Question

Why do Bacteria have a negative charge?

Answer 1

Bacteria are unicellular creatures that belong to the prokaryotic category and lack a true nucleus and a few organelles. Bacteria are recognised for having a basic body structure. Bacteria are single-celled microorganisms that lack membrane bound cell organelles, classifying them as prokaryotic creatures. The protective cell wall of bacteria, which is made up of a specific protein called peptidoglycan, is another remarkable trait.

Complete explanation:
The charge in the bacterial cell wall is caused by electron release during cell respiration due to enzymatic activity. Phospholipids and Lipopolysaccharides coat the outside of Gram-negative bacteria. Lipopolysaccharides provide Gram negative bacteria a significant negative charge on their surface. Due to the presence of peptidoglycan, which is rich in carboxyl and amino groups, most bacterial cells have an overall negative charge at neutral pH. Teichoic acids with phosphate-rich components also contribute to bacterial cell walls' negative charge. The presence of teichoic acids connected to either the peptidoglycan or the underlying plasma membrane causes Gram positive bacteria to have a negative charge. Because phosphate is present in their structure, these teichoic acids are negatively charged. Gram positive bacteria have more dense peptidoglycan layers than Gram negative bacteria, resulting in more net negatively charged electrons on the cell surface of Gram-positive bacteria.

Additional information:
Bacteria reproduce in an asexual way known as binary fission. When a single bacterium divides into two daughter cells, it produces two daughter cells. These are identical to one another as well as to the parent cell. The fission process begins with the replication of DNA within the parent bacterium. The cell eventually elongates and divides into two daughter cells. In bacteria, genetic recombination can occur through conjugation, transformation, or transduction. Because there is variety in the genetic material, the bacteria may become resistant to antibiotics in such instances.

Note:
Bacteria are germs that are beneficial to our health. Bacteria are commercially significant because people employ them for a variety of purposes. Bacteria are used to make traditional meals like yoghurt, cheese, and vinegar, among other things. Microbes are also necessary in agriculture for the formation of compost and fertiliser. They're used in genetic engineering. Bacteria are capable of causing a wide range of ailments. Many infectious diseases, such as pneumonia, tuberculosis, diphtheria, syphilis, and tooth rot, are caused by them. Antibiotics and prescription medicines can be used to counteract their effects.