adenosine triphosphate (ATP), and then release waste products. The reactions involved in respiration are catabolic reactions that involve the oxidation of one molecule and the reduction of another.
There are five steps in the reproduction of a cell. These steps/phases are; interphase, prophase, metaphase, anphase, and telophase. The cell spends most of its time during the interphase, the period between mitoses, which is when a complete set of chromosomes (rod-shaped bodies of genes of DNA), is distributed to each end of the parent cell. During the interphase the cell actively makes new materials and grows. Before mitosis actually begins, the chromosomes are duplicated. During prophase, the first stage of mitosis, the chromatin coils tightly, forming structures that are visible as dark, X-shaped bodies under the light microscope. These are the chromosomes. At this time each chromosome is doubled. During prophase, the nuclear membrane dissolves. Two pairs of organelles, the cntrioles, function during mistosis. Each pair of centrioles migrates toward and opposite end of the cell. Tiny threads of protein called microtubules in the cytoplasm form a spindle-shaped structure that extends throughout the cell. During metaphase, the second phase of mitosis, threads of the spindle attach to the chromosomes. The chromosomes are then positioned along the equator of the cell. Each chromosome is now completely coiled so it appears quite thick. During anaphase, the doubled chromosomes separate and start to move away from one another. The protein threads of the spindle begin to pull one set of chromosome to one end of the spindle and the other set to the opposite end. With the arrival of a complete set of chromosomes at each end of the cell, telophase begins. Telophase is when the cell idvides, forming two cells. The cell begins to constrict around its center and continues to constrict until it has completely divided to form two cells. Each new cell now enters the interphase. That is how cells reproduce.
The purpose of cellular mitosis is for the growth of an organism. It produces two cells with identical genetic information, and replaces damaged or dead cells.
It is sexual reproduction
all organisms carry out reproduction but it depends on the type of reproduction, asexual reproductino or sexual reproduction, and or if its in a eukaryotic are prokaryotic cell or organism.
Suck it
The number of separate organisms has increased.
Protein is the nutrient that is essential for cellular construction, reproduction, and maintenance. Proteins are used to build tissues, enzymes, hormones, and other molecules necessary for various cellular functions.
cellular reproduction
The science of cellular reproduction revolves around two kinds of division mechanisms - mitosis and meiosis. For any form of life to sustain and evolve, cellular reproduction plays a pivotal role. There are numerous resources that can be leveraged to gain more knowledge on cellular reproduction. These resources may include local pubic libraries in the neighborhood carrying books and articles on cellular reproduction and online resources such as Wikipedia. Cell Biology also called Cytology can be used for narrowing down the scope of learning.
protein
sexters
The Golgi apparatus plays a role in cellular reproduction by packaging and sorting proteins and lipids that are essential for cell division. It is responsible for producing vesicles that transport these molecules to different parts of the cell, including the nucleus and cell membrane, to support cell reproduction.
It could be for reproduction or growing, it depends on what organism it is.
cellular differentiation
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Of course it is a method. It forms identical cells
meiosis :)
No, it is the process of cellular reproduction of sex cells