AbstractCohesion between sister chromatids must be dissolved at the time of chromosome segregation. Recent studies reveal that the principles of cohesion dissolution in mitosis and meiosis are the same, but that there are important differences that stem from the distinct natures of these two processes
AbstractMutations in the Drosophila genes pimples and three rows result in a defect of sister chroma...
AbstractBackground: Cohesion between sister chromatids, which opposes the splitting force exerted by...
Sister chromatids are associated from their formation until their disjunction. Cohesion between sist...
AbstractCohesion between sister chromatids must be dissolved at the time of chromosome segregation. ...
AbstractIn mitosis, cohesion appears to be present along the entire length of the chromosome, betwee...
AbstractA multisubunit complex, called cohesin, containing Smc1p, Smc3p, Scc1p, and Scc3p, is requir...
AbstractIn mitosis, cohesion appears to be present along the entire length of the chromosome, betwee...
AbstractIt has been proposed but never proven that cohesion between sister chromatids distal to chia...
AbstractSister chromatid cohesion and separation are fundamental for accurate genome inheritance ove...
AbstractBackground: Chromosome segregation during mitosis and meiosis is triggered by dissolution of...
AbstractHow do cells ensure that sister chromatids produced during DNA replication stay connected wi...
In eukaryotic cells, sister DNA molecules remain physically connected from their production at S pha...
AbstractHow do cells ensure that sister chromatids are precisely partitioned in mitosis? New studies...
Sister chromatids are associated from their formation until their disjunction. Cohesion between sist...
Meiosis poses unique challenges to chromosome dynamics. Before entry into meiosis, each chromosome i...
AbstractMutations in the Drosophila genes pimples and three rows result in a defect of sister chroma...
AbstractBackground: Cohesion between sister chromatids, which opposes the splitting force exerted by...
Sister chromatids are associated from their formation until their disjunction. Cohesion between sist...
AbstractCohesion between sister chromatids must be dissolved at the time of chromosome segregation. ...
AbstractIn mitosis, cohesion appears to be present along the entire length of the chromosome, betwee...
AbstractA multisubunit complex, called cohesin, containing Smc1p, Smc3p, Scc1p, and Scc3p, is requir...
AbstractIn mitosis, cohesion appears to be present along the entire length of the chromosome, betwee...
AbstractIt has been proposed but never proven that cohesion between sister chromatids distal to chia...
AbstractSister chromatid cohesion and separation are fundamental for accurate genome inheritance ove...
AbstractBackground: Chromosome segregation during mitosis and meiosis is triggered by dissolution of...
AbstractHow do cells ensure that sister chromatids produced during DNA replication stay connected wi...
In eukaryotic cells, sister DNA molecules remain physically connected from their production at S pha...
AbstractHow do cells ensure that sister chromatids are precisely partitioned in mitosis? New studies...
Sister chromatids are associated from their formation until their disjunction. Cohesion between sist...
Meiosis poses unique challenges to chromosome dynamics. Before entry into meiosis, each chromosome i...
AbstractMutations in the Drosophila genes pimples and three rows result in a defect of sister chroma...
AbstractBackground: Cohesion between sister chromatids, which opposes the splitting force exerted by...
Sister chromatids are associated from their formation until their disjunction. Cohesion between sist...