As we careen toward a post-antibiotic future medical researchers and scientists are looking for the next generation of cures and treatments by poking through nature's medicine cabinet, the jungle. A midst the jungle's overwhelming fornication and overwhelming growth hangs one of nature's calmest creatures: the humble sloth. As Thomas Morton, Vice News reporter said “sloths, named by every language they exist in for the sin of being worthlessly lazy, may be so lazy they end up saving us.” , Researchers who took a long hard look at what’s populating sloths in Panama have discovered that, among the flora and fauna of sloth hair, there are fungi growing that are resistant to the parasites that cause malaria, human breast cancer cell lines, and a range of pathogenic bacteria.the sloth's hairs were cut up and put into cultures, where the fungi could grow for a few weeks and then be closely examined.The results were 84 different fungal isolates, some of which, the researchers believe, had never been seen before. Using ethyl acetate to make extracts from the fungi, the researchers found two extracts that inhibited the growth of one of the parasites that causes malaria in humans, eight that inhibit the trypanosoma that causes Chagas disease, and 15 that were highly active against the MCF-7 breast cancer cell line.The next generation of medicines might be culturing on a sloth's still back right now!
Wednesday, 25 March 2015
SLOTHS ARE THIS NATIONS BACKBONE!
As we careen toward a post-antibiotic future medical researchers and scientists are looking for the next generation of cures and treatments by poking through nature's medicine cabinet, the jungle. A midst the jungle's overwhelming fornication and overwhelming growth hangs one of nature's calmest creatures: the humble sloth. As Thomas Morton, Vice News reporter said “sloths, named by every language they exist in for the sin of being worthlessly lazy, may be so lazy they end up saving us.” , Researchers who took a long hard look at what’s populating sloths in Panama have discovered that, among the flora and fauna of sloth hair, there are fungi growing that are resistant to the parasites that cause malaria, human breast cancer cell lines, and a range of pathogenic bacteria.the sloth's hairs were cut up and put into cultures, where the fungi could grow for a few weeks and then be closely examined.The results were 84 different fungal isolates, some of which, the researchers believe, had never been seen before. Using ethyl acetate to make extracts from the fungi, the researchers found two extracts that inhibited the growth of one of the parasites that causes malaria in humans, eight that inhibit the trypanosoma that causes Chagas disease, and 15 that were highly active against the MCF-7 breast cancer cell line.The next generation of medicines might be culturing on a sloth's still back right now!
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