Chloroplasts cannot live on their own. They must have the cell they live in to survive. The theory is that endosymbiosis occurred millions of years ago, and the chloroplasts lost much of their self functioning genes to the host cell, depending instead on the cell to maintain life. They have become so specialized at their job within the cell, they are no longer able to support their own lives outside of it.
Mitochondria do contain DNA of their own but not all of the DNA necessary to self replicate; the host cell contains the rest of the DNA required in its' genome
Considering that most eukaryotic cells have mitochondria and that dinosaurs are eukaryotes like all other animals that ever lived, it is certain that they did have mitochondria in their cells. In fact, birds are considered dinosaurs (they certainly descended from dinosaurs) and their cells have mitochondria, so we can be as sure as scientifically possible that dinosaurs indeed did have mitochondria.
first mitochondria is an organism second a mitochondria can be in an animal cell
Mitochondria contains ribosomes in them.Those are produced by mitochondria.
Two of the cellular organelles that have their own DNA are chloroplast and a nucleus. The mitochondrion also have there own DNA.
The mitochondria - this is where ATP is created during respiration, and ATP 'powers' the cell.
They are not individual organisms.
Mitochondria is the only possible way in clinical studies.
Considering that most eukaryotic cells have mitochondria and that dinosaurs are eukaryotes like all other animals that ever lived, it is certain that they did have mitochondria in their cells. In fact, birds are considered dinosaurs (they certainly descended from dinosaurs) and their cells have mitochondria, so we can be as sure as scientifically possible that dinosaurs indeed did have mitochondria.
Mitochondria are organelles. They are much smaller than the cell they are in. Several mitochondria can easily fit in a cell without affecting the other organelles. In fact, they make life possible. Not because they produce ATP, but because they reside in the cells and communicate with the force.
No, it is not possible to photograph a culture, only objects that are expressive of some aspect of a culture. Culture is not a tangible object. It is a complex concept.
Yes, it is.
Cellular respiration occurs in the mitochondria.
If one person leaves a culture indefinitely, there will probably not be much if an effect on the culture. However, if there is a mass exodus off a particular culture then it is possible for the culture to become extinct.
The mitochondria.
Well mitochondria and other organells are not fixed objects, but if you are wondering about the amount it depends on if it is a eukariote cell or procariot or how much energy is needed for the cell at the moment, this is possible because the mitochondria like the nucleus has its own DNA
it made it possible for transportation
mitochondria