Meiosis is one type of cell division that produces germ cells. In Meiosis I, the DNA in a diploid cell is doubled and homologous chromosomes separate. In Meiosis II, each pair of sister chromatids are separated, resulting in four haploid daughter cells. The nine intervals were analyzed under several conditions and the number, timing, and distribution of crossovers was determined. Results and their compatibility with current models of synaptonemal complex functions will be discussed.https://engagedscholarship.csuohio.edu/u_poster_2012/1044/thumbnail.jp
Abstract Background Meiotic recombination alters frequency and distribution of genetic variation, im...
Meiotic recombination promotes genetic variation by mixing parental alleles. Two recent studies, one...
Crossovers involve the reciprocal exchange of large fragments of genetic material between homologous...
Meiosis is one type of cell division that produces germ cells. In Meiosis I, the DNA in a diploid ce...
Meiosis is a specialized type of cell division characterized by a single round of DNA replication an...
Meiosis is a specialized form of cell division in which haploid gametes are produced from diploid pr...
AbstractDuring meiosis, DNA double-strand breaks ultimately yield two types of recombinants: crossov...
SummaryCrossovers produced by homologous recombination promote accurate chromosome segregation in me...
We previously proposed a “counting model” for meiotic crossover interference, in which double-strand...
<p>A mitotically dividing cell regularly experiences DNA damage including double-stranded DNA breaks...
SummaryTight control of the number and distribution of crossovers is of great importance for meiosis...
During meiosis, multiple mechanisms act to promote accurate segregation of chromosomes, ensuring tha...
At the heart of meiosis is meiotic recombination where programmed double-strand breaks are repaired ...
SummaryCrossovers between meiotic homologs are crucial for their proper segregation, and crossover n...
WOS:000452315900007International audienceMeiotic recombination is a major driver of genome evolution...
Abstract Background Meiotic recombination alters frequency and distribution of genetic variation, im...
Meiotic recombination promotes genetic variation by mixing parental alleles. Two recent studies, one...
Crossovers involve the reciprocal exchange of large fragments of genetic material between homologous...
Meiosis is one type of cell division that produces germ cells. In Meiosis I, the DNA in a diploid ce...
Meiosis is a specialized type of cell division characterized by a single round of DNA replication an...
Meiosis is a specialized form of cell division in which haploid gametes are produced from diploid pr...
AbstractDuring meiosis, DNA double-strand breaks ultimately yield two types of recombinants: crossov...
SummaryCrossovers produced by homologous recombination promote accurate chromosome segregation in me...
We previously proposed a “counting model” for meiotic crossover interference, in which double-strand...
<p>A mitotically dividing cell regularly experiences DNA damage including double-stranded DNA breaks...
SummaryTight control of the number and distribution of crossovers is of great importance for meiosis...
During meiosis, multiple mechanisms act to promote accurate segregation of chromosomes, ensuring tha...
At the heart of meiosis is meiotic recombination where programmed double-strand breaks are repaired ...
SummaryCrossovers between meiotic homologs are crucial for their proper segregation, and crossover n...
WOS:000452315900007International audienceMeiotic recombination is a major driver of genome evolution...
Abstract Background Meiotic recombination alters frequency and distribution of genetic variation, im...
Meiotic recombination promotes genetic variation by mixing parental alleles. Two recent studies, one...
Crossovers involve the reciprocal exchange of large fragments of genetic material between homologous...