k Mitosis, light micrograph Differential interference contrast DIC light micrograph of onion Allium cepa meristematic cells during mitosis nuclear division. Mitosis is the formation of two daughter nuclei from one parent nucleus. At left the cell is in interphase. The nucleus round, centre is clearly visible. As the cell moves into prophase second from left, the nuclear envelope dissolves and the chromosomes red condense. At centre the cell is in metaphase, with the chromosomes aligned along the centre of the cell. The chromosomes start to move to the opposite poles, guided by microtubules, during anaphase second from right. At right, the cell is in telophase. The separated chromosomes have moved to opposite ends of the cell and two new nuclei form around them. Orcein staining., by DR. JUAN F. GIMENEZABIAN SCIENCE PHOTO LIBRARY Stock Photo - Afloimages
Sign up
Login
All images
Mitosis, light micrograph Differential interference contrast  DIC  light micrograph of onion  Allium cepa  meristematic cells during mitosis  nuclear division . Mitosis is the formation of two daughter nuclei from one parent nucleus. At left the cell is in interphase. The nucleus  round, centre  is clearly visible. As the cell moves into prophase  second from left , the nuclear envelope dissolves and the chromosomes  red  condense. At centre the cell is in metaphase, with the chromosomes aligned along the centre of the cell. The chromosomes start to move to the opposite poles, guided by microtubules, during anaphase  second from right . At right, the cell is in telophase. The separated chromosomes have moved to opposite ends of the cell and two new nuclei form around them. Orcein staining., by DR. JUAN F. GIMENEZ ABIAN   SCIENCE PHOTO LIBRARY
RM

Mitosis, light micrograph

Differential interference contrast (DIC) light micrograph of onion (Allium cepa) meristematic cells during mitosis (nuclear division). Mitosis is the formation of two daughter nuclei from one parent nucleus. At left the cell is in interphase. The nucleus (round, centre) is clearly visible. As the cell moves into prophase (second from left), the nuclear envelope dissolves and the chromosomes (red) condense. At centre the cell is in metaphase, with the chromosomes aligned along the centre of the cell. The chromosomes start to move to the opposite poles, guided by microtubules, during anaphase (second from right). At right, the cell is in telophase. The separated chromosomes have moved to opposite ends of the cell and two new nuclei form around them. Orcein staining., by DR. JUAN F. GIMENEZ-ABIAN / SCIENCE PHOTO LIBRARY

Details

ID
218049695

Collection

License type
Rights Managed

Photographer



Sign in
Member access
Login not found.