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The fate of defective or malfunctioning organelles in cells is normally decomposition. An organelle in the cell normally destroys non working organelles and then the cell creates a new one or dies.

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Is differentiation the process by which unspecialized cells become specialized?

Yes, differentiation is the process by which unspecialized cells, known as stem cells, undergo specific changes to become specialized cells with specific functions in the body. This process involves the activation and repression of certain genes to determine the cell's fate and function.


What technique will help you trace the developmental pathway of an embryo?

Embryo tracing techniques involve labeling cells with dyes, fluorescent proteins, or genetic markers to track their movements and differentiation over time. This can allow researchers to understand the developmental pathway of an embryo by observing the fate of labeled cells as they give rise to different tissues and structures.


What is the fate of the three tiny cells produced during oogenesis and why?

In order to increase genetic variance both egg and sperm undergo meiosis, which results in 4 cells. In oogenesis most of the cells cytoplasm is conserved by one cell known as the ovum. This increases the chance of fertilization and survival of the egg. The remaining three cells are the byproducts of meiosis and are known as polar bodies. They are eventually degraded.


What is the fate of the three tiny cells produced in oogenesis?

The three tiny cells produced in oogenesis are called polar bodies. They do not develop into viable eggs and typically degenerate. Their main purpose is to assist in the distribution of cytoplasm to the developing egg cell.


Differentiation of cells during development is directly related to the function of?

Differentiation of cells during development is directly related to the function of specific genes that are activated or suppressed. This process ensures that cells become specialized for particular functions by expressing specific proteins and acquiring unique structures. The pattern of gene expression in a cell determines its fate and function in the organism.

Related Questions

How do embryonic cells acquire their fate?

the fate of embryonic cells is in the hands of genes. they are responsible for the embryonic cells differentiation. if clitoris develops, penis is formed and male is produced. if clitoris is suppressed, vagina is formed and female is produced.


Which of the following is not a possible fate of the glucose which is taken into cells?

Oxidation to pyruvate via gluconeogenesis


If the whit blood cells are not able to stop invading pathogens?

A run away infection. Such is the fate of untreated AIDSvictims.


What is an example of a rhyme that plays with the order of syllables?

breakwater, later wake blueberry, very true


What illustrates the idea that the fate of a cell is a direct result of its position?

The clearest example of this idea is in embryonic development, where cells differentiate into specific types based on their location in the developing organism. This process, known as cellular differentiation, determines the fate of each cell based on signals from neighboring cells and its position within the developing structure.


When was Fate - Fate album - created?

Fate - Fate album - was created in 1985.


What wpuld happen to a cell of a colonial organism if you separated it from other cells?

It would,simply just die in fate and the others would get infected


Is differentiation the process by which unspecialized cells become specialized?

Yes, differentiation is the process by which unspecialized cells, known as stem cells, undergo specific changes to become specialized cells with specific functions in the body. This process involves the activation and repression of certain genes to determine the cell's fate and function.


What technique will help you trace the developmental pathway of an embryo?

Embryo tracing techniques involve labeling cells with dyes, fluorescent proteins, or genetic markers to track their movements and differentiation over time. This can allow researchers to understand the developmental pathway of an embryo by observing the fate of labeled cells as they give rise to different tissues and structures.


How many fate games are there?

There are currently 3: Fate, Fate: Undiscovered Realms, and Fate: The Traitor Soul.


Stem cells are importatt the body why?

stem cell are master cell. IE. they are further differentiated into different type of cell. Their fate is to form different type of blood cells and immune system cells stem cells are undifferentiated cells that can change into the cells where they are needed. loads of cells die everyday and stem cells are used to replace them. there is now a treatment for all kinds of diseases where the body is to damaged to replace the cells. so a laboratory grows the stem cells and it is injected.


What is the fate of the three tiny cells produced during oogenesis and why?

In order to increase genetic variance both egg and sperm undergo meiosis, which results in 4 cells. In oogenesis most of the cells cytoplasm is conserved by one cell known as the ovum. This increases the chance of fertilization and survival of the egg. The remaining three cells are the byproducts of meiosis and are known as polar bodies. They are eventually degraded.