The application called multiple strand displacement amplification is a powerful tool because ________.
A. it allows single-cell genomic sequencing that can analyze uncultivated microorganisms
B. it provides data on the pathogenic nature of the microorganism
C. it provides errorless sequencing results for that microorganism
D. it identifies the transcriptome of the microorganism
Answer: A
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Bioluminescence, as seen in squids, is possible because:
A. specialized cellular organelles of squids carry out a chemical reaction that results in light production. B. symbiotic bacteria housed in specialized organs of the squid are capable of generating light. C. squids produce a fluorescent product during cellular respiration. D. squids produce a mucous layer that reflects light energy.
A convenient and reliable identification scheme for P. aeruginosa involves which of the following conventional tests?
a. Oxidase, triple sugar iron (TSI) slant, growth at 42°C on Mueller-Hinton agar or trypticase soy agar b. Catalase, lysine iron agar (LIA) slant, growth at 42°C on Mueller-Hinton agar or trypticase soy agar c. Oxidase, TSI slant, growth at 24°C on Mueller-Hinton agar or trypticase soy agar d. Catalase, TSI slant, growth at 42°C on sheep blood agar or blood trypticase soy agar
What are the ecological consequences of acidification of rain and oceans?
A) They damage the health of ecosystems. B) They do not have any consequences on ecosystems. C) They improve the health of ecosystems. D) Acid rain damages ecosystems, but ocean acidification improves the health of oceans.
Which of the following procedures would be used to introduce DNA into a single mouse cell?
A) Southern blotting B) electroporation C) gene gun D) microinjection E) protoplast fusion