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I'm a freelance designer and photographer from a little town in Nebraska, but I currently live just outside of Nashville. I'm also a student going to school to get my Bachelor's in Nursing to eventually be a Nurse Anesthetist.

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1 November 11
jtotheizzoe:

Vampire bacteria could become the ultimate antibiotic
Meet the nutrient-sucking vampire bacterium (Micavibrio aeruginosavorus, the yellow guy draining the purple one above) that could lead to a new world of antibiotic treatment. Unfortunately it only works at night and not after you’ve eaten garlic.

This vampire bacterium could well prove to be an extremely appealing alternative to common antibiotics, which work by inhibiting bacteria reproduction or breaking down their cell walls. The problem is that certain bacterial strains have developed resistance to these antibiotics, creating new breeds of so-called super bugs. Micavibrio aeruginosavorus is an intriguing alternative because bacteria can’t build up resistance to a predator in the same way they can a traditional antibiotic.
And because this bacterium only hunts a very select number of strains, it wouldn’t pose any threat to the myriad of beneficial bacteria that we rely on in our body. It also can get through difficult environments, like the viscous mucus film created by Pseudomonas aeruginosavorus, and reach its target in cases where traditional antibiotics would be significantly less effective.

(via io9)

jtotheizzoe:

Vampire bacteria could become the ultimate antibiotic

Meet the nutrient-sucking vampire bacterium (Micavibrio aeruginosavorus, the yellow guy draining the purple one above) that could lead to a new world of antibiotic treatment. Unfortunately it only works at night and not after you’ve eaten garlic.

This vampire bacterium could well prove to be an extremely appealing alternative to common antibiotics, which work by inhibiting bacteria reproduction or breaking down their cell walls. The problem is that certain bacterial strains have developed resistance to these antibiotics, creating new breeds of so-called super bugs. Micavibrio aeruginosavorus is an intriguing alternative because bacteria can’t build up resistance to a predator in the same way they can a traditional antibiotic.

And because this bacterium only hunts a very select number of strains, it wouldn’t pose any threat to the myriad of beneficial bacteria that we rely on in our body. It also can get through difficult environments, like the viscous mucus film created by Pseudomonas aeruginosavorus, and reach its target in cases where traditional antibiotics would be significantly less effective.

(via io9)

Reblogged: microculture

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  5. notmedicallyapproved reblogged this from malgosh
  6. stinguish reblogged this from jtotheizzoe
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  10. anotherjen reblogged this from koryminx and added:
    … swallowed a cat to eat the rat…
  11. chocolategrrl reblogged this from koryminx
  12. koryminx reblogged this from fuckyeahbiomedicina
  13. mesreves reblogged this from microculture
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  15. orangushamstursaurus reblogged this from malgosh
  16. biologicalzamazingo reblogged this from malgosh and added:
    Vampire bacteria could become the ultimate antibiotic Meet the nutrient-sucking vampire bacterium (Micavibrio...
  17. mandapattt reblogged this from malgosh
  18. jlmrealfitness reblogged this from malgosh
  19. e-rocki reblogged this from realfakescientist
  20. rescuefromreality reblogged this from rotiferola
  21. brokenslate reblogged this from malgosh and added:
    Sounds like a great replacement for antibiotics someday!
  22. rotiferola reblogged this from malgosh
  23. realfakescientist reblogged this from rotiferola
  24. dweebers reblogged this from malgosh and added:
    it’s a vampire
  25. malgosh reblogged this from vanawesome
  26. mermaidsparkles reblogged this from vanawesome
  27. vanawesome reblogged this from jtotheizzoe and added:
    Having recently attended a seminar regarding antibiotic resistance, I find this quite intriguing.
Themed by Hunson. Originally by Josh