Fifth Grade, Genetic Engineering Science Projects (2 results)
Genetic engineering, also called gene editing or genetic modification, is the process of altering an organism's DNA in order to change a trait. This can mean changing a single base pair, adding or deleting a single gene, or changing an even larger strand of DNA. Using genetic engineering, genes from one organism can be added to the genome of a completely different species. It is even possible to experiment with synthesizing and inserting novel genes in the hopes of creating new traits.
Many products and therapies have already been developed using genetic engineering. For example, crops with higher nutritional value, improved taste, or resistance to pests have been engineered by adding genes from one plant species into another. Similarly, expression of a human gene in yeast and bacteria allows pharmaceutical companies to produce insulin to treat diabetic patients. In 2020, scientists had their first successful human trial with CRISPR (a genetic engineering technique), to correct a mutant gene that causes sickle cell anemia, a painful and sometimes deadly blood disease.
There are many different genetic engineering techniques, including molecular cloning and CRISPR, and new techniques are being developed rapidly. Despite this variety, all genetic engineering projects involve carrying out four main steps:
- Identifying the trait to be introduced, eliminated, or otherwise modified.
- Determining what piece of DNA needs to be added or removed in order to get the desired trait modification.
- Making the physical modifications to the organism's DNA.
- Verifying that the trait has been modified as desired.
Learn more about genetic engineering, and even try your hand at it, with these resources.
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In this project, you'll learn how to isolate DNA from onion cells, separating it from other cellular components in a manner that still preserves its structure and sequence. In the end, you'll have enough DNA to see with the unaided eye, and you'll be able to spool it to demonstrate its strand-like structure.
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Ever used a pair of molecular scissors? Restriction enzymes are molecular scissors that cut DNA into pieces. Find out which enzymes will cut, and where by making a restriction map. Then you can figure out what will happen if you change the sequence of the DNA. Will the same enzymes still cut the new DNA sequence?
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