they are microtubles, they move the chromosomes to the equasion (metaphase plate) of the cell. they also make up the spindle fibers.
The kinetochores are small protein structures that are important to mitosis and meiosis in eukaryotes. They are located on the chromatids and are the sites where the spindle fibers attach.
The kinetochores on the centromeres of each sister chromatid aid in the connection of the microtubules to the centromeres.
The spindle fibers attach with the kinetochores to separate them to the two poles of the cell.
Kinetochore fibers are thought to move chromosomes.
kinetochore microtubules bind with spindle fibers.
In the middle of the chromosomes
Polar fibers extend across the cell from centriole to centriole. Kinetochore fibers extend from the centromeres of a chromosome to the entrioles.
The structure having two chromatids held together at a centromere is known as the kinetochore. These are commonly found in the DNA.
Kinetochore fibers are thought to move chromosomes.
Polar and kinetochore. Polar are what 'push' the poles apart, while kinetochore connect at the kinetochore and the centrosome.
kinetochore is the site of attachment of spindlefibres. centromere is the center of attachment of the chromatids
kinetochore microtubules bind with spindle fibers.
The evidence has been seen and photographed many times.
A disc of protein on the centromere.
Cetromere is generally represented by the letter K. K stands for kinetochore. Kinetochore is another word for centromere.
the kinetochore
"Kinetochore" refers to a specific part of the centromere. It is a specialized structure that microtubular spindle fibers attach to during mitosis and meiosis.
I can only find spindle microtubules for kinetochore. Words and concepts get older as you get older, there just isn't anyway around it.
When a chromosome has replicated and is preparing for division, the two chromatids are connected by the centromere. The centromere is the site where the kinetochore forms. The kinetochore forms the attachment with the spindle fibers.
Prophase