DNA Structure and Replication In an agarose gel, DNA is moving from cathode to anode anode to cathode left to right A to B cathode to anode anode to cathode left to right A to B ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication An important difference between eukaryotic and prokaryotic DNA replication is multiple origins of replication in eukaryotes more DNA polymerases are found in eukaryotes eukaryotic DNA polymerases are faster RNA primers are not required in eukaryotes multiple origins of replication in eukaryotes more DNA polymerases are found in eukaryotes eukaryotic DNA polymerases are faster RNA primers are not required in eukaryotes ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication There is a single origin for DNA replication in bacteria. How many origins of replication are found in the much larger genomes of eukaryotes such as mammals? About 100 none of these One Thousands and tens of thousands About 100 none of these One Thousands and tens of thousands ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication The RNA primers used to initiate replication in E. coli are removed by helicase + ATP result in Okazaki fragments on leading strand are removed by Pol I are joined together by DNA ligase are removed by helicase + ATP result in Okazaki fragments on leading strand are removed by Pol I are joined together by DNA ligase ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication The B-DNA structure found in solution is a right-handed double helix of antiparallel chains (∼10 bp/turn) left-handed double helix of antiparallel chains (10 bp/turn) left-handed zig-zag helix of antiparallel chains (10 bp/turn) right-handed double helix of parallel chains (∼10 bp/turn) right-handed double helix of antiparallel chains (∼10 bp/turn) left-handed double helix of antiparallel chains (10 bp/turn) left-handed zig-zag helix of antiparallel chains (10 bp/turn) right-handed double helix of parallel chains (∼10 bp/turn) ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication The enzyme responsible for breaking the hydrogen bonds, and thus separating the DNA strands during DNA synthesis is none of these strandase helicase DNA polymerase none of these strandase helicase DNA polymerase ANSWER DOWNLOAD EXAMIANS APP
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