The principle of in-solution hybridization is
A) the hybridization between a labeled probe and target nucleic acids in a liquid solution in tubes or in microtiter wells.
B) the hybridization between an immobilized labeled probe and target nucleic acids in a liquid solution in tubes or in microtiter wells.
C) the hybridization between a labeled probe in solution and immobilized target nucleic acids.
D) when two solutions are combined and hybridization occurs between the probe and the target, then the tube is centrifuged to detect the precipitated hybridized target and probes.
Correct Answer:
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Q2: How do higher probe concentrations affect a
Q3: Common uses of probes include all of
Q4: The steps for performing the Northern blot
Q5: Many hybridization assay conditions are based on
Q6: Which of the following compounds are used
Q7: The steps for performing the Southern blot
Q8: A Northern blot is used to detect
A)
Q9: The target nucleic acid strand is
A) the
Q10: The function of the probe is to
A)
Q11: The principle of solid support hybridization (often
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