A karyotype is made by staining and arranging chromosomes so that they can be viewed microscopically.
A karyotype is made by staining and arranging chromosomes so that they can be viewed microscopically.
A karyotype is made by staining and arranging chromosomes so that they can be viewed microscopically.
A karyotype is made by staining and arranging chromosomes so that they can be viewed microscopically.
try another website -_____-
That would be a karyotype.
karyotype
Violet
the two types of chromatins are euchromatin and heterochromatin.They are different in that heterochromatin is coiled while euchromatin is not coiled.It is this coiling that makes heterochromatin inactive and therefore less in the nucleus when the nucleus is actively involved in protein synthesis.On the other hand,euchromatin is active because its DNA is exposed. When viewed under a microscope,the two chromatins have different stains.
It indicates that the cell is during the Mitosis phrase. This is the part of the cell division process in which the nucleus of a cell is divided into two nuclei & each nucleus ends up with the same number and kinds of chromosomes. On which the chromosomes are also visible.
In Gram positive bacteria it is the cell wall made up of a thick layer of peptidoglycan which holds the stain so that this bacteria can be viewed. Gram negative bacteria have two thin layers of peptidoglycan which loses the stain in the secondary washing, hence their terminology as negative.
bacteria
A karyotype is made by staining and arranging chromosomes so that they can be viewed microscopically.
Violet
Amorphous Crystals ¤Amorphous urates are found in acid urine. These crystals may appear pink on gross analysis and yellow microscopically (Figure 2-12). These crystals appear as granules in the urine sediment. Amorphous phosphates are found in alkaline urine. These granules are colorless microscopically and also appear granular when viewed microscopically. Occasionally amorphous material may appear in clumps or masses. It may be difficult to distinguish amorphous crystals from bacteria since they may be of the same size when viewed microscopically. However, amorphous crystals are soluble in opposing acid or alkaline solution; bacteria will not. Amorphous urates will also dissolve when heated. cited from: http://www.tetonnm.com/pics/MESSamplePages/1-893441-10-5.pdf retrieved 4/11/2009
Negative staining does not change the chemical structures within cells, it simply outlines the cell structure allowing the cell to be viewed easier.
Tough question, because a face is a side of something. A line would be a sufficient answer, because you can only see one side. However, it still can be viewed as a closed figure if you get down microscopically.
Because there are two sister chromatids joined at a point in the middle (the centromere).
1.diffrent typeof diaphraghms 2.a phase plate 3.living sample can be viewed 4.natural processes ccan be viewed without staining 5.enhances clarity 6.can be of two types :positive and negative positive:background much brighter than specimen negative:background is darker
The X and Y chromosomes are referred to as sex chromosomes because in mammals, sex is determined by the presence or absence of a Y chromosome. Therefore because these chromsomes relate directly to the sex/gender of an animal, they are called sex chromosomes. Genetically normal females have XX and genetically normal males have XY.
the two types of chromatins are euchromatin and heterochromatin.They are different in that heterochromatin is coiled while euchromatin is not coiled.It is this coiling that makes heterochromatin inactive and therefore less in the nucleus when the nucleus is actively involved in protein synthesis.On the other hand,euchromatin is active because its DNA is exposed. When viewed under a microscope,the two chromatins have different stains.
It indicates that the cell is during the Mitosis phrase. This is the part of the cell division process in which the nucleus of a cell is divided into two nuclei & each nucleus ends up with the same number and kinds of chromosomes. On which the chromosomes are also visible.
because its being viewed by a different angle. nothing looks the same a different angles but something highly symmetric. in this case a cell is definitely not symmetric
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