Nucleic acid detection techniques:

1. Sensitivity: These techniques are generally more sensitive than antigen-antibody-based tests. This means they are more likely to detect the presence of a virus, even in small quantities.

2. Detection of new viruses and early-stage infections: Nucleic acid detection techniques can indeed detect new viruses and early-stage infections that antibody-antigen tests are likely to miss. This is because they directly detect the genetic material of the virus, rather than the immune response to the virus.

3. Speed: The speed of nucleic acid detection techniques can vary, but they are often faster than antigen-antibody-based tests. This is because they do not require the body to produce an immune response, which can take time.

4. Use in lab: Nucleic acid detection techniques are used in the lab to detect and study viruses. However, they are not typically used to culture animal viruses. Culturing viruses usually involves growing them in cells or eggs, not detecting their nucleic acids.

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Nucleic acid detection techniques:

1. Sensitivity: These techniques are generally more sensitive than antigen-antibody-based tests. This means they are more likely to detect the presence of a virus, even in small quantities.

2. Detection of new viruses and early-stage infections: Nucleic acid detection techniques can indeed detect new viruses and early-stage infections that antibody-antigen tests are likely to miss. This is because they directly detect the genetic material of the virus, rather than the immune response to the virus.

3. Speed: The speed of nucleic acid detection techniques can vary, but they are often faster than antigen-antibody-based tests. This is because they do not require the body to produce an immune response, which can take time.

4. Use in lab: Nucleic acid detection techniques are used in the lab to detect and study viruses. However, they are not typically used to culture animal viruses. Culturing viruses usually involves growing them in cells or eggs, not detecting their nucleic acids.

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Nucleic acid detection techniques:

1. Sensitivity: These techniques are generally more sensitive than antigen-antibody-based tests. This means they are more likely to detect the presence of a virus, even in small quantities.

2. Detection of new viruses and early-stage infections: Nucleic acid detection techniques can indeed detect new viruses and early-stage infections that antibody-antigen tests are likely to miss. This is because they directly detect the genetic material of the virus, rather than the immune response to the virus.

3. Speed: The speed of nucleic acid detection techniques can vary, but they are often faster than antigen-antibody-based tests. This is because they do not require the body to produce an immune response, which can take time.

4. Use in lab: Nucleic acid detection techniques are used in the lab to detect and study viruses. However, they are not typically used to culture animal viruses. Culturing viruses usually involves growing them in cells or eggs, not detecting their nucleic acids.

Nucleic acid detection techniques:ANSWERare less sensitive than the antigen–antibody-based tests.can detect new viruses and early-stage infections that antibody–antigen tests are likely to miss.are much slower than the antigen–antibody-based tests.are used to culture animal viruses in the lab.

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