Assertion: centromere's dna sequence | /r/CapableOf | form centromere
Facets:
value: in the different eukaryotes
type: LOCATION
value: in the yeasts
type: LOCATION
Source sentences:
text: Despite the conserved nature of centromere functions, the molecular genetic definition of the DNA sequences that form a centromere in the yeasts Saccharomyces cerevisiae and Schizosaccharomyces pombe, in the fruit fly Drosophila melanogaster, and in humans has revealed little conservation at the level of centromere DNA sequences.
text: Though the formation of centromere prefers a unique DNA sequence to form the centromere, regional centromeres also can be formed on the other DNA sequences.
text: Thus, both in human and Drosophila cells there is plasticity with respect to the DNA sequences that can form a centromere.
text: Thus, at least in humans and Drosophila the exact DNA sequences are not important for the formation of a functional centromere and in general there is no conservation between species with regard to the DNA sequences that can form a centromere.
text: Recently, significant progress has been made in genome assemblies of oomycetes based on long-read sequencing [ 36 , 37 ]; however, the identity or the nature of the DNA sequences that form essential chromosomal elements such as centromeres, remain unknown.
text: Perhaps surprisingly, given the crucial function of centromeres in maintaining genomic stability, there is no obvious conservation of the DNA sequences which form centromeres in the different eukaryotes.
text: Though the formation of centromere prefers a unique DNA sequence to form the centromere, regional centromeres can also be formed on the other DNA sequences.
text: Though the formation of centromere prefers a unique DNA sequence to form the centromere, regional centromeres also can be formed on the other DNA sequences.