Yes, mitochondria have dissimilar DNA to nuclear DNA. That is because mitochondria arose endosymbiotically as an invasion of an early eukaryotic (nucleated) cell by a purple bacterium in a relationship which was subsequently symbiotic. Many mitochondrial substances are encoded for by the mitochondrial DNA. Some others important to mitochondrial function are also encoded by nuclear DNA. But yes, the mitochondrion would have to carry out its own transciption to make the products it itself coded for. As the mitochondrion was once an autonomous bacterium (way back in Cambrian or Precambrian times), its genome would be different to the actual genome of the organism's cell (in the nucleus) in which it resides. And thus for the large part it would function utterly independently. But there may be inteferences that evolved over the billions of years since the system's origin. As I said the nucleus itself encodes for at least some products essential to mitochondrial function.
Yes, the mitochondrion works closely with the endoplasmic reticulum to exchange materials for various cellular functions. The endoplasmic reticulum is responsible for protein and lipid synthesis, while the mitochondrion produces energy in the form of ATP. They have different structures and functions but collaborate to support the cell's activities.
Mitochondrion is singular, mitochondria is the plural form. So the question should be written "What does a mitochondrion do" or "What do mitochondria do". The primary function of mitochondria is the production of ATP via the Krebs Cycle; basically, the mitochondria are where we turn sugar into energy. They have several other functions as well.
Yes,mitochondria have their own DNA.So they replicate themselves.
The mitochondrion functions similarly for both plant cells and animal cells, producing the ATP used for energy. It can be considered the cell's power plant.
No, functional strategy cannot be formulated independently of other functions. Functional strategies need to be aligned with overall business strategy and coordinated with other functions to ensure that they work together towards achieving organizational goals effectively. Collaboration and alignment between functions are crucial for the successful implementation of functional strategies.
Yes, the mitochondrion works closely with the endoplasmic reticulum to exchange materials for various cellular functions. The endoplasmic reticulum is responsible for protein and lipid synthesis, while the mitochondrion produces energy in the form of ATP. They have different structures and functions but collaborate to support the cell's activities.
Mitochondrion is singular, mitochondria is the plural form. So the question should be written "What does a mitochondrion do" or "What do mitochondria do". The primary function of mitochondria is the production of ATP via the Krebs Cycle; basically, the mitochondria are where we turn sugar into energy. They have several other functions as well.
mitochondrion
Yes,mitochondria have their own DNA.So they replicate themselves.
Mitochondrion.
The mitochondrion functions similarly for both plant cells and animal cells, producing the ATP used for energy. It can be considered the cell's power plant.
All animals can independently perform basic functions necessary for survival, such as eating, moving, and reproducing.
Because mitochondrion are the powerhouses of the cell; they provide it with energy to move and perform functions.
Structures that are similar are called analogous structures. These structures may serve similar functions but have evolved independently in different species.
a chloroplast and a mitochondrion are alike because both make energy from sugar
No, functional strategy cannot be formulated independently of other functions. Functional strategies need to be aligned with overall business strategy and coordinated with other functions to ensure that they work together towards achieving organizational goals effectively. Collaboration and alignment between functions are crucial for the successful implementation of functional strategies.
The mitochondrion is where cellular respiration occurs, converting nutrients such as glucose into a usable form of energy called ATP through a series of biochemical reactions. This process plays a crucial role in generating energy for the cell to carry out its functions.