In animal cells,centrioles self replicate,plant cells do not have centrioles Animal cells form asters,plant cells do not Cytokinesis is done by cleavage furrowing in animal cells while plant cells form a cell plate
Plant cell division is like animal cell division in all other aspects, but unlike animal cell, a plant cell lacks centriole, by which spindle fibre produce during metaphase stage. But in plant cell, spindle fibre are produced from protein rich material, i.e. the pole.
In both plant and animals, the daughter cells are genetically identical to the original cell =]
It differs during cytokenisis, the splitting of the cell. In animal cells the two new nuclei go to opposite sides of the cell and a microfiliment is pulled tight around the cell until it is so tight that it cuts it in half. In plant cells a new cell wall is created in between the two nuclei. During nuclear division in animal cells centrioles are visible and cytokinesis is os furrowing type. In plants centrioles are not seen during nuclear division and cytokinesis is achieved by cell plate formation.
Centrioles are typically found in animal cells but are rare in plant cells. Plant cells use structures called microtubule-organizing centers instead of centrioles to organize their cytoskeleton and function during cell division.
Centrioles are a structure found in animal cells that are not present in plant cells. These structures are involved in organizing the spindle fibers during cell division. Plant cells have structures called centrosomes that function similarly to centrioles in animal cells.
Plant cells have cell walls, large central vacuoles and photosynthetic chloroplasts. Animal cells have no cell wall, but they do have lysosomes and centrioles which emanate the microtubules during nuclear division.
the main difference is that animal cells have centrolls that help in the process of division and plants do not.
Plant cell division is like animal cell division in all other aspects, but unlike animal cell, a plant cell lacks centriole, by which spindle fibre produce during metaphase stage. But in plant cell, spindle fibre are produced from protein rich material, i.e. the pole.
with cell wall plant have but animal not
It differs during cytokenisis, the splitting of the cell. In animal cells the two new nuclei go to opposite sides of the cell and a microfiliment is pulled tight around the cell until it is so tight that it cuts it in half. In plant cells a new cell wall is created in between the two nuclei. During nuclear division in animal cells centrioles are visible and cytokinesis is os furrowing type. In plants centrioles are not seen during nuclear division and cytokinesis is achieved by cell plate formation.
Cell division in animals take place by furrowing whereas in plants it is achieved by cell plate formation.
Centrosomes are found in animal cells. They play a crucial role in cell division by organizing the microtubules that form the mitotic spindle. Plant cells do not have centrosomes but use other mechanisms to organize their microtubules during cell division.
Plant cells have cell walls (cellulose), sap vacuoles, endoplasmic reticulums & plastids (chloroplats, leucoplasts, etc.) which amimal cells don't have. Animal cells have centrioles for cell division which plant cells don't have.
In plant cells, a cell plate is formed during cytoplasmic division (cytokinesis) to separate the two daughter cells. This process differs from animal cells where a cleavage furrow forms during cytokinesis to physically pinch the cell in two.
In both plant and animals, the daughter cells are genetically identical to the original cell =]
It differs during cytokenisis, the splitting of the cell. In animal cells the two new nuclei go to opposite sides of the cell and a microfiliment is pulled tight around the cell until it is so tight that it cuts it in half. In plant cells a new cell wall is created in between the two nuclei. During nuclear division in animal cells centrioles are visible and cytokinesis is os furrowing type. In plants centrioles are not seen during nuclear division and cytokinesis is achieved by cell plate formation.
It differs during cytokenisis, the splitting of the cell. In animal cells the two new nuclei go to opposite sides of the cell and a microfiliment is pulled tight around the cell until it is so tight that it cuts it in half. In plant cells a new cell wall is created in between the two nuclei. During nuclear division in animal cells centrioles are visible and cytokinesis is os furrowing type. In plants centrioles are not seen during nuclear division and cytokinesis is achieved by cell plate formation.