Daughter Cells In Sentences - Examples Of Daughter Cells In Sentences

Search your words in sentences https://englishteststore.net/index.php?option=com_content&view=article&id=20211&Itemid=1131 - When the cells divide, the molecules divide too and, the daughter cells possess half the dye than the parent population. - After cell division daughter cells stick together so that the filament in question increases in length. - This asymmetric division of TRIM32 induces neuronal differentiation in daughter cells which contain high TRIM32 concentrations, while cells with low TRIM32 concentrations retain progenitor cell fate. - Identical twins develop after a single maternal pronucleus and single paternal pronuceus have formed a zygote, the zygote undergoes mitosis, and the daughter cells each develop into separate individuals. - Suppressing Notch signaling allows the daughter cells to react to the same signal in different ways, allowing them to have different neural fates. - Thus, a cell that acquires a mutation that increases its fitness will generate more daughter cells than competitor cells that lack that mutation. - Continuous reactions will also invariably produce variable polymers that can be inherited by daughter cells. - Once CSSNCs are inside cells, they remain even after cellular division and can be imaged in both mother and daughter cells. - The pit connection is formed where the daughter cells remain in contact. - A parent cell divides to form two daughter cells, and these daughter cells are used to build new tissue or to replace cells that have died because of aging or damage. - It does not involve these paired structures being pulled in opposite directions by a mitotic spindle to form daughter cells. - By halting the cell cycle, these genes ensure that genetically damaged cells are not passing on that damage to daughter cells. - The progeny would be called daughter cells. - Because microtubules maintain the positions of the chromosomes during mitosis, they appear to be densely pinched between the two dividing, daughter cells. - This whole process then repeats itself, leading to the accumulation of serious imbalances in the genetic information of the daughter cells. - Rather, it effects nuclear proliferation without the involvement of chromosomes, unsettling for cell biologists who have come to rely on the mitotic figure as reassurance that chromatin is being equally distributed into daughter cells. - The resulting tetraploid cell will continue to divide, and all daughter cells will also be tetraploid. - The daughter cells so produced undergo further mitosis. - More mysterious to me is why, in biology, parent cells have daughter cells and not child cells. - The daughter cells grow flagella, the cyst wall ruptures, and the cells swim away, leaving the residual body behind. - One is that it offers protection to newly divided cells which lack a thick cell wall, another is that it provides a template for daughter cells to synthesise their new cell wall. - Binary fission or budding into two daughter cells occurs. - Healthy cells stop dividing when there is no longer a need for more daughter cells, but cancer cells continue to produce copies. - When a cancer cell divides, both daughter cells inherit the genetic and epigenetic abnormalities of the parent cell, and may also acquire new genetic and epigenetic abnormalities in the process of cellular reproduction. - All subsequent daughter cells from this progenitor will also express the marker. - They also discovered that tension helps kinetochores to attach to microtubules and move from the mother cell to the daughter cells when cells divide. - In other words, the daughter cells do not have the same number of chromosomes as the cell they originated from. - The vegetative cells mainly reproduce asexually through division of the mother cell into two daughter cells. - Senescence in single celled organisms is thought to arise via the asymmetric partitioning of aging factors between daughter cells. - This promoter methylation heterogeneity was found to be inherited by daughter cells. - One outcome of this shift in polarity is the reorientation of cell division along a newly growing branch of cells, in order to correctly position daughter cells to continue branch extension. - The higher the copy number is, the more likely the two daughter cells will contain the plasmid. - These daughter cells are of synthetic origin and capable of further replication. - In some cases, an infective agent multiplies within the cell and gets passed down to daughter cells. - The new daughter cells were formed along the longest axis of the cell. - These daughter cells are called aplanospores and are not flagellated.