Notably, when PICH is missing, genetic errors are more likely to occur in non-centromeric regions of the DNA due to the breakage of UFBs, leading to dangerous chromosome rearrangements that can ...
Notably, when PICH is missing, genetic errors are more likely to occur in non-centromeric regions of the DNA due to the breakage of UFBs, leading to dangerous chromosome rearrangements that can ...
Allopolyploids are common in natural ecosystems (Grant, 1981). They arise as a result of distant hybridization (and chromosome doubling) between related species containing different sets of related, ...
Some events that change chromosome structure that have been attributed to the breakage–fusion–bridge cycle could also be caused by any repeated non-homologous recombination process without ...
Chromosome abnormality is the condition in a cell or organism where the number of chromosomes or the structure of any chromosome differs from the normal karyotype. When the variant genotype is not ...
The SEM’s robust combination of a large field of view and nanometer resolution makes it ideal for detecting the early stages of crack or fracture formation, as well as investigating sample deformation ...
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In addition, HIV CD4 T cells were prone to DNA damage that extended to chromosome ends—telomeres, leading to accelerated telomere erosion—a hallmark of cell senescence. Mechanistically, the DNA double ...
Jess advised: "Avoid tight ponytails or buns that can cause breakage, especially at the hairline." The British Skin Foundation warned: "Traction alopecia is a type of hair loss caused by constant ...