Dianfeng Chemical
SUPPLEMENTS
Shigella Hydrogen Sulfide
Shigella and Hydrogen Sulfide
Shigella, the genus of microorganisms. It is quite specific in biochemical signs and hydrogen sulfide production.
Observation of various experimental methods to observe the state of hydrogen sulfide production by Shigella. Prepare various media to adapt to its growth environment. Put Shigella in it and raise it for a few hours.
Common, Shigella produces hydrogen sulfide, and there are many different properties. There are strains that can produce hydrogen sulfide in a specific medium, causing the color of the medium to change. In response to iron salts, it appears black. However, there are also strains. Although they are in the same environment, they do not have this change and do not produce hydrogen sulfide.
Investigate the cause, because of the genetic differences of Shigella, the metabolic path is different. The structure of its genes, which controls the synthesis of enzymes, is related to the path of hydrogen sulfide production. The activity and amount of enzymes are different, and whether the production of hydrogen sulfide is different is definitely divided.
This situation has important implications in medical science and microbiology. Doctors can diagnose diseases, distinguish the genus of bacteria, and observe the production of hydrogen sulfide. In the study of microbiology, it is also dependent on this to clarify the rules of its metabolism and explore the secrets of inheritance. It is based on the relationship between Shigella and hydrogen sulfide that is valued by the academic community. Wait for the wise to study more deeply and open a new chapter.
Shigella, the genus of microorganisms. It is quite specific in biochemical signs and hydrogen sulfide production.
Observation of various experimental methods to observe the state of hydrogen sulfide production by Shigella. Prepare various media to adapt to its growth environment. Put Shigella in it and raise it for a few hours.
Common, Shigella produces hydrogen sulfide, and there are many different properties. There are strains that can produce hydrogen sulfide in a specific medium, causing the color of the medium to change. In response to iron salts, it appears black. However, there are also strains. Although they are in the same environment, they do not have this change and do not produce hydrogen sulfide.
Investigate the cause, because of the genetic differences of Shigella, the metabolic path is different. The structure of its genes, which controls the synthesis of enzymes, is related to the path of hydrogen sulfide production. The activity and amount of enzymes are different, and whether the production of hydrogen sulfide is different is definitely divided.
This situation has important implications in medical science and microbiology. Doctors can diagnose diseases, distinguish the genus of bacteria, and observe the production of hydrogen sulfide. In the study of microbiology, it is also dependent on this to clarify the rules of its metabolism and explore the secrets of inheritance. It is based on the relationship between Shigella and hydrogen sulfide that is valued by the academic community. Wait for the wise to study more deeply and open a new chapter.
Scan to WhatsApp
