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Can Animals Have Chloroplasts. See elysia chlorotica whose cells actively take up chloroplasts and use them, and keep them alive (though not replicating). Chloroplasts are one of the many unique organelles in the body, and are generally considered to have originated as endosymbiotic cyanobacteria. Like mitochondria, chloroplasts have their own dna. Chloroplasts are a type of plastid, distinguished by their green color, the result of specialized chlorophyll pigments.
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Both plants and animals have chloroplasts. Their digestive cells then hold on to the photosynthetic parts rather than breaking them down. Although they may obtain their sugars in different ways, both consumers and producers rely on cellular respiration to make atp. Why don�t animal cells have chloroplasts? And i started wondering about animals with chloroplasts and started looking around the internet for stuff like that and everyone told me it wasn�t possible but then i found this: Assuming that chloroplasts could invade anything (and they can�t), you could write that the animals� skin would turn green and they would no longer need to breath in oxygen because the chloroplasts in their cells would produce oxygen by the process of photosynthesis using (1) the carbon dioxide that animal cells naturally produce, (2) water, and (3) the sunlight that penetrates into their.
Animal cells don�t have chloroplasts because animals aren�t green plants.
You know this because you have to eat. It lets them photosynthesise and nicks the sugars that they produce. They directly or indirectly depend on plant for food. Chloroplast are found in plant cells and they are used to make food for the plant through photosynthesis. Chlorotica can go longer without eating algae than any others. In fact, many animals have done exactly this.
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Why don�t animal cells have chloroplasts? There is an exception to this, however. So there are animals that trick plants out of their chloroplasts. Yes i just now corrected my answer thank you jasmine51305 jasmine51305 Chloroplast are found in plant cells and they are used to make food for the plant through photosynthesis.
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See elysia chlorotica whose cells actively take up chloroplasts and use them, and keep them alive (though not replicating). What if animals and humans could be engineered to have chloroplasts and could then use photosynthesis? Plant cells have some specialized properties that make them distinct from animal cells. You can reuse this answer creative commons license ios; Their digestive cells then hold on to the photosynthetic parts rather than breaking them down.
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Assuming that chloroplasts could invade anything (and they can�t), you could write that the animals� skin would turn green and they would no longer need to breath in oxygen because the chloroplasts in their cells would produce oxygen by the process of photosynthesis using (1) the carbon dioxide that animal cells naturally produce, (2) water, and (3) the sunlight that penetrates into their. One species of sea slug has found a way to steal chloroplasts, store them in glands lining its digestive tract, and live on the sugar that is produced (milius, 2010). There is an exception to this, however. Assuming that chloroplasts could invade anything (and they can�t), you could write that the animals� skin would turn green and they would no longer need to breath in oxygen because the chloroplasts in their cells would produce oxygen by the process of photosynthesis using (1) the carbon dioxide that animal cells naturally produce, (2) water, and (3) the sunlight that penetrates into their. Although they may obtain their sugars in different ways, both consumers and producers rely on cellular respiration to make atp.
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They do this by eating algae or cyanobacteria. Harsh nov 14, 2015 that�s because animals are heterotrophic , they cannot prepare their own food. In plants, choloroplasts occur in all green tissues. The discovery that some animals have found ways to feed off the sun’s energy has led to the intriguing idea is that humans could one day do the same. Plants have chloroplasts to make their own food, and they do this by photosynthesis.
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Plants have mitochondria, while animals do not. Although they may obtain their sugars in different ways, both consumers and producers rely on cellular respiration to make atp. The next time you feel hungry on a sunny day stand outside in the sunlight for a few minutes. They directly or indirectly depend on plant for food. In the laboratory, they have even been shown to grow at 15 cm a year!
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Chloroplast are found in plant cells and they are used to make food for the plant through photosynthesis. You can reuse this answer creative commons license ios; Plants have mitochondria, while animals do not. Chloroplasts are one of the many unique organelles in the body, and are generally considered to have originated as endosymbiotic cyanobacteria. One species of sea slug has found a way to steal chloroplasts, store them in glands lining its digestive tract, and live on the sugar that is produced (milius, 2010).
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So there are animals that trick plants out of their chloroplasts. A little freshwater jellyfish called hydra pinches chloroplasts out of green algae and keeps them in its own gut. Plant cells have some specialized properties that make them distinct from animal cells. In the laboratory, they have even been shown to grow at 15 cm a year! Chloroplasts are the remnants of a free.
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You can test this yourself, as humans are animals and therefore made of animal cells. Chlorophylls or chloroplasts are never found in animals. Assuming that chloroplasts could invade anything (and they can�t), you could write that the animals� skin would turn green and they would no longer need to breath in oxygen because the chloroplasts in their cells would produce oxygen by the process of photosynthesis using (1) the carbon dioxide that animal cells naturally produce, (2) water, and (3) the sunlight that penetrates into their. Yes i just now corrected my answer thank you jasmine51305 jasmine51305 Different types of specialized cells are found in different tissues and have features relative to their function e.g.
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It’s easy to tell if an organism contains chloroplasts because it will be green in color. But both plant and animal cells have mitochondria. Plants have mitochondria, while animals do not. Assuming that chloroplasts could invade anything (and they can�t), you could write that the animals� skin would turn green and they would no longer need to breath in oxygen because the chloroplasts in their cells would produce oxygen by the process of photosynthesis using (1) the carbon dioxide that animal cells naturally produce, (2) water, and (3) the sunlight that penetrates into their. None, as animals do not have chloroplasts choose the best explanation as to why both consumers and producers perform cellular respiration.
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Chloroplasts are organelles, or small, specialized bodies in plant cells that contain chlorophyll and help with the process of photosynthesis. The animals that perform photosynthesis contain captured chloroplasts or living algae containing chloroplasts inside their body. A little freshwater jellyfish called hydra pinches chloroplasts out of green algae and keeps them in its own gut. The animals need only direct light and carbon dioxide and have the ability to live healthily for months, often getting most of their energy from photosynthesis. Chlorophylls or chloroplasts are never found in animals.
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No only plants have chloroplasts, animals get sugar from the food they eat so they don�t need them just a mitochondria. Even in animals like sea slugs that can keep chloroplasts in their own cells, these cell parts have to be refilled from time to time. Starting in 2007, pierce and his colleagues, as well as another team, found. They directly or indirectly depend on plant for food. Yes i just now corrected my answer thank you jasmine51305 jasmine51305
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