Viral DNA can be inserted into the genome of bacteria by manipulating a specific enzyme known as DNA ligase.
<h3>What is DNA ligase?</h3>
This is a special enzyme found in humans and other forms of DNA. The role of the DNA ligase enzyme is to fuse together distinct strands of DNA. By manipulating this enzyme, scientists have achieved genetic modification.
Therefore, we can confirm that due to the successful manipulation of an enzyme known as DNA ligase, scientists have been able to insert viral DNA into the genome of bacteria.
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The macromolecules broken down by following enzymes are:
- Nuclease: Nucleotides
- Sucrase: Sucrose
- Lipase: Lipids
- Pepsin: Peptides
Enzymes are the biological catalysts. They function to catalyze the chemical reactions inside any living organism. These enzymes act upon certain molecules called substrates, carry out the reaction in an accelerated manner and then form the product.
Nucleotides are the molecules involved in the formation of genetic material like DNA and RNA. A nucleotide itself is composed of three components: a pentose sugar, a nitrogenous base and a phosphate group. The pentose sugar is different for DNA and RNA. For DNA, it is deoxyribose sugar, whereas for RNA it is ribose sugar.
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Satellites, I’m assuming this is what you were looking for as it monitors everything.
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What speices, animal, how long and use it's samples,