Thin smears of blood are needed to investigate hematological problems or disorders of the blood. It is also used to identify the parasite within the blood. Thick films enables the microscopist to screen the blood of a larger volume. They are more sensitive than the thin film.
When a thick smear is stained and viewed under a microscope, individual cells will be harder to distinguish due to overlapping. This can make it challenging to see details within individual cells, such as the internal structures or boundaries. It is typically recommended to use a thin smear for better visualization and interpretation of cellular details.
Smears are prepared to study microscopic features of a specimen. If we use thisk smears, then it would be difficult to study morphologic features. That's why, thin smears are preferred over thick smears
the bacteria are evenly spread out on the prepared slide in such a concentration that they are adequately separated from one another bacteria are not washed off the slide during staining bacterial form is not distorted
By applying to many cell in a smear it would become difficult to study the morphology of single cell as they will form clumps for e.g. if we want to study some cocci then it would be difficult to estimate there occurence i.e. either they are in chain or in cluster or may be diplococci or monococci.
A mushroom or fungus typically fits this description, with the thin stem and thick cap at the top.
A thin atmosphere is thin and a thick atmosphere is thick
There is no difference.
Difference between thick and thin film resistor is not related to thickness but its based on how the film is applied to the surface.
The difference between thin and thick hair is that thin hair grows from small hair follicles while thick hair grows from larger hair follicles. You can also tell the difference between the two by examining how visible a single strand of hair is. If you can barely see it, you have thin hair.
A thick smear is undesirable in microscopy because it can obscure details and hinder the accurate identification of cells or microorganisms. The increased density of the specimen can lead to overlapping structures, making it difficult to distinguish individual components. Additionally, thick smears can result in uneven staining and poor resolution, which compromises diagnostic accuracy. For optimal visualization, a thin, even smear is preferred.
sBoth thick and thin blood smears are taken from the finger tip of earlobe of malaria patient. This smear is kept in water to dissolve and remove the haemoglobin from the slide. The slide is stained and visualised under oil immersion lens to see the malaria parasites directly.
When a thick smear is stained and viewed under a microscope, individual cells will be harder to distinguish due to overlapping. This can make it challenging to see details within individual cells, such as the internal structures or boundaries. It is typically recommended to use a thin smear for better visualization and interpretation of cellular details.
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When you pluck a thick string the sound the guitar makes comes out deeper then it does when you pluck a thin string.
A thin atmosphere has low pressure and density, like on Mars, while a thick atmosphere has higher pressure and density, like on Earth. Thick atmospheres can trap heat and support life, while thin atmospheres make it harder for planets to retain heat and protect against harmful radiation.
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Smears are prepared to study microscopic features of a specimen. If we use thisk smears, then it would be difficult to study morphologic features. That's why, thin smears are preferred over thick smears