The question that will direct an investigation on how to develop an antibiotic that inhibits protein synthesis in bacteria is "How can the carboxyl (-COOH) terminus of a growing polypeptide chain be blocked?
It should be noted that in order to develop antibiotics, it's important for scientists to understand the growth and reproduction of bacterias.
A factor that contributes to the growth and reproduction of bacteria is protein synthesis. When scientists understand the synthesis of protein, they can then be able to develop antibiotics that will block bacteria when there's an infection.
Weathering and erosion are similar in that they both work together to change and shape the Earth's surface. While weathering breaks rock and earth down, erosion is the displacement of the pieces and particles of rock and earth.
RNA polymerase, a chemical in the cell, is answerable for making mRNA from the right quality. RNA polymerase is like DNA polymerase, yet it makes a RNA strand as opposed to a DNA strand. The promoter region of DNA Helix is attached by RNA polymerase.
It pulls in nucleotides that supplement those on the DNA strand containing the gene of interest. RNA polymerase duplicates one strand of DNA to make a stretching bit of singlestranded mRNA. RNA polymerase makes the mRNA strand in what is known as the 5' to 3' course.
