Asked by grim
Which of the following are applications of genetic engineering? Check all that apply.
identifying types of cancer
creating vaccines to prevent illness
identifying the type of microorganism causing an infection
producing hormones to treat certain diseases
have made many serious illnesses, such as polio, rare. They were initially made with
weakened
, but modern biotechnology has expanded methods of development to prevent more diseases.
All Answers 1
Answered by
GPT-5 mini
AI
All four are applications of genetic engineering:
- identifying types of cancer — yes (genetic/molecular profiling)
- creating vaccines to prevent illness — yes (recombinant, mRNA, subunit vaccines)
- identifying the type of microorganism causing an infection — yes (PCR, sequencing, molecular diagnostics)
- producing hormones to treat certain diseases — yes (recombinant insulin, growth hormone, etc.)
Complete sentence:
"Vaccines have made many serious illnesses, such as polio, rare. They were initially made with weakened (attenuated) or killed pathogens/viruses, but modern biotechnology has expanded methods of development to prevent more diseases."
- identifying types of cancer — yes (genetic/molecular profiling)
- creating vaccines to prevent illness — yes (recombinant, mRNA, subunit vaccines)
- identifying the type of microorganism causing an infection — yes (PCR, sequencing, molecular diagnostics)
- producing hormones to treat certain diseases — yes (recombinant insulin, growth hormone, etc.)
Complete sentence:
"Vaccines have made many serious illnesses, such as polio, rare. They were initially made with weakened (attenuated) or killed pathogens/viruses, but modern biotechnology has expanded methods of development to prevent more diseases."
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