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Muscular System(:
Mitochondria
Mitochondria depend on their own DNA to replicate and their outer membrane for communication with the rest of the cell. They also rely on proteins imported from the cytoplasm to carry out their various functions, such as energy production.
Some unicellular organisms called Archaea do not have mitochondria and rely on other cellular processes to generate energy. Additionally, some parasitic or symbiotic organisms may lack mitochondria as they obtain energy from their host.
The muscle type responsible for body movements is skeletal muscle. This type of muscle is under voluntary control (unlike cardiac and smooth muscle) meaning that we can consciously control the movements we make. The specific skeletal muscle responsible for movement will depend on what movement is being made.
Mitochondria are the cell structures (organelles) which are responsible for releasing energy from glucose (sugar) in a cell. The number of mitochondria in a cell will depend on how much energy that cell needs. Skin cells basically form a protective layer on the body. They are produced by a layer of cells beneath the skin which divide to produce new cells. The cells above get pushed gradually to the surface. As this happens they become waterproofed by filling with a substance called keratin, and gradually die. So the surface layers of your skin (the bits you can see and touch) are in fact dead cells! As they are dead, they do not need any energy. Cardiac cells are muscle cells found in the heart. Their function is to repeatedly contract, providing the heart with the ability to pump blood around the body. So they will need a continuous supply of energy. If you have read this far, you should now be able to work out which kind of cell has the most mitochondria.
Some examples of organisms that do not depend on mitochondria for survival are hydrogenosomes-containing organisms such as some anaerobic protists, fungi, and unicellular eukaryotes. These organisms use hydrogenosomes to generate energy in the absence of mitochondria. Additionally, some parasitic microorganisms lack functional mitochondria and rely on their host's cellular machinery for survival.
Lymph transport depends on the movement of adjacent tissues, such as skeletal muscles.
You would have to discus it with a cardiac specialist but it would depend on the severity of the angina attacks .
Aside from the large number of 'support enzymes' that keep the mitochondria working that in turn depend upon the Atp output of same, oxygen and fuel are essential.
Chloroplasts depend on products such as ATP (adenosine triphosphate) and carbon dioxide released by mitochondria as a result of cellular respiration. These products are essential for the process of photosynthesis within the chloroplasts to produce glucose and oxygen.
The outcome of the cardiac rehabilitation program depends on a number of variables, including patient follow-through, type and degree of heart disease, and the availability of an adequate support network for the patient.