Explain why a microscope capable of high magnification and high resolution would be needed to diagnose malaria

2 answers:

8 0

Using the thick blood film to detect malaria enables observation od parasite morphology and it is used to quantify and identify parasites to the species level. For that kind of detection a high-power microscope (400 times to 1,000 times magnification) is required. The microscopist can look for parasites in a relatively large volume of blood, thus increasing the sensitivity of the test.

Aleks04 [339]3 years ago

3 0

<h2>Microscope Capable of high Magnification and Resolution </h2>

A microscope capable of high magnification and high resolution would be needed to diagnose malaria because by utilizing the concentrated blood film to recognize malaria which allows detection of epiphyte shape and structure. It is applied to quantify and classify parasites to the variety of species.

This sort of detection, a high-power microscope which as magnification power ranges from 400 times to 1,000 times is needed. The one who can use a microscope search for parasites in a moderately high quantity of blood, therefore enhancing the consciousness of the experiment.

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The answer is the sun; earth

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Create a table in which you compare the components and functions of the following.

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Nucleic acids, proteins, carbohydrates, and lipids are the four major types of biomolecules that form all living things. These biomolecules consists of monomers linked together by covalent bonds to form polymers.

Nucleic acids, proteins, carbohydrates and lipids can be classified according to their basic elements, monomer constituents, and functions.

Basic elements:

Nucleic acids: Hydrogen (H); Carbon (C); Oxygen (O); Nitrogen (N); Phosphorous (P)
Proteins: Hydrogen (H); Carbon (C); Oxygen (O); Nitrogen (N); Sulfur (Z)
Carbohydrates: Hydrogen (H); Carbon (C); Oxygen (O)
Lipids: Hydrogen (H); Carbon (C); Oxygen (O); Phosphorous (P)

Monomer constituents:

Nucleic acids: nucleotides
Proteins: amino acids
Carbohydrates: monosaccharides
Lipids: fatty acids and glycerol

Functions:

Nucleic acids: contains the hereditary information to synthesize proteins
Proteins: regulate metabolic processes (enzymes), the main biomolecule of cellular structures
Carbohydrates: store energy (short term); form cellular structures
Lipids: store energy (long term); the main component of biological membranes

Examples: