What types of cells have a lot of mitochondria Why?

What types of cells have a lot of mitochondria Why?

Some different cells have different amounts of mitochondria because they need more energy. So for example, the muscle has a lot of mitochondria, the liver does too, the kidney as well, and to a certain extent, the brain, which lives off of the energy those mitochondria produce.

Where are mitochondria found the most?

body cells Where are mitochondria found? Mitochondria are found in all body cells, with the exception of a few. There are usually multiple mitochondria found in one cell, depending upon the function of that type of cell. Mitochondria are located in the cytoplasm of cells along with other organelles of the cell.

What cells have a mitochondria?

Mitochondria are found in the cells of nearly every eukaryotic organism, including plants and animals. Cells that require a lot of energy, such as muscle cells, can contain hundreds or thousands of mitochondria. A few types of cells, such as red blood cells, lack mitochondria entirely.

Do prokaryotic cells have mitochondria?

Prokaryotes lack mitochondria and instead produce their ATP on their cell surface membrane.

Which cell has more mitochondria plant or animal?

Animal cells have more mitochondria than plant cells because. Get Answer to any question, just click a photo and upload the photo and get the answer completely free, UPLOAD PHOTO AND GET THE ANSWER NOW!

Do eukaryotes have mitochondria?

Mitochondria are the descendants of bacteria that settled down inside primordial eukaryotic cells, eventually becoming the power plants for their new hosts. Although mitochondria are a signature feature of eukaryotes, scientists have long wondered whether some of them might have gotten rid of the organelles.

What type of cells have mitochondria?

Mitochondria are found in the cells of nearly every eukaryotic organism, including plants and animals. Cells that require a lot of energy, such as muscle cells, can contain hundreds or thousands of mitochondria. A few types of cells, such as red blood cells, lack mitochondria entirely.

Is mitochondria prokaryotic or eukaryotic?

One of the major features distinguishing prokaryotes from eukaryotes is the presence of mitochondria. Mitochondria are double-membraned organelles that contain their own ribosomes and DNA.

Do muscle cells have the most mitochondria?

It takes place in the mitochondria and consumes oxygen. Due to their relatively high energy demand, muscle cells require a particularly high number of mitochondria compared to other cell types.

What kind of cells have mitochondria?

Mitochondria are found in the cells of nearly every eukaryotic organism, including plants and animals. Cells that require a lot of energy, such as muscle cells, can contain hundreds or thousands of mitochondria. A few types of cells, such as red blood cells, lack mitochondria entirely.

Do all eukaryotes have mitochondria?

"We now know that eukaryotes can live happily without any remnant of the mitochondria." Mitochondria are the descendants of bacteria that settled down inside primordial eukaryotic cells, eventually becoming the power plants for their new hosts.

Which type of cell would contain more mitochondria quizlet?

What type of cell is likely to have the most mitochondria? Cells that need to perform high amounts of work, such as muscle cells in the heart and legs, fat cells and liver cells.

Do all prokaryotic cells have mitochondria?

Prokaryotic cells are less structured than eukaryotic cells. They have no nucleus; instead their genetic material is free-floating within the cell. They also lack the many membrane-bound organelles found in eukaryotic cells. Thus, prokaryotes have no mitochondria.

What two types of cells would have more mitochondria than others?

Muscle cells have more mitochondria because muscles use mitochondria to produce energy which allows for movement. Fat cells have many mitochondria as well but fat cells store a lot of energy.

Why are there more mitochondria in a muscle cell?

Muscles require a large amount of energy to function. This is provided primarily by mitochondria in cells that consume a lot of energy. We therefore find more of these powerhouses of the cell in muscle cells than in other cell types with a lower metabolic rate.

Which cells would contain the most mitochondria quizlet?

What type of cell is likely to have the most mitochondria? Cells that need to perform high amounts of work, such as muscle cells in the heart and legs, fat cells and liver cells.

Which type of cells have mitochondria quizlet?

What types of cells contain mitochondria? Almost all eukaryotic cells such as protists, plants, fungi and animal cells contain mitochondria.

Why muscle cells have more mitochondria?

Muscles require a large amount of energy to function. This is provided primarily by mitochondria in cells that consume a lot of energy. We therefore find more of these powerhouses of the cell in muscle cells than in other cell types with a lower metabolic rate.

Which type of cells are mitochondria found in?

Mitochondria are found in the cells of nearly every eukaryotic organism, including plants and animals. Cells that require a lot of energy, such as muscle cells, can contain hundreds or thousands of mitochondria. A few types of cells, such as red blood cells, lack mitochondria entirely.

Do prokaryotes have mitochondria?

Prokaryotes lack mitochondria and instead produce their ATP on their cell surface membrane.

What type of cells need a large amount of mitochondria?

Tissues and organs that need a lot of energy have large numbers of mitochondria in their cells. For example, liver cells and muscle cells contain a lot of mitochondria. Muscle cells are assiciated with a large number of mitochondria as they require more ATP (energy) to function than other cells.

Where is mitochondria found prokaryotic or eukaryotic?

Mitochondria — often called the powerhouses of the cell — enable eukaryotes to make more efficient use of food sources than their prokaryotic counterparts. That's because these organelles greatly expand the amount of membrane used for energy-generating electron transport chains.