Wiki User
∙ 10y agoDifferent individual cells will have received slightly different amounts of vital nutrients at different times, therefore, mitosis will not occur at the same rate throughout the onion. Over time, cells will become more out-of-sync and end up mitozing at different times causing each cell to be at different stages of the mitotic cycle.
P.S. Is mitotic even a word - I've never heard it before. Sounds like a smug Biology teacher made it up.
Wiki User
∙ 13y agoWiki User
∙ 10y agoThe phases don't all actually happen at the same time, but because onion root cells are constantly going through mitosis you can see many different phases in a section of an onion root tip.
A microscope is the best tool for a student to use to observe mitosis in an onion root tip.
The slide organism commonly used to study mitosis in plant cells is the onion root tip. Onion root tips have actively dividing cells that are easily observable under a microscope, making them ideal for studying the different stages of mitosis such as prophase, metaphase, anaphase, and telophase.
Onion root tip mitosis is multicellular, as it involves multiple cells within the root tip undergoing the process of cell division to produce new cells. Each cell goes through the stages of mitosis to generate daughter cells with identical genetic material.
Based on the onion root tip cells' stages in the cell cycle and relative lengths of the phases, you can infer that the cells spend the most time in the interphase stage, especially in the G1 phase. This is where the cells grow and perform normal functions before entering mitosis for a brief period of time.
The root tip of an onion is an ideal specimen for examining mitotic division because it contains actively dividing cells at the root apex. These cells are in different stages of mitosis, making it easy to observe and study the process of cell division under a microscope. Additionally, onion cells have large, clear chromosomes that are easily visible, aiding in the observation of mitotic phases.
A microscope is the best tool for a student to use to observe mitosis in an onion root tip.
mitosis
with edward
because of you!
When they met in Biology class (for the second time) they were looking at 'onion root tip cells' and labelling them into the phases of 'mitosis'. Found on page 38.
Hydrochloric acid (HCl) is used in a mitosis experiment on onion root tips to soften the cells of the root tip and make them more transparent. This allows for easier observation of the various stages of mitosis under a microscope. By treating the root tip with HCl, it becomes easier to visualize the chromosomes and cell structures involved in mitosis.
Mitosis.
Heating onion root tips during mitosis allows for the cells to be fixed and stained, making it easier to observe and study the different stages of cell division under a microscope. The heat helps to stop any ongoing cellular processes that may impact the accuracy of the observations.
if you mean what did she say, then she said , "Not with onion root."
It is a type of white fish that demonstrates mitosis much like an onion root tip.
Scientists can examine the tip of an onion root by preparing a thin section with a microtome and staining it to make the cells visible under a microscope. They can then observe the different cell types in the root tip, such as root cap cells, meristematic cells, and elongating cells. This allows them to study the process of cell division and growth in the root tissue.
Onion root tip mitosis is multicellular, as it involves multiple cells within the root tip undergoing the process of cell division to produce new cells. Each cell goes through the stages of mitosis to generate daughter cells with identical genetic material.