Root tips of allium cepa (otherwise known as the onion) are popularly used for cytological studies all over the world for the following reasons:
1) Roots are easy to grow from the base of the bulb kept over a water container.
2) Good quality, unsoiled root tips are easy to obtain.
3) Root tips have very rapid rate of mitosis.
4) The cells are very responsive to staining techniques.
5) The chromosomes are large and fewer in number. (Only 16 in a cell have the diploid condition. 8 is the haploid number.)
6) Fixing, staining, and ultimately making the slides permanent is easy in this material.
They are cheaper and more apparent
yea ehhhh
Cell division is useful in adults for tissue renewal and replacement of certain cells.
Ground tissue. Ground tissue generally forms either the pith, cortex, or bulk of the leaf. Ground Tissue is made up of 3 cell tyes: sclerenchyma, collenchyma, and parenchyma. for those of you ppl looking for info, i hope this information is useful
Darkfield microscopes are useful in analyzing unstained tissue samples. Darkfield microscopy has also been used in computer mice, to help optical mice work on glass. It is also useful in the study of crystals and their defects.
It could be used to enhance the growth of plants so that they grow bigger and/or faster. This would have obvious implications on agriculture. It could be used in medicine to improve wound healing. Understanding cell division is essential in our understanding of cancer. I seriously cannot stress how amazingly useful it has been in our discovery of anticancer drugs.
silicon is useful
Cell division is useful in adults for tissue renewal and replacement of certain cells.
for division
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They are very useful to our body as they are needed for growth and tissue repair
a diagram
When you have children and they all want a fair share of dessert!
diagram
a diagram
The answer depends on division of WHAT. And since you have not bothered to share that crucial bit of information, I cannot provide a more useful answer.
Yes, at least for integers: You see how often you can subtract a quantity. But I guess it is more useful to think of division as the inverse of multiplication.
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Multiply the answer (quotient) by the divisor. You should get the dividend.