A) the finding of suitable donors.
B) some patients are allergic to the bacterial DNA used.
C) mutation of the patient's genes caused by the therapy.
D) detrimental side effects from the inserted genes.
E) All of the answer choices are problems with gene therapy.
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Multiple Choice
A) resistance among populations of certain pests
B) resistance to herbicides and pesticides
C) genetic exchange between engineered plants and related species
D) impact of engineered plants on nontarget plant species
E) presence of allergens
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Essay
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View Answer
Multiple Choice
A) inverse
B) species-specific
C) recombinant
D) transgenic
E) semiconservative
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Multiple Choice
A) producing high-yield tomato plants.
B) creating pest-resistant versions of corn.
C) cleaning up oil spills.
D) generating pharmaceuticals.
E) producing new types of high-yield beef.
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Multiple Choice
A) The genome of HIV can now be compared to the human genome to find similarities between the two.
B) Knowing the genome of HIV allows for the manufacture of designer drugs to treat specific strains.
C) Understanding the genetic code of HIV allows scientists to replicate it in the laboratory.
D) Understanding the evolution of HIV in an individual will help scientists understand how the virus responds to different drug regimes and will lead to better treatments.
E) Knowing the proteins produced by HIV will allow the development of drugs to mimic those proteins.
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Multiple Choice
A) yeast
B) roundworms
C) human beings
D) fruit flies
E) mice
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Multiple Choice
A) it is necessary to carry out the procedure completely by hand.
B) animals need donor eggs to contain the genetic material,while bacteria can have the new genes inserted into any bacterial cell.
C) transgenic animals can be created in large numbers,while bacteria must be created one at a time to control contamination.
D) the membranes of the bacteria must be disrupted to allow the genes to be taken up into the cell and animals do not require the host cell membrane to be disrupted.
E) the membranes of the animal cell must be disrupted to allow the genes to be taken up into the cell and bacteria do not require the host cell membrane to be disrupted.
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Multiple Choice
A) karyotyping.
B) amniocentesis.
C) genetic profiling.
D) chorionic villi sampling.
E) gene therapy.
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Multiple Choice
A) any cell may be used as long as is does not have a cell wall.
B) only eggs may be used for animals,while any cell may be used for plants and bacteria.
C) only eggs may be used for plants and animals,while any cell may be used for bacteria.
D) only eggs may be used to create any transgenic organism.
E) transgenic bacteria are created first and then used to create transgenic plants and animals.
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Multiple Choice
A) proteins are more complex than DNA.
B) proteins are harder to sequence than DNA.
C) there are 20 amino acids that comprise proteins and only 4 nucleotides that compose DNA.
D) scientists understand less about amino acids than they do about nucleotides.
E) each cell in an organism has exactly the same DNA but different cell types each produce different types of proteins.
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True/False
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Multiple Choice
A) fight off mutations of the patient's DNA.
B) produce radioactive isotopes.
C) cause cell death.
D) produce anticancer drugs.
E) All of the answer choices are correct.
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Multiple Choice
A) fragments of DNA that are different lengths.
B) recombinant DNA.
C) billions of copies of a segment of DNA.
D) plasmids to be used as vectors in cloning.
E) transgenic crop plants.
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Multiple Choice
A) polymerase chain reaction
B) recombinant DNA technology
C) short tandem repeat (STR) profiling
D) gene therapy
E) None of the answer choices is correct.
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Multiple Choice
A) short tandem repeat (STR)
B) polymerase chain reaction (PCR)
C) recombinant DNA (rDNA)
D) gene cloning
E) None of the answer choices is correct.
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Multiple Choice
A) length or the repeated sequence; number of fragments
B) rDNA; tRNA
C) specific genetic sequences; types of mRNA
D) mitochondrial DNA; number of fragments
E) mitochondrial DNA; specific genetic sequences
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Multiple Choice
A) knowing the exact sequence of DNA in an individual could allow pharmaceutical companies to design drugs for their exact genotype.
B) the discovery of the chemical makeup of DNA.
C) determining individuals who have a predisposing factor that could lead to future illness could allow for earlier treatment.
D) the improvement of sequencing technology that will allow the genomes of other species to be more readily sequenced.
E) enabling scientists to sequence the genome of various other organisms.
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Multiple Choice
A) Large sections of the human genome do not code for a polypeptide.
B) Nucleotides are composed of a pentose sugar,a phosphate group,and one of four nitrogenous bases.
C) DNA carries the information to make a polypeptide.
D) Regulation of gene expression determines the specialization of cells in humans.
E) DNA carries the information to make mRNA.
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Multiple Choice
A) requires the removal of cells from the individual undergoing the treatment and then the reintroduction of these cells once they have been genetically modified.
B) requires the use of an agent to introduce genetic material directly into the body using a vector such as an adenovirus vector.
C) has few or no side effects on the individual receiving the treatment.
D) allows for a wider range of disorders to be treated than in vivo treatments.
E) is considered to be more dangerous for the patient than in vivo treatment.
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