The starting point for the development of drugs for the treatment of clostridial deficiency, A breakthrough in research that offers scientists a promising starting point for the development of drugs that can cure C. Other viral diseases associated with infections that cause severe diarrhea, nausea, internal bleeding, and the possibility of death.

This bacterium affects about half a million Americans and causes nearly 15,000 deaths in the United States each year.

Excessive use of antibiotics exposes health care providers to get C. diff and complicates the treatment of certain types of bacteria.

Newly discovered information about the nature of the toxin released by the most dangerous C. diff strain gives researchers maps to develop drugs that can block the toxin and prevent bacteria from entering human cells. drugs for the treatment of clostridial deficiency.

The most dangerous C. diff strain secretes binary toxins that first bind to cells and then create pore-forming channels that allow toxins to penetrate and damage, the researchers said. We can combine several biophysical imaging techniques that are increasingly popular to visualize, characterize, and show each of these binary atomic atoms in place.

These details provide an important starting point and are very useful for the development of drugs that can prevent C. diff infections.

The researchers believe it is a binary poison (that is, it takes two components to function) that can penetrate cells using a method similar to anthrax poison. Based on this, they try to characterize how C. diff toxin differs from anthrax.

The researchers also identified a new calcium binding site in one of the C. diff toxin domains.

This type of binding structure has not yet been identified in other similar poisons, suggesting that calcium plays an important role in regulating C. formation and cell transition.

The results will guide the design of drugs that target C. diff infections, especially the more serious strains of C. diff bacteria.