Yes it found in both. It is needed for respiration.
The fundamental difference between plant cells and animal cells is that plant cells have much larger vacuoles, possess chloroplasts, and have a cell wall as opposed to a cell membrane. Animal cells do not need these things for the simple fact that they can't convert solar energy into chemical energy and don't need that much water to survive.
Yes, as vesicles are used to transport packaged material withing the cell and between cells and other parts of animal bodies. Modified and vesicle packaged proteins, shipped from the Golgi, are examples of vesicle use.
The cell organelle found in plant cells but not in animal cells is the chloroplast. Chloroplasts are responsible for photosynthesis, allowing plants to convert sunlight into energy. They contain chlorophyll, which gives plants their green color and plays a crucial role in capturing light energy. This organelle is essential for plant life but is absent in animal cells, which obtain energy through other means.
Mitochondria are not natively part of an organism - animal or plant. They were a symbiotic invasion very early in evolution. They are living things, respire and consume energy, and have their own DNA. The MtDNA as it is known, is constructed from maternal material, and thus it consists of your mother's MtDNA, and this genetic marker has been of great value in tracing lineage over evolutionary ranges. But their importance is that they enhance the ATP energy producing reaction in the body. [I understand that there is a 'native' ATP process available but much less efficient then that of the Mitochondria. But I'm not a biochemist. ]
Mitosis occurs in the apical meristems of a plant, which are regions of actively dividing cells located at the tips of roots and shoots. This process is essential for growth, repair, and development of the plant.
The fundamental difference between plant cells and animal cells is that plant cells have much larger vacuoles, possess chloroplasts, and have a cell wall as opposed to a cell membrane. Animal cells do not need these things for the simple fact that they can't convert solar energy into chemical energy and don't need that much water to survive.
They are almost in every plant cell.They are distinct in eukariyotes.
Yes, as vesicles are used to transport packaged material withing the cell and between cells and other parts of animal bodies. Modified and vesicle packaged proteins, shipped from the Golgi, are examples of vesicle use.
plant cells have a cell wall which animal cells don't have and the plant cell has a large vacuole. refer to wikipedia for more.
Plant is depicted in the cells by the plant do not have nucleus and a animal cells do. During mitosis many phases are explained. and so on and so fort.
They both grow.They both rely for energy on the the sun.They both need water to survive.They both use the nutrients from the minerals of the Earth.They both need oxygen to grow and survive.They both have a similar system of DNA to plan and map their existence.Plants can temporarily survive without oxygen, and the also need Carbon.
The cell organelle found in plant cells but not in animal cells is the chloroplast. Chloroplasts are responsible for photosynthesis, allowing plants to convert sunlight into energy. They contain chlorophyll, which gives plants their green color and plays a crucial role in capturing light energy. This organelle is essential for plant life but is absent in animal cells, which obtain energy through other means.
it depends, i did a cell city on a plan cell
A bacteria is a bacteria cell and has several differences between an animal and a plant cell. Prokaryotic cells have no nucleus Since it has no nucleus, it has free floating chromosome/s It has no mitochondria as well as no membrane-bound organelles except ribosomes which are smaller in bacteria Bacteria commonly have pili or flagellum, however it is rare to see an animal cell with one, with the exception of some such as in the stomach or sperm Everything in a bacterium is enclosed in the main cell membrane. It comes under the domain; Bacteria and is its own category.
a cell wall and chloroplasts.
Mitochondria are not natively part of an organism - animal or plant. They were a symbiotic invasion very early in evolution. They are living things, respire and consume energy, and have their own DNA. The MtDNA as it is known, is constructed from maternal material, and thus it consists of your mother's MtDNA, and this genetic marker has been of great value in tracing lineage over evolutionary ranges. But their importance is that they enhance the ATP energy producing reaction in the body. [I understand that there is a 'native' ATP process available but much less efficient then that of the Mitochondria. But I'm not a biochemist. ]
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