the centromere is where the sister chromatids interlock in the middle but the kinetochore holds them together.
The molecule critical for the proper separation of sister chromatids is called cohesin. Cohesin is a protein complex that holds the sister chromatids together during cell division. It helps ensure that the sister chromatids are accurately and evenly separated into two daughter cells.
The mitotic cohesin complex contains four core subunits that form a ring structure and keeps them togetherA. centromereB. spindleC. nuclear membraneD. nucleosomes
the centromere
The centromere is the part of a chromosome that links the sister chromatids together. There are two types of centromeres. Regional centromeres have DNA sequences that contribute to, but do not define function. Point centromeres are smaller and more compact, but the DNA sequences are necessary and sufficient to specify the centromere's identity and function.
the centromere is where the sister chromatids interlock in the middle but the kinetochore holds them together.
actin filaments
centromeres
The centromere. It where the two identical sister chromatids come closest in contact.
Sister chromatids are held together by centromere and are attached to the spindle fibres by kinetochores during cell division.
Centromere
The molecule critical for the proper separation of sister chromatids is called cohesin. Cohesin is a protein complex that holds the sister chromatids together during cell division. It helps ensure that the sister chromatids are accurately and evenly separated into two daughter cells.
The centromere.
The mitotic cohesin complex contains four core subunits that form a ring structure and keeps them togetherA. centromereB. spindleC. nuclear membraneD. nucleosomes
The centromere holds chromosomes together. It is the circle like thing in the middle of the chromosome.
the centromere
The centromere is the area at the center of a chromosome that holds the two chromatids together.