read 4.3 it in the first 2 paragraphs ^^
these are the 2 paragraphs scince she wont give them.
During anaphase in plant cells, a cellulose wall is laid down between the two new protoplasm masses, completing the final separation. In animal cells, the cytoplasm is divided somewhat differently. In animal cells, as the anaphase proceeds, a crease appears at the outer edges of the metaphase plate. This crease tightens inwardly, as if a belt were being drawn more and more tightly around it, until the cytoplasm has separated.
One other difference between animal cells and most typical plant cells may be cited. In animals the centers of the spindle fibers are formed around two small bodies in the cytoplasm, the centrioles. A pair of centrioles forms the organelle that you have learned about previously, called the centrosome. After division, the centrioles may persist and they divide in preparation for the next mitosis. Although centrioles are present in animals, none are known in higher plants.
The centrosome in animal cells typically contains a pair of centrioles, while plant cells do not have centrioles in their centrosomes. Additionally, plant cells have structures called microtubule organizing centers (MTOCs) that serve similar functions to centrosomes in animal cells.
centrioles are found at the center of the centrosome, which is an organelle found in animal cells. Centrioles help in cell division by organizing the spindle fibers that separate the chromosomes during mitosis.
No, aster is a structure found in animal cells during cell division to help organize the mitotic spindle. Plant cells do not have asters because they have a different mechanism for spindle organization during cell division.
Centrioles are typically found in animal cells, where they play a role in cell division by organizing the spindle fibers. Plant cells do not have true centrioles but instead contain structures called microtubule-organizing centers that perform similar functions.
Lysosomes, centrosomes, and flagella are present only in animal cells. Chloroplasts, the central vacuole, the cell wall, and plasmodesmata are found only in plant cells.
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.
Centrosomes with their centrioles and lysosomes for two things found in animal cells and not plant cells.
The centrosome in animal cells typically contains a pair of centrioles, while plant cells do not have centrioles in their centrosomes. Additionally, plant cells have structures called microtubule organizing centers (MTOCs) that serve similar functions to centrosomes in animal cells.
centrioles are found at the center of the centrosome, which is an organelle found in animal cells. Centrioles help in cell division by organizing the spindle fibers that separate the chromosomes during mitosis.
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The centrosomes and the lysosome organelles.
Both
No, aster is a structure found in animal cells during cell division to help organize the mitotic spindle. Plant cells do not have asters because they have a different mechanism for spindle organization during cell division.
No they do not. Animal cells have centrosomes, which are defined as a pair of cetrioles. Plants do not have centrioles, so they cannot have centrosomes. Plants have microtubule organizing centers (MTOCs). Centrosomes (in animals) and MTOCs (in plants) are where microtubules of the spindle originate during mitosis
Centrosomes are typically spherical or oval-shaped organelles found near the nucleus of animal cells. They consist of two centrioles that are perpendicular to each other and surrounded by pericentriolar material. Centrosomes play a crucial role in organizing microtubules during cell division.
cell wall
Red blood cells, white blood cells, and platelets are typically present in blood but not normally found in urine.