Question: who would you be more likely to see in a show, Ian Bremmer or Lucine Amara

<P0-S0> Lucine Amara (born March 1, 1925) is an American soprano who was largely based at the Metropolitan Opera in New York. <SEP> <P1-S0> Ian Bremmer (born November 12, 1969) is an American political scientist specializing in U.S. foreign policy, states in transition, and global political risk. <P1-S1>  He is the president and founder of Eurasia Group, a political risk research and consulting firm with offices in New York City, Washington, London, Tokyo, São Paulo, San Francisco, and Singapore. <P1-S2>  As of December 2014, he is foreign affairs columnist and editor-at-large at "Time". <P1-S3>  In 2013, he was named Global Research Professor at New York University. <P1-S4>  Eurasia Group provides analysis and expertise about how political developments and national security dynamics move markets and shape investment environments across the globe. <SEP> <P2-S0> Restriction sites, or restriction recognition sites, are locations on a DNA molecule containing specific (4-8 base pairs in length) sequences of nucleotides, which are recognized by restriction enzymes. <P2-S1>  These are generally palindromic sequences (because restriction enzymes usually bind as homodimers), and a particular restriction enzyme may cut the sequence between two nucleotides within its recognition site, or somewhere nearby. <P2-S2>  For example, the common restriction enzyme EcoRI recognizes the palindromic sequence GAATTC and cuts between the G and the A on both the top and bottom strands, leaving an overhang (an end-portion of a DNA strand with no attached complement) known as a sticky end on each end of AATT. <P2-S3>  This overhang can then be used to ligate in (see DNA ligase) a piece of DNA with a complementary overhang (another EcoRI-cut piece, for example). <P2-S4>  Some restriction enzymes cut DNA at a restriction site in a manner which leaves no overhang, called a blunt end. <P2-S5>  Blunt ends are much less likely to be ligated by a DNA ligase because the blunt end doesn’t have the overhanging base pair that the enzyme can recognize and match with a complementary pair. <P2-S6>  Sticky ends of DNA however are more likely to successfully bind with the help of a DNA ligase because of the exposed and unpaired nucleotides. <P2-S7>  For example, a sticky end trailing with AATTG is more likely to bind with a ligase than a blunt end where both the 5' and 3' DNA strands are paired. <P2-S8>  In the case of the example the AATTG would have a complimentary pair of TTAAC which would reduce the functionality of the DNA ligase enzyme. <SEP> <P3-S0> The misinformation effect happens when a person's recall of episodic memories becomes less accurate because of "post-event information". <P3-S1>  For example, in a study published in 1994, subjects were initially shown one of two different series of slides that depicted a college student at the university bookstore, with different objects of the same type changed in some slides. <P3-S2>  One version of the slides would, for example, show a screwdriver while the other would show a wrench, and the audio narrative accompanying the slides would only refer to the object as a "tool". <P3-S3>  In the second phase, subjects would read a narrative description of the events in the slides, except this time a specific tool was named, which would be the incorrect tool half the time. <P3-S4>  Finally, in the third phase, subjects had to list five examples of specific types of objects, such as tools, but were told to only list examples which they had "not" seen in the slides. <P3-S5>  Subjects who had read an incorrect narrative were far less likely to list the written object (which they hadn't actually seen) than the control subjects (28% vs. 43%), and were far more likely to incorrectly list the item which they had actually seen (33% vs. 26%).