DNA Structure and Replication The B-DNA structure found in solution is a left-handed zig-zag helix of antiparallel chains (10 bp/turn) right-handed double helix of antiparallel chains (∼10 bp/turn) right-handed double helix of parallel 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 antiparallel chains (∼10 bp/turn) right-handed double helix of parallel chains (∼10 bp/turn) left-handed double helix of antiparallel chains (10 bp/turn) ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication An important difference between eukaryotic and prokaryotic DNA replication is RNA primers are not required in eukaryotes multiple origins of replication in eukaryotes eukaryotic DNA polymerases are faster more DNA polymerases are found in eukaryotes RNA primers are not required in eukaryotes multiple origins of replication in eukaryotes eukaryotic DNA polymerases are faster more DNA polymerases are found in eukaryotes ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication DNA can be sequenced by the both (a) and (b) chemical method physical method chain termination procedure both (a) and (b) chemical method physical method chain termination procedure ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication Proteins involved in opening a replication bubble are DNA helicases single stranded binding proteins ligase DNA topoisomerase DNA helicases single stranded binding proteins ligase DNA topoisomerase ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication The DNA is negatively super coiled, complexes to histone, All of these H-NS HSP-1 HU All of these H-NS HSP-1 HU ANSWER DOWNLOAD EXAMIANS APP
DNA Structure and Replication Okazaki fragments occur on the __________ and are bonded together by __________ Lagging strand, ligase Leading strand, polymerase mRNA, anticodons tRNA, polymerase Lagging strand, ligase Leading strand, polymerase mRNA, anticodons tRNA, polymerase ANSWER DOWNLOAD EXAMIANS APP