The Resistant And Resilient Bacterium

 category : Health

 

The bacterium is not so far as controversial as this post currently posted; in the case someone and somehow is or are ignorant of the bacterium.The scientists are finding it hard to battle against due to its strong resistance and resilience to drugging.

 

So far in the reports,no pharmaceutical drug can match the resistance of this bacterium but somehow some scientists study its resilience in the case they can crack it down.

 

As popular or not popular as this post,this bacterium is the "S.Aureus" or "Staphylococcos Aureus" or "Staph Aureus"

 

Staphylococcos Aureus is often seen as a commensal bacteria on human body but sometimes it is seen as a pathogenic or an opportunistic pathogenic that can wreck havoc on this commensal relationship.It is often said to be on respiratory tract as information said,particularly on human's noses and as well as skin.When it becomes pathogenic it cause infections.It is a type of bacteria that is considered to be "Gram-positive" or it means bacteria that retain tha stain on the staininng method or technique developed by a bacteriologist with the name "Gram" or by Hans Christian Gram.

 

The bacteria as this post is posted,is a major treat to antibiotic medication for its strong resistance and resilience against such medication.

 

According to the report,the penicillin invented by Alexander Fleming is in the troubled waters because of this bacteria.

 

" S. aureus is the Dr. Jekyll and Mr. Hyde of the microbial world. It exists harmlessly on the skin and in nasal passages, a commensal bacterium that is part of the human microbiome. But it also exists as a drug-resistant pathogen, and microbiologists have found that many of these bacteria are resistant to multiple antibiotics.Worse, the collaborative team in Hungary and China is issuing both a renewal of Fleming's earlier warning and a 21st century twist on his concern. Pathogenic S. aureus strains are not only resistant to many antibiotics on pharmacy shelves, but they quickly gain resistance to antibiotic candidates in the developmental pipeline, repelling medications before they're even tested in humans."The continuous rise of antimicrobial resistance is a serious global concern and has been compared to a pandemic," writes Dr. Ana Martins of the Synthetic and Systems Biology Unit at the Biological Research Center in Szeged, Hungary. Martins is lead author of a new antibiotic resistance study published in Science Translational Medicine." (PHYS)