Explain the role of RNA polymerase in transcription. What are the differences between RNA polymerase and primase? Why is Taq polymerase the ideal polymerase for a polymerase chain reaction? Why is DNA replicated into RNA, and why can't it be directly translated ...
What does DNA primase do? What is the role of a phosphate group in a strand of DNA? What is the function of the DNA polymerase? Is it for DNA replication or the RNA replication? What is DNA sequencing? How does the structure of DNA fit its function, especially as it relates ...
all preferentially bind at sites of new cell synthesis and not at regions of ‘old’ cell wall. This has several important implications. First, it suggests that phages may have evolved to specifically recognize cells that are actively growing and are thus metabolically active...
LSU - Large Subunit. Looking for abbreviations of LSU? It is Large Subunit. Large Subunit listed as LSU
DNA-free RNA samples were fragmented by heating at 95 °C. A cDNA library was constructed from 100 ng of total RNA by using the RNA-Seq Library Preparation Kit for Whole Transcriptome Discovery (Gnomegen). The quality of the library was determined by agarose gel electrophoresis, and by using...
DNA Replication: DNA replication is the process of duplicating DNA. It is important for cell division and occurs just prior to mitosis and meiosis to ensure the daughter cells get the correct amount of DNA. Answer and Explanation:1 DNA replication is an anabolic process. Metabolism is the sum...
What is DNA helicase? What does it do?DNA Replication:DNA replication is an important process that occurs as the cell is beginning to divide into two. This is because the new daughter cell will need its own DNA, and so the original DNA needs to replicate....
SSU - Small Subunit. Looking for abbreviations of SSU? It is Small Subunit. Small Subunit listed as SSU
DNA Replication (Updated) Why is replication called Semiconservative? DNA replication is semi-conservativebecause each helix that is created contains one strand from the helix from which it was copied. The replication of one helix results in two daughter helices each of which contains one of the ...
The bS21 protein is small (8.5 kD), highly basic, and specific for bacterial ribosomes. It comprises two α-helices connected by a coiled region [4]. It locates between the “head” and the “body” of the small ribosomal subunit (SSU) [4], in contact with the RNA helix formed ...