As the ongoing Ebola epidemic rages in West Africa , it ’s becoming increasingly obvious that the protective suits worn by health care doer are extremely inadequate . To call this , research worker as Johns Hopkins have designed a new case that should dramatically slim infection risk of infection .
The prototype is peculiarly contrive to keep healthcare worker from coming into contact with Ebola patients ’ contagious body fluid , both during the discourse and , perhaps most critically , when the garment is being look at off . In fact , the large risk of infection in current Ebola security is the gear removal physical process .
The new - and - improved suit is also cool , which counts for a lot in the red-hot and humid clime of West Africa .
Other enhancement include a big clear bill in the tough ( which is integrated into the suit ) , a lowly battery - powered , dry air source to cool off the health care worker by blowing air travel directly into the toughie , air vents in the hood , a rearward zip ( which will reduce taint risk of infection during disrobing ) , and a cocoon - vogue doffing process that require few step than exist garments .
Indeed , the doffing operation is far simpler — and well secure — thanthe CDC ’s current protocol .
The suit is currently being developed by a team of expert under the supervising of Johns Hopkins University ’s Center for Bioengineering Innovation and Design ( CBID ) and Jhpiego , a nonprofit Johns Hopkins partner .
The lawsuit isthe first of five awardees in a federal funding contestdesigned to facilitate the development of new tools aimed at inhibit the epidemic .
Morehere .
picture : Johns Hopkins / Jhpiego
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