Cytokinesis in plant cells is quite different from cytokinesis in animal cells. There is no cleavage furrow in plant cell division. Instead, vesicles produced by the Gogli apparatus line up at the center of the plant cell during telophase. These vesicles, containing phospholipids, fuse together and create a cell plate. The cell plate continues to elongate and fuses with the wall of the parent cell. At the end of cytokinesis in plants, the products are two new daughter cells, each with a nucleus and cell wall.
To determine whether the cells depicted are plant or animal cells in mitosis, one can look for specific characteristics. Animal cells typically exhibit a cleavage furrow during cytokinesis, where the cell membrane pinches inward. In contrast, plant cells form a cell plate that develops into a new cell wall. If the cells show a cleavage furrow, they are likely animal cells; if they show a cell plate, they are plant cells.
Cells treated with chemicals that block cytokinesis will likely have multiple nuclei within a single cell, giving them a polyploid appearance. This will result in enlarged cells with irregular shapes and sizes due to the failure of cell division. Over time, these cells may undergo cell death or develop abnormalities.
fIRST LOOK AT THE SHAPE. bACTERIA TEND TO HAVE A BLOB LIKE STRUCTURE. aND pLANT CELLS HAVE RIGID, RECTANGLE LIKE CELL WALLS. nEXT LOOK AT THE NUCLEUS... bACTERIS HAVE NO NUCLEUS, JUST A SET OF CHROMOSOMES. pLANt CELLS HAVE nUCLEUS WHICH YOU CAN EASILY TELL IF IT'S THERE. LASTLY LOOK AT COLOUR, pLANT CELLS USUALLY TEND TO BE GREEN BECAUSE THEY HAVE CHLOROPLASTS THAT TAKE UP MOST OF THE SPCE IN THE CELLL MAKING IT GREEN.
Bacteria cells are prokaryotic and lack a nucleus or membrane-bound organelles, unlike plant and animal cells which are eukaryotic. Bacteria cells are typically smaller and simpler in structure compared to the more complex plant and animal cells. Additionally, bacteria cells have a cell wall made of peptidoglycan, while plant cells have a cell wall made of cellulose and animal cells do not have a cell wall.
Plastids are double-membrane organelles found in plant cells. They vary in shape, ranging from spherical to elongated structures. Plastids can also have distinct internal structures and pigments, such as chloroplasts which contain chlorophyll for photosynthesis.
In Plant cell the spindle formation is without astral rays where as in animal cells astral rays are visible on both sides of the spindle. Also cytokinesis in plant cell takes place mostly by cell plate formation whereas in animal cells it is furrowing.
To determine whether the cells depicted are plant or animal cells in mitosis, one can look for specific characteristics. Animal cells typically exhibit a cleavage furrow during cytokinesis, where the cell membrane pinches inward. In contrast, plant cells form a cell plate that develops into a new cell wall. If the cells show a cleavage furrow, they are likely animal cells; if they show a cell plate, they are plant cells.
Cells treated with chemicals that block cytokinesis will likely have multiple nuclei within a single cell, giving them a polyploid appearance. This will result in enlarged cells with irregular shapes and sizes due to the failure of cell division. Over time, these cells may undergo cell death or develop abnormalities.
rigid, kinda like the sun or a sun flower. they are only on plant cells
there is moving bubbles that look like snake skins like a cell
they are different because they are
plant cells store food in the plant and animals look for food to eat
you have to zoom in really close to the cell...plant! but you cant just get a magnifying glass, u have 2 get like a microscope and look at a sertain spot!
fIRST LOOK AT THE SHAPE. bACTERIA TEND TO HAVE A BLOB LIKE STRUCTURE. aND pLANT CELLS HAVE RIGID, RECTANGLE LIKE CELL WALLS. nEXT LOOK AT THE NUCLEUS... bACTERIS HAVE NO NUCLEUS, JUST A SET OF CHROMOSOMES. pLANt CELLS HAVE nUCLEUS WHICH YOU CAN EASILY TELL IF IT'S THERE. LASTLY LOOK AT COLOUR, pLANT CELLS USUALLY TEND TO BE GREEN BECAUSE THEY HAVE CHLOROPLASTS THAT TAKE UP MOST OF THE SPCE IN THE CELLL MAKING IT GREEN.
fIRST LOOK AT THE SHAPE. bACTERIA TEND TO HAVE A BLOB LIKE STRUCTURE. aND pLANT CELLS HAVE RIGID, RECTANGLE LIKE CELL WALLS. nEXT LOOK AT THE NUCLEUS... bACTERIS HAVE NO NUCLEUS, JUST A SET OF CHROMOSOMES. pLANt CELLS HAVE nUCLEUS WHICH YOU CAN EASILY TELL IF IT'S THERE. LASTLY LOOK AT COLOUR, pLANT CELLS USUALLY TEND TO BE GREEN BECAUSE THEY HAVE CHLOROPLASTS THAT TAKE UP MOST OF THE SPCE IN THE CELLL MAKING IT GREEN.
First of all, a scientist would look at the cell of the organism. Plant cells have thick cell walls surrounding their membrane and typically have a large central vacuole and chloroplasts while animal cells lack chloroplasts, cell walls, and vacuoles. Another difference is that during mitosis, The Golgi Body disappears for most of the process in animal cells, but curiously remains present the entire process in plant cells. In addition, cytokinesis is different in both types of cells and plant cells do not use centrioles during mitosis.
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