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Genetic Engineering Jeopardy. Engineering techniques. Hybrids. clones. Vocabulary. Potpourri. Q $100. Q $100. Q $100. Q $100. Q $100. Q $200. Q $200. Q $200. Q $200. Q $200. Q $300. Q $300. Q $300. Q $300. Q $300. Q $400. Q $400. Q $400. Q $400. Q $400. Q $500. Q $500.
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Genetic Engineering Jeopardy Engineering techniques Hybrids clones Vocabulary Potpourri Q $100 Q $100 Q $100 Q $100 Q $100 Q $200 Q $200 Q $200 Q $200 Q $200 Q $300 Q $300 Q $300 Q $300 Q $300 Q $400 Q $400 Q $400 Q $400 Q $400 Q $500 Q $500 Q $500 Q $500 Q $500 Final Jeopardy
$100 Question from Engineering Techniques • Which of the following techniques • do scientists use to make many copies of a gene? • transformation • cloning • gel electrophoresis • polymerase chain reaction
$100 Answer from Engineering Techniques • polymerase chain reaction (PCR)
$200 Question from Engineering Techniques • Analyzing DNA by gel electrophoresis • allows researchers to • identify similarities and differences • in the genomes of different kinds of organisms. • determine whether a particular allele of a • gene is dominant or recessive. • c. compare the phenotypes of different organisms.
$200 Answer from Engineering Techniques A. identify similarities and differences in the genomes of different kinds of organisms.
$300 Question from Engineering Techniques Genetic engineering involves a. reading a DNA sequence. b. editing a DNA sequence. c. reinserting DNA into living organisms. d. all of the above
$300 Answer from Engineering Techniques d. all of the above
$400 Question from Engineering Techniques Scientists produced oil-eating bacteria by a. making bacteria polyploid. b. inbreeding bacteria. c. inducing mutations in bacteria. d. hybridizing bacteria.
$400 Answer from Engineering Techniques c. inducing mutations in bacteria..
$500 Question from Engineering Techniques The process of making changes in the DNA code of living organisms is called a. selective breeding. c. inbreeding. b. genetic engineering. d. hybridization.
$500 Answer from Engineering Techniques B. b. genetic engineering
$100 Question from Hybrids The crossing of buffalo and cattle to produce beefalo is an example of a. inbreeding. c. genetic engineering. b. hybridization. d. transformation.
$100 Answer from Hybrids b. hybridization.
$200 Question from Hybrids • Two dissimilar individuals are • crossed in the process of • inbreeding. • transformation. • hybridization. • genetic engineering.
$200 Answer from Hybrids c. hybridization.
$300 Question from Hybrids a. TRUE or b. FALSE Hybrids are often hardier than either of the parents.
$300 Answer from Hybrids A. TRUE
$400 Question from Hybrids a. TRUE b. FALSE To maintain the desired characteristics of a line of organism, breeders often use hybridization.
$400 Answer from Hybrids b. FALSE
$500 Question from Hybrids Which of the following techniques do scientists use to make transgenic organisms? a. hybridization c. inducing mutations b. inbreeding d. genetic engineering
$500 Answer from Hybrids d. genetic engineering
$100 Question from Cloning A member of a population of genetical identical cells produced from a single cell is a ? a. Plasmid c. Clones b. twin d. Transgenic Mutants
$100 Answer from Cloning c. clones
$200 Question from Cloning The Scottish scientist Ian Wilmut cloned a a. bacterium. c. plant. b. sheep. d. cow.
$200 Answer from Cloning b. sheep.
$300 Question from Cloning What kind of cell or cells were used to make Dolly? a. body cell only c. egg cell and sperm cell b. egg cell only d. body cell and egg cell
$300 Answer from Cloning d. body cell and egg cell
$400 Question from Cloning Which of the following is a clone? a. the adult female sheep whose DNA was used to produce Dolly b. a transgenic mouse c. genetically identical bacteria produced from a single cell d. the tobacco plant with the luciferase gene
$400 Answer from Cloning c. genetically identical bacteria produced from a single cell
$500 Question from Cloning • In the cloning shown in above, • which sheep provided an egg cell? • Sheep A • Sheep B • Sheep C • lamb • .
$500 Answer from Cloning • Sheep B
$100 Question from Vocabulary • Selective breeding produces • more offspring. • desired traits in offspring. • fewer offspring. • transgenic organisms.
$100 Answer from Vocabulary b. desired traits in offspring.
$200 Question from Vocabulary What is the ultimate source of genetic variability? a. inbreeding c. hybridization b. plasmids d. mutations
$200 Answer from Vocabulary d. mutations .
$300 Question from Vocabulary • Breeders maintain the desired • traits of an organism by • inbreeding. • hybridization. • using restriction enzymes. • inducing mutations.
$300 Answer from Vocabulary a. inbreeding.
$400 Question from Vocabulary Which of the following have been produced by selective breeding? a. horse breeds c. dog breeds b. cat breeds d. all of the above
$400 Answer from Vocabulary d. all of the above
$500 Question from Vocabulary Which of the following is most likely to bring together two recessive alleles for a genetic defect? a. inbreeding c. genetic engineering b. hybridization d. transformation
$500 Answer from Vocabulary a. inbreeding
$100 Question from Potpourri A DNA molecule produced by combining DNA from different sources is known as a. a mutant. c. a polyploid. b. a hybrid. d. recombinant DNA.
$100 Answer from Potpourri d. recombinant DNA.
$200 Question from Potpourri • Knowing the sequence of an organism’s • DNA allows researchers to • clone the organism. • study specific genes. • mutate the DNA. • extract the DNA.
$200 Answer from Potpourri b. study specific genes.
$300 Question from Potpourri a. TRUE or b. FALSE The genetic variation that exists in nature is enough to satisfy the needs of breeders.
$300 Answer from Potpourri b. FALSE
$400 Question from Potpourri a. True or b. False Making changes to the DNA code is similar to changing the code of a computer program.
$400 Answer from Potpourri a. True.
$500 Question from Potpourri • Which sheep is the • surrogate mother? • Sheep A • Sheep B • Sheep C • .
