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Questions and Answers
What is a characteristic of viruses' multiplication process?
What is a characteristic of viruses' multiplication process?
How do viruses differ from prokaryotes in terms of sensitivity to antibacterial antibiotics?
How do viruses differ from prokaryotes in terms of sensitivity to antibacterial antibiotics?
What is the composition of a virus' capsid?
What is the composition of a virus' capsid?
How are the size of viruses currently estimated?
How are the size of viruses currently estimated?
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How does the size of the smallest parvovirus compare to the largest protein molecule haemocyanin?
How does the size of the smallest parvovirus compare to the largest protein molecule haemocyanin?
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What is the general property of viruses in terms of cellular organization?
What is the general property of viruses in terms of cellular organization?
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What is the characteristic method of multiplication for viruses?
What is the characteristic method of multiplication for viruses?
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Who crystallized virus-like chemicals in 1935?
Who crystallized virus-like chemicals in 1935?
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What is the range of diseases caused by viruses?
What is the range of diseases caused by viruses?
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What is the size of the smallest parvovirus compared to?
What is the size of the smallest parvovirus compared to?
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Study Notes
Virus Characteristics
- Viruses multiply by taking over the host cell's machinery to replicate themselves.
Sensitivity to Antibiotics
- Viruses are insensitive to antibacterial antibiotics, unlike prokaryotes.
Viral Structure
- A virus' capsid is composed of proteins that protect the viral genome.
- The capsid is made up of repetitive subunits of proteins.
Size of Viruses
- The size of viruses is estimated using electron microscopy or filtration methods.
- The size of the smallest parvovirus is comparable to the size of the largest protein molecule, haemocyanin.
Cellular Organization
- Viruses lack cellular organization and are not considered living cells.
Multiplication Method
- Viruses multiply by infecting host cells, replicating their genome, and assembling new virions.
Discovery
- Wendell Stanley crystallized virus-like chemicals in 1935, showing that viruses have a crystalline structure.
Disease Range
- Viruses cause a wide range of diseases, including common colds, influenza, and serious diseases like AIDS and Ebola.
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Description
Test your knowledge on the general properties of viruses and prokaryotes with this quiz. Learn about their cellular organization, multiplication process, and diseases they cause.