Scientists
discover protein eye unable to resist bacteria
A team of researchers from the University of California Berkeley that proteins eye has a great ability to kill germs, a finding that may lead to the development of anti-microbial drugs is expensive.
The researchers found that small portions of the keratin protein found in the eye could play a key role in warding off pathogens.
In order to reach this conclusion, the researchers tested the ability of these small proteins to combat a range of pathogens.
Been able to small molecules that resist effectively the bacteria that lead to disease erosion of human flesh, inflammation or sore throat (strep Streptococcus pyogenes), diarrhea (bacteria E. coli) infections staph (Staphylococcus aureus) and cystic fibrosis lung infections (bacteria Pseudomonas aeruginosa).
The researchers say that these findings will lead to the development of new and effective treatment to resist a lot of dangerous pathogens.
They noted that it is relatively easy to manufacture keratin molecules, which makes this article hoping to develop low-cost drugs.
Perhaps what is most attention, is the presence of material Alkereitn into the body, which means it is not a toxic substance, and it is vital.
It should be noted that this small protein derived from protein cytokeratin 6A and one of the proteins that communicate with each other to be the existing network within the cytoplasm epithelial cells.
And we can find protein cytokeratin 6A in corneal epithelial cells in addition to the skin, hair and nails.
All these areas are constantly exposed to microbes, so it is logical that this article is part of the defense system for the human body.
The researchers added that further research and studies may reveal many different parts of keratin, which may play an important role in the body's defense system.
The researchers concluded that keratin may represent a new class of antibacterials that can be designed to kill pathogens selectively.
A team of researchers from the University of California Berkeley that proteins eye has a great ability to kill germs, a finding that may lead to the development of anti-microbial drugs is expensive.
The researchers found that small portions of the keratin protein found in the eye could play a key role in warding off pathogens.
In order to reach this conclusion, the researchers tested the ability of these small proteins to combat a range of pathogens.
Been able to small molecules that resist effectively the bacteria that lead to disease erosion of human flesh, inflammation or sore throat (strep Streptococcus pyogenes), diarrhea (bacteria E. coli) infections staph (Staphylococcus aureus) and cystic fibrosis lung infections (bacteria Pseudomonas aeruginosa).
The researchers say that these findings will lead to the development of new and effective treatment to resist a lot of dangerous pathogens.
They noted that it is relatively easy to manufacture keratin molecules, which makes this article hoping to develop low-cost drugs.
Perhaps what is most attention, is the presence of material Alkereitn into the body, which means it is not a toxic substance, and it is vital.
It should be noted that this small protein derived from protein cytokeratin 6A and one of the proteins that communicate with each other to be the existing network within the cytoplasm epithelial cells.
And we can find protein cytokeratin 6A in corneal epithelial cells in addition to the skin, hair and nails.
All these areas are constantly exposed to microbes, so it is logical that this article is part of the defense system for the human body.
The researchers added that further research and studies may reveal many different parts of keratin, which may play an important role in the body's defense system.
The researchers concluded that keratin may represent a new class of antibacterials that can be designed to kill pathogens selectively.
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