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Bio Unit 3 Sec 3 #1
Bio Unit 3 Sec 3 #1: Lec 24 : Tools of Biotechnology
| Question | Answer |
|---|---|
| The application of scientific techniques to modify and improve plants, animals, and microorganisms to enhance their value and improve the quality of human life | Biotechnology |
| Areas of biotechnology are _____, research, ______, and food science | Medicine; Agriculture |
| Organisms that have been genetically modified by humans | Transgenic Organisms |
| Transgenic organisms are created using _____ techniques | Many |
| Bacteria's small, circular pieces od DNA separated from the main chromosomes are called: | Plasmids |
| Plasmids can be bioengineered to contain desired ______ | Genes |
| Bioengineered plasmids can be placed in _______ so they produce the product of the desired gene | Bacteria |
| In Bioengineering, the _____ is removed from a desired organism so the desired genes can be isolated from the organisms ______ | DNA; Genome |
| ________ enzymes are used to pull the desired gene to be used in the bioengineering | Restriction |
| Restriction Enzymes cut DNA at a particular _______ | Sequence |
| Restriction Enzymes cut a desired gene out of an organisms _________ | Genome |
| Restriction Enzymes cut a _______ to open it and create a space for the _______ gene | Plasmid; Insertion |
| Restriction Enzymes leave exposed ______ at each cut site to allow the cut ends of the desired gene to ________ (connect) to the cut ends of the plasmid | Bases; Anneal |
| The ________Chain Reaction rapidly increased the number of copies of ______ | Polymerase; DNA |
| The Polymerase Chain Reaction (PCR) produces an exponential _____ in the amount of DNA and can make a billion copies by the 30th cycle | Increases |
| The update of external DNA (plasmids) by bacterial cells is called: | Transformation |
| Transformation allows the addition of _________ plasmid into the ________ so that the bacteria can produce the product of the desired gene | Bioengineered; Bacteria |
| ______ genes are used to show whether or not transformation was successful | Marker |
| If transformation was successful, you can see the product of the marker gene with the _____eye | Naked |
| An example of a marker gene is _______ Fluorescent Protein (PGI) and you can see the organisms fluoresce under UV lights | Green |
| ______ was the first cloned animal- sheep | Dolly |
| It is _____ and _____ to clone humans, even though it could be done | Unethical; Illegal |
| Human ______ is an example we studies of bioengineered bacterial cell | Insulin |