The magnification of liver cells can vary depending on the method of observation. Under a light microscope, liver cells (hepatocytes) are typically magnified around 400 to 1000 times. In electron microscopy, they can be magnified up to 100,000 times or more, allowing for detailed visualization of their internal structures.
The total magnification of the microscope is calculated by multiplying the eyepiece magnification by the objective magnification. In this case, the eyepiece magnification is 10X and the high power objective magnification is 40X, resulting in a total magnification of 10X * 40X = 400X. Therefore, the liver cells are magnified 400 times their actual size.
A mouse's liver cells have the same number of chromosomes as other body cells, which is typically 40 chromosomes.
Typically, the low power lens magnifies a specimen by 10x. So, if you view a cell through the low power lens, the cell would be magnified 10 times its actual size.
Liver and cardiac cells yeild 38,but other cells yeild 36.
The liver contains several cell types, with the primary ones being hepatocytes, which make up about 70-80% of the liver's mass and are responsible for its metabolic functions. Other important cell types include Kupffer cells (macrophages), hepatic stellate cells (involved in vitamin A storage and fibrosis), and endothelial cells lining the blood vessels. Additionally, there are bile duct epithelial cells and immune cells, contributing to the liver's diverse functions and architecture. Overall, the liver comprises at least a dozen distinct cell types.
The total magnification of the microscope is calculated by multiplying the eyepiece magnification by the objective magnification. In this case, the eyepiece magnification is 10X and the high power objective magnification is 40X, resulting in a total magnification of 10X * 40X = 400X. Therefore, the liver cells are magnified 400 times their actual size.
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A mouse's liver cells have the same number of chromosomes as other body cells, which is typically 40 chromosomes.
36 in somatic cells and 38 in liver and heart cells.
Typically, the low power lens magnifies a specimen by 10x. So, if you view a cell through the low power lens, the cell would be magnified 10 times its actual size.
Liver and cardiac cells produce 38.Other cells produce 36.
My little boy had one of these recently. A liver function test is done to determine how well the liver works. Its done by taking a blood sample and testing how many liver cells are detected in the bloodstream. A high amount of cells detected would mean there's a problem with how well your liver is working.
Cells such as liver cells, sperm cells and muscle cells have more mitochondria. This is because they are more metabolically active and need a plentiful supply of ATP (adenosine triphosphate) for metabolic processes. For example, many chemical processes occur in liver cells and sperm cells are known for movement.
Liver and cardiac cells produce 38.Other cells produce 36.
Liver and cardiac cells yeild 38,but other cells yeild 36.
brain cells are activated by brain genes and heart cells are activated by heart genes. that's how they function, by their genes
Only within the blood vessels. And there are many, many of those.