Assertion: telomere | /r/CapableOf | protect chromosome
Facets:
value: from degradation
type: TRANSITIVE-OBJECT
value: through mechanisms
type: MANNER
value: according to geneticists
type: OTHER
value: during this process
type: TEMPORAL
value: before that
type: TEMPORAL
value: by fusion
type: MANNER
value: from fusing together during mitosis
type: PURPOSE
value: by nucleases
type: MANNER
value: from dilapidation
type: OTHER
value: from abnormality
type: OTHER
value: from recombination
type: CAUSE
Source sentences:
text: Telomeres prevent fusion of the ends of neighboring chromosomes and protect chromosome ends from damage.
text: Telomeres are important because they prevent chromosomes from unraveling, sticking to each other, or fusing into a ring.
text: Telomeres shield chromosomes from a multitude of exogenous and endogenous threats through mechanisms listed as follows:
text: Telomeres are nucleoid sequences that repeat themselves and cap and also saves the chromosomes from dilapidation and recombination abnormality.
text: Telomeres protect the chromosome from degradation by nucleases and end-to-end fusion.
text: Telomeres are protein-bound DNA repeat structures at the end of chromosomes that regulate cellular replicative capacity, protect chromosomes from fusing together during mitosis, and prevent the loss of genetic data (Blackburn, Greider, & Szostak, 2006).
text: Telomeres protect chromosomes from deteriorating, which has been likened to the way that the tips of shoelaces protect them from fraying.
text: They showed that telomeres, caps on the end of chromosomes, protect chromosomes from degradation.
text: The telomeres protect the chromosomes during this process to ensure the integrity of the DNA.
text: But before that, telomeres prevent chromosomes from joining or being recognized as a DNA double-strand break which would alert and start DNA repair mechanisms.
text: According to geneticists, telomeres prevent chromosomes from fraying and scrambling the genetic codes they contain.
text: Telomeres shield chromosomes from a multitude of exogenous and endogenous threats through mechanisms listed as follows: