The cells are the most vulnerable to cancer and other diseases
during the cell division process.
Not exact matches
Researchers were able to date the age of each new clone back to the parent tree by comparing the everyday mutations that happen with known regularity
during the
process of
cell division.
Even after the principles of epigenetics came to light, it was believed that methylation marks and other epigenetic changes to a parent's DNA were lost
during the
process of
cell division that generates eggs and sperm and that only the gene sequence remained.
This group also clarified that Shugoshin controls DNA replication (the
process by which DNA makes a copy of itself
during cell division) in subtelomeres as well as higher - order structure of chromosomes.
They all cover
processes affecting chromosomes
during cell division.
The shortening of telomeres is a
process that occurs naturally in the body each time that a
cell divides:
during cell division the DNA, which is tightly packaged into chromosomes, must be duplicated but the DNA - copying machinery design itself, prevents the full replication of the ends of the chromosomes.
For proteins in the cytosol, the liquid inside the
cell, these random molecular
processes include differences in the break - down of proteins, or random partitioning into the two
cells that form
during cell division.
The findings suggest that the information on the X and Y chromosomes that makes this
division possible is primed
during gametogenesis — the
process of creating ovum or sperm
cells — in the parents.
Mutations can be caused by copying errors in the genetic material
during cell division and by exposure to radiation, chemicals, or viruses, or can occur deliberately under cellular control
during the
processes such as meiosis or hypermutation.
While the role of chTOG in microtubule assembly
during cell division has been widely studied, not much is known regarding TACC3 and its contribution to the
process.
His research interests are the mechanisms and regulation of chromosome segregation
during mitotic
cell division, and the development of software tools for accessing,
processing, sharing, and publishing large scientific image datasets.
Condensin is also crucial in the organisation of the chromosomes
during cell division, and errors in the
process can result in cancer.
The Kops group studies the
processes involved in chromosome segregation
during cell division, with a focus on molecular mechanisms, evolution and chromosomal instability.
During the meiotic
cell division process, homologous chromosomes undergo recombination and are then segregated from each other.
p53 not only down regulates
cell division during the normal
process of aging and senescence, but it is also involved in a response to DNA damage [27,28] and telomere shortening [29].