quizzi by vannguyen

Which is not an application of biotechnology in the treatment of diseases for pets?

• Application of genetic diagnosis technology in diagnosing diseases for pets

• Application of biotechnology in vaccine production for pets

• Application of continuous fermentation technology in antibiotic production for pets

• Application of sulfuric acid catalysis technology in removing harmful viruses

What is the PCR method?

• A technique to control the activity of organisms that is widely applied

• A technique to modify the activity of organisms that is widely applied

• A diagnostic technique based on atomic markers that is widely applied

• A diagnostic technique based on molecular markers that is widely applied

Genetic diagnosis is:

• The use of tests based on molecular markers such as nucleic acid (DNA, RNA), gene segments, or complete gene sets of microorganisms to diagnose diseases.

• The use of tests based on atomic markers such as perclonic acid (PDA, HNA), gene segments, or complete gene sets of microorganisms to diagnose diseases.

• The application of gene technology to control the activity of bacteria and cells on a tissue to determine diseases.

• The application of chemical-biological technology to control the activity of bacteria and cells in the body to determine diseases.

Which of the following is not a new technology applied in vaccine production?

• Recombinant vaccine technology

• Virus exchange gene breeding technique

• Use of vector viruses

• Baculovirus technology

Why is the traditional method of producing antibiotics expensive and the quality of each product may not be uniform?

• Because antibiotics are produced and processed manually, without machine support, leading to reduced accuracy.

• Because the production of antibiotics must undergo a strict testing process.

• Because antibiotics are produced in batch fermentation systems, taking a lot of time to create a unit product.

• All of the above.

Antibiotics produced from microorganisms do not include:

• Bacteria

• Eukaryotic cells

• Actinomycetes

• Molds

Which is not an advantage of the PCR method?

• Fast results

• High sensitivity

• Simple operation

• High accuracy

Which of the following statements is correct?

• The diagnostic technique based on atomic markers like PCR helps shorten time and improve accuracy in diagnosing diseases in pets.

• New technologies in vaccine production help vaccines to be created faster, safer, and more effective than traditional methods.

• Continuous fermentation technology helps antibiotics to be produced quickly, in large quantities, uniformly but at a higher cost than traditional methods.

• All of the above.

What benefits does the application of biotechnology in the treatment of diseases for pets bring to the livestock industry?

• Helps humans never have to worry about the health of animals anymore

• Helps the care and treatment of diseases for pets to be faster, more effective, and cost less

• Helps pets become extremely healthy, resistant to all kinds of diseases.

• All of the above.

Which of the following are benefits of applying biotechnology in vaccine production for pets? Which statement is incorrect?

• Vaccine production is rapidly developed

• The production process is highly industrialized, yielding uniform products at low cost

• Vaccines are researched, produced, and used quickly and easily, without needing much knowledge