Mutation & Genetic Engineering Quiz
Putting the gene for bioluminescence into a fish is an example of…
A. Genetic Engineering
B. Selective Breeding
C. Artificial Selection
D. Gene Mutation
In which ways can genetic engineering can improve crops
A. Make them pest or drought resistant
B. Make them more nutritious
C. Make them larger
D. All answers are correct
A parent that has a mutation to their skin cells can pass this mutation to their offspring
What are the effects that mutations can have?
A. only harmful effects
B. Harmful, helpful and neutral
C. only harmful and neutral effects
An example of selective breeding is
A. a dog breeder mating 2 dogs to make more dogs
B. a farmer grows bees to pollinate the plants on his farm
C. a person pollinates 2 white rose plants to only create white roses
Evidence shows that the wolf is the ancestor to all of the breeds of dogs shown below. How did this variation arise in a relatively short period of time?
A. A. Genetic manipulation
B. Natural selection
C. Random chance
D. Selective breeding
Mutations are SOMETIMES helpful to the organism.
Which organelle is DNA usually found in?
A. cell membrane
Which of the following is an example of a beneficial mutation?
A. When an organism’s lifespan becomes shorter.
B. When an organism becomes unable to reproduce.
C. When an organism’s body becomes deformed.
D. When an organism develops immunity to a disease.
When DNA is manipulated and moved from one source to another it is known as
A. genetic engineering
C. gene therapy
What is a mutation?
A. No change in DNA
B. Any change in DNA
C. No change in RNA
Genetic engineering has been used to produce
B. food animals.
C. improved crops.
D. all of these.
Making changes in the DNA of an organism is
A. selective breeding
B. artificial selection
C. genetic engineering
D. genetic transformation
When can an acquired mutation be passed from parent to offspring?
A. only if the mutation occurs in sex cells
B. only if the mutation occurs in the y-chromosome
C. only if the parent has an acquired mutation in an autosomal chromosome
D. only if neither of the parents has the mutation in sex cells.
Selective breeding is…
A. a process to create an organism with desired traits from parents with those desired traits
B. natural method of producing offspring with desired traits
C. creating a new species
D. making organisms reproduce during times of stress
Mutations can benefit humans because they can:
A. Cause illness
B. Make an organism more suited to live in its environment.
C. Make organisms live shorter lives
D. Cause organisms to grow extra limbs.
Mutations can be…
D. All of the Above
What causes mutations?
A. Mistakes in replication or environmental substances
B. The amino acids
C. Passed down by genetics
D. It’s how your born
A. Changes in the sequence of DNA
B. Broken chromosomes
C. Bad genes
Increasing helpful traits to an organism is one way a breeder may use selective breeding.
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