Respuesta :
Answer:
1 Cancer cells would have enlarged nucleus compared to its normal counterpart
2. Cytoplasmic mitochondria is larger in cancer cells compared to to its normal counterpart
3. Cancer cells have a greater undifferentiated embryonic proteins
4. Against the normal amount of telomerase in the cytoplasm as seen in normal counterpart, cancer cells shows a great number of the protein activity
5. Since there's rapid growth of cells in cancerous cells, an additional or damaged chromosome will be found abundantly at the nucleus
6. Cytoplasmic mRNA production is more than its normal counterpart
The nuclear changes that would be found in cancer cells are ;
- Cancer cells would have an enlarged nucleus
- Cancer cells would have an abnormal undifferentiated embryonic protein
- presence of additional chromosomes in the nucleus
The cytoplasmic changes found in cancer cells are ;
- The mitochondria in cancer cells are larger than that of normal cells.
- Cancer cells have a greater amount of telomerase ( i.e. greater protein activity ).
- High production of cytoplasmic mRNA is found in cancer cells.
Cancerous cells are abnormal cells that develop from old cells that are supposed to die. this occurs when a body's control mechanism stops functioning properly.
Cancer cells are abnormal because they grow at an abnormal rate, they also possesses abnormal membranes and abnormal cytoskeletal proteins .
Hence we can conclude that the nuclear and cytoplasmic changes are as listed above.
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