Chloroplast are found in plant cells and use the sunlight to break down carbon dioxide and water into oxygen, glucose and water.
Mitochondria is found in animal cells and breaks down glucose and oxygen into carbon dioxide, heat energy and water.
Mitochondria produce ATP using glucose. Chloroplast produce glucose using solar energy
Symbiosis interaction between two or more different biological species. Both mitochondria and chloroplasts can arise only from preexisting mitochondria and chloroplasts. Therefore this notion is not factual.
Both mitochondria and chloroplasts are organelles. Mitochondria are used in cellular respiration and chloroplasts are used in photosynthesis. Photosynthesis and cellular respiration are opposite processes. Both are believed to have evolved from a living single celled bacteria that was engulfed by an early form of a plant or animal cell. Therefore, both mitochondria and chloroplasts have their own DNA. Furthermore, they both have free ribosomes. NOTE! they both DO NOT have 2 membranes. chloroplasts have 3 membranes
They both have their own DNA. In addition, it has been observed that they divide on their own during cell division. They also both have two membrane as opposed to one membrane in rest of the organelles (except for the nucleus). They are also similar because they are both Organ cells.
Chloroplasts and mitochondria both create ATP. Chloroplasts use sunlight, glucose, and carbon dioxide to create ATP, and the process also creates oxygen. Mitochondria use oxygen and glucose to create ATP, and the process creates carbon dioxide. Plant cells contain both chloroplasts and mitochondria, but animal cells contain only mitochondria.
nucleus- brain cytoplasm- blood cell membrane- bones cell wall- skin chloroplasts- hands mitochondria- lungs vacuole- stomach chromosomes- veins
Chloroplasts consume energy to produce glucose. Mitochondria liberate energy by burning the glucose. That means there is biological reduction in chloroplasts and biological oxidation in mitochondria.
Yes, chloroplasts, like mitochondria, contain ribosomes.Chloroplasts also contain DNA, and synthesize messenger RNA by transcription. Polypeptides are formed at the ribosomes.These ribosomes are more or less like those of modern prokaryotic cells; this is one of the facts that supports the theory that chloroplasts and mitochondria evolved from ancestral free-living prokaryotic organisms.
Well, I know that in mitochondria, protons are pumped from the matrix to the intermembrane space; however, in chloroplasts, protons are pumped from the stroma to the thykaloid space.I am not sure if that is the only difference, though ^^'
Symbiosis interaction between two or more different biological species. Both mitochondria and chloroplasts can arise only from preexisting mitochondria and chloroplasts. Therefore this notion is not factual.
Chloroplasts use visible light to fix carbon (obtained from carbon dioxide) into sugars. They are found in plants as well as small organisms.Mitochondria break down simple sugars into carbon dioxide and create energy in the form of ATP and NADPH.the mitochondria change chemical energy stored in food into compounds that are more convenient for the cell to use while the chloroplast is the only organelle that can trap the energy of sunlight and convert it into chemical energy.
Both mitochondria and chloroplasts are organelles. Mitochondria are used in cellular respiration and chloroplasts are used in photosynthesis. Photosynthesis and cellular respiration are opposite processes. Both are believed to have evolved from a living single celled bacteria that was engulfed by an early form of a plant or animal cell. Therefore, both mitochondria and chloroplasts have their own DNA. Furthermore, they both have free ribosomes. NOTE! they both DO NOT have 2 membranes. chloroplasts have 3 membranes
The Difference: the major difference between chloroplast and mitochondria is that the latter contains thylakoid membrane and pigment molecules, whereas the mitochondria membranes contain respiratory enzymes not found in chloroplast membrane. Similarities: They both are the main powersource of the organism.(Mitochondria producing ATP through the krebs cycle and chloroplast uses photosynthesis to produce glucose.)
Photosynthesis makes glucose molecules, but cellular respiration breaks them down.
Tunica adventitia is poorly developed in arteries then in veins
cell wall, central vacuole, and chloroplasts
Mitochondria and chloroplasts have their own DNA
They both have their own DNA. In addition, it has been observed that they divide on their own during cell division. They also both have two membrane as opposed to one membrane in rest of the organelles (except for the nucleus). They are also similar because they are both Organ cells.