
Answer: Cell wall
penicillin kills bacteria bu affecting its protein sunthesis cell wall DNA gurase all of the above
Penicillin is an enzyme-inhibiting antibiotic that kills bacteria by suppressing the synthesis of bacterial cell walls. The bacterial cell wall is made of cross-linked peptidoglycan, which is synthesized from peptidoglycan monomers by transpeptidase enzymes. How does penicillin suppress the synthesis of bacterial cell walls? O Penicillin binds to the cross-linked peptidoglycan, preventing further bacterial cell wall growth. Penicillin signals the bacterial cell to stop producing the transpeptidase enzymes. Penicillin binds to the transpeptidase enzymes, preventing the synthesis of cross-linked peptidoglycan....
For each of the following statements about Peptidoglycan, answer TRUE or FALSE Penicillin kills bacteria by inhibiting peptidoglycan synthesis. Muramic acid is a modified sugar that is found in bacterial cell walls. The cell wall of yeast and other fungi is made of peptidoglycan. peptidoglycan are not seen in proteins. peptidoglycan. peptidoglycan. Some of the amino acids found in The cell wall of Archeae is made of Viruses do not have a cell wall made of Submit Answer Tries 0/3
The bactericidal antibiotic penicillin kills bacterial cells by preventing peptidoglycan (cell wall) biosynthesis. Which of the following phases of the bacterial growth curve would you expect penicillin to be most active against?
Penicillin affects bacterial cell metabolism by targeting O DNA and RNA synthesis O protein synthesis O vitamin synthesis O cell wall synthesis iron transport
Briefly explain how each of the following mechanisms of action inhibits or kills bacteria and give examples of each: Inhibition of cell wall biosynthesis Inhibition of protein synthesis Inhibition of membrane function. Inhibition of nucleic acid synthesis Inhibition of metabolic pathways Inhibition of ATP synthase
a cell that allows a cell free DNA to enter by passing through its cell wall and cell membrane has to be a.competent b.mutated c. lysed
Which of the following is not a characteristic of bacteria? DNA is free in the cytoplasm. Ribosomes are present as the site of protein synthesis. The cell wall is made of peptidoglycan or other distinct polysaccharides. Organelles termed mitochondria are the site of ATP production.
Which is NOT a structure associated with bacteria? membrane cell wall nucleolus nucleoid none are found m bacteria) modifies molecules such as proteins and lipids for secretion (release from the cell) Chloroplast Golgi apparatus lysosomc Mrtochondren none Energy extraction from nutrients; site of cellular respiration; produces ATP Chloroplast Golgi apparatus lysosome Mitochondrion none Endomembrane Involved in lipid and steroid synthesis Lysosome Peroxisome smooth ER Ribosome rough ER Translates mRNA into protein Lysosome Peroxisome smooth ER Ribosome rough ER Meiosis is...
Which of the following statements is NOT true of current-living bacteria (Eubacteria) Peptidoglycan cell wall c. Often named by their shape Cellulose cell membrane d. Capable of motion 2. Which of the following components is NOT one of the 4 main types of organic molecules? Nucleic Acids/DNA c. Minerals/Micronutrients Amino Acids/Proteins d. Fatty Acids/Lipids 3. In a scientific experiment, the variable that provides direct observable, changes to the data as it is directly influenced by the experiment’s conditions,...
1. Regarding the structure of bacteria cells: a) They always have a cell wall b) They are structurally the same as human cells c) They contain a distinct nucleus d) All of the above are correct 2. Cold sores and fever blisters are an example of a) A recurring bacterial infection b) A latent viral infection c) A nosocomial infection d) A fungal infection 3. Fungal infections: a) Are always a minor illness b) May present with pneumonia - like...