No.
This is because consumers do not synthesize organic compounds from inorganic compounds such as carbon dioxide and water. Producers do that.
Chloroplasts are involved in photosynthesis, which is one process by which glucose may be synthesized from carbon dioxide and water. All chloroplasts are found in producers.
No, consumer organisms (herbivores) only eat the producer plants (green plant material). The consumer only gains energy form the producer things like chloroplasts are just digested and not transferred into the cells of the consumer.
Chloroplasts are NOT found in animals. Chloroplasts are found in most (but not all) plants and some protists.
it can be found only in the plant cell....who inturn use for for photosynthesis- a process by which plants make food using sunlight and oxygen.The chlorophyll is green in colour (it sis a green pigment giving the leafs the green colour) and it absorbs the sunrays to make food.
A toch of A smile-The chlorophyll in plants cells is the food taste maker like salt is for human food.
hope it helped,
Malavika Anoop
(malavikaanoop@Yahoo.com)
No, animal cells do not have chloroplasts. That is found in plant cells.
Some parenchyma contain chloroplasts, especially in leaves and in the outer parts of herbaceous stems. Such photosynthetic parenchyma tissue is called chlorenchyme.
no. it is found in plant cells.
chloroplasts are used to make energy for the plant cell and the plant.
Chloroplasts are present in plant cell cytoplasm and in some of the protists cells.
Chloroplasts are found in the cells of young stems and immature fruits, leaves are the real photosynthetic factories of the plant.
Chloroplasts are present only in plant cells.
Well humans do not have chloroplasts. Chloroplasts only show up in plant cells as chloroplasts are for obtaining energy from sunlight through photosynthesis. No animal is able to do this as chloroplasts are not present in animal cells.
Cell Wall and Chloroplasts
Parenchyma cells.These are present in roots and stem and stores water and nutrients.
You can find parenchyma cells throughout a plant.
parenchyma
Chrolenchyma 1) In leaves and tender stems, parenchyma cells may contain chloroplast and in such case a parenchyma is called chlorenchyma. Aerenchyma 1) In aquatic plants, fairly large air cavities are present between the parenchyma cells; such a parenchyma is called aerenchyma.
Chloroplasts are present in plant cell cytoplasm and in some of the protists cells.
Chloroplasts are present only in plant cells.
Chloroplasts are found in the cells of young stems and immature fruits, leaves are the real photosynthetic factories of the plant.
Well humans do not have chloroplasts. Chloroplasts only show up in plant cells as chloroplasts are for obtaining energy from sunlight through photosynthesis. No animal is able to do this as chloroplasts are not present in animal cells.
A parenchyma cell is the most common type of plant cell. It stores starch, oils, and water for the plant. You can find parenchyma cells throughout a plant. These cells have thin walls and large water-filled vacuoles in the middle. Photosynthesis occurs in green chloroplasts within parenchyma cells in leaves. Both chloroplasts and colorless plastids in parenchyma cells within roots and stems store starch. The flesh of many fruits we eat is also made of parenchyma cells. Parenchyma cells are sometimes thought of as the least specialized of plant cells, but they have one very special trait, the ability to divide throughout their entire lives. Oh, the parenchyma cell, as it says at the top of this answer, "is the most common type of a plant cell..." well, what are the other cells, I'll tell ya', a parenchyma cell is one of three of the basic plant cell types, along with collenchyma and sclerenchyma, you should check them out, as they are cousins in this topic.
Cell Wall and Chloroplasts
The answer is Chloroplasts Energy enters the food chain through the chloroplasts. Chloroplasts don't exist in animal cells; they are present only in plants and some protists.
In cells where they are present chloroplasts look like small green dots inside the cell when viewed with a microscope.