k Dividing cells Dividing cells. Fluorescent light micrograph of cells during the metaphase stage of mitosis cell division. DNA genetic material is pink and the microtubules of each cells cytoskeleton are red, forming a microtubule spindle. The poles of the spindle are light green. During metaphase, the chromosomes which contain the DNA form a line the metaphase plate on the microtubule spindle. The microtubules drag the chromosomes apart towards the poles to form two identical sets for the two genetically identical daughter cells that are the end product of mitosis. The spindle poles were highlighted by staining for the protein TPX2. Prepared by in vitro reconstitution. Stock Photo - Afloimages
Sign up
Login
All images
Dividing cells Dividing cells. Fluorescent light micrograph of cells during the metaphase stage of mitosis  cell division . DNA genetic material is pink and the microtubules of each cell s cytoskeleton are red, forming a microtubule spindle. The poles of the spindle are light green. During metaphase, the chromosomes  which contain the DNA  form a line  the metaphase plate  on the microtubule spindle. The microtubules drag the chromosomes apart towards the poles to form two identical sets for the two genetically identical daughter cells that are the end product of mitosis. The spindle poles were highlighted by staining for the protein TPX2. Prepared by in vitro reconstitution.
RM

Dividing cells

Dividing cells. Fluorescent light micrograph of cells during the metaphase stage of mitosis (cell division). DNA genetic material is pink and the microtubules of each cell's cytoskeleton are red, forming a microtubule spindle. The poles of the spindle are light green. During metaphase, the chromosomes (which contain the DNA) form a line (the metaphase plate) on the microtubule spindle. The microtubules drag the chromosomes apart towards the poles to form two identical sets for the two genetically identical daughter cells that are the end product of mitosis. The spindle poles were highlighted by staining for the protein TPX2. Prepared by in vitro reconstitution.

Details

ID
161172868

Collection

License type
Rights Managed

Photographer



Sign in
Member access
Login not found.