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Mitochondria is the only pleiomorphic cell organelle means it can change its shape. It not only change its shape but also can change its enfoldings i.e. cristae. Cristae bears alollypop like structures called Oxysomes or F1 particles. Oxysome is the site of oxidative phosphorylation. Hence, rate of ATP formation is directly proportional number of oxysomes altimately to mitochondrial inner folds. This change is very significant and necessary during active respiration.
Dr. Ravindra D. Dadke
Pune , Maharashtra ( India)
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What are five processes or products in which either respiration or photosynthesis is controlled and used to benefit mankind?
1. In a controlled photosynthesis pond algae can be used to break down organic wastes. 2. Cultivating algae to produce biofuel. 3. Carbon dioxide mitigation through controlled photosynthesis. 4. Surgery for the treatment of gas gangrene is performed under conditions of hyperbaric oxygen because the organisms causing it are anaerobic. Antibiotics and oxygen combine to kill them more effectively than antibiotics alone because they live only in the absence of oxygen. 5. Polymixins are antibiotics that work by inhibiting bacterial respiration. 6. Other classes of drugs work by uncoupling oxidative phosphorylation in aerobic bacteria.
What life processes requires specialized cells in multicellular organisms?
All of them actually, especially if we're talking about a complex organism such as an animal or advanced plant. Tissues (specialized cells organized in a group) perform specific functions for the benefit of the entire organism, so you need tissues for every metabolic funtion to sustain life and assure reproduction. This means digestion, respiration, circulation, endocrine, reproduction, integumentary systems, skeletal (in advanced animals) and anything else I may have forgotten!
What benefit do you get from the oxygen that the plant makes?
The benefit that we get from plants is the fact that they change carbon dioxide into oxygen. Of course, our bodies don't need pure oxygen, if we inhaled pure oxygen we would suffocate, but carbon dioxide is a waste product that our body creates that is completely useless to us.
What do you think will happen to an animal cell if its cell membrane burst would the same thing happen to a plant cell?
Plant cells already have a cell membrane, but without the support provided by the cell wall they would probably not be able to grow properly/survive. If animal cells had a cell wall they would lose the maneuverability that is vital for their survival. Having no cell wall increases the animal's ability to move. In summary - neither plants nor animals would benefit from this reversal. This is hypothetical question. The cell wall in plants and only cell membrane in animal cells have been provided by the nature after a long evolutionary process. Survival of the fittest is the rule of Nature.
How do living organisms gain and use mass through the processes of photosynthesis and respiration?
Living organisms gain mass through photosynthesis by converting carbon dioxide and water into glucose, which is stored as energy in the form of carbohydrates. This process requires sunlight and chlorophyll. Organisms then use this stored energy through respiration, where glucose is broken down to release energy for cellular functions, resulting in the production of carbon dioxide, water, and ATP.
Why did the large cells not destroy the small aerobic cells they engulfed?
The large cells did not destroy the small aerobic cells they engulfed because of a mutualistic relationship where both cells benefit from each other. The small aerobic cells provide energy in the form of ATP through aerobic respiration, benefiting the large cells by increasing their efficiency. In return, the large cells offer protection and a stable environment for the small aerobic cells to thrive.
How does aerobic exercise benefit the heart and lungs?
let it be
What can you benefit from riding bicycles?
You get some low-impact aerobic exercise.
Benefits of aerobic dancing?
One benefit of aerobic dancing is the workout you get from it. It helps burn calories and fat. Aerobic dancing also is great for flexibility, strength building, and improved endurance.
How is cellular respiration a benefit to plants?
Respiration benefits plants as it provides them with energy and nutrients, innit.
How does the human body benefit from respiration?
Respiration allows the body to take in Oxygen, a vital element in creating energy for the body.
Does home aerobic exercise equipment provide the same benefit as the more professional equipmet found in gyms?
Home aerobic equipment can give you the same quality of workout as the equipment found in a gym.
What are the three essential components for maximum benefit from aerobic exercise?
the three essential components are FREQUENCY, INTENSITY,AND DURATION
Does Exercise benefit the cardiovascular system?
Yes. Cardiac output is increased by any form of aerobic exercise.
How do humans manipulate the process of cell respiaratory to their benefit?
Humans manipulate the process of cellular respiration primarily through dietary choices and physical activity. By consuming carbohydrates, proteins, and fats, they provide the necessary substrates for ATP production, enhancing energy levels and metabolic efficiency. Additionally, exercise increases oxygen consumption and promotes the efficiency of aerobic respiration, leading to improved endurance and overall health. In medical contexts, understanding and influencing cellular respiration can aid in treating metabolic disorders and improving athletic performance.
What is the most important end product of respiration has the most greatest benefit to an organism?
ATP - Adenosine Triphosphate
What are some examples of aerobic exercise, and how can they benefit overall health and fitness?
Examples of aerobic exercise include running, cycling, swimming, and dancing. These activities can benefit overall health and fitness by improving cardiovascular health, increasing endurance, burning calories for weight management, and reducing the risk of chronic diseases like heart disease and diabetes.
