The “vampire” bacterium Micavibrio aeruginosavorus (yellow), leeched to and sucking nutrients from a Pseudomonas aeruginosa bacterium (purple), surrounded by dead P. aeruginosa (gray) cells.
According to research at the University of Virginia, this impressive vampire-like bacteria could serve as a powerful natural antibiotic amidst rapidly evolving drug-resistant bacterial diseases such as tuberculosis. Micavibrio aeruginosavorus is unique in that it can survive entirely on a “diet” of certain bacteria, rather than drawing nutrients from its environment. The bacteria is also “so selective a feeder, it is harmless to the thousands of beneficial bacteria that dwell in the general environment and in the human body.”

Photo Credit: University of Virginia

The “vampire” bacterium Micavibrio aeruginosavorus (yellow), leeched to and sucking nutrients from a Pseudomonas aeruginosa bacterium (purple), surrounded by dead P. aeruginosa (gray) cells.

According to research at the University of Virginia, this impressive vampire-like bacteria could serve as a powerful natural antibiotic amidst rapidly evolving drug-resistant bacterial diseases such as tuberculosis. Micavibrio aeruginosavorus is unique in that it can survive entirely on a “diet” of certain bacteria, rather than drawing nutrients from its environment. The bacteria is also “so selective a feeder, it is harmless to the thousands of beneficial bacteria that dwell in the general environment and in the human body.”


Photo Credit: University of Virginia



  1. imasquint reblogged this from biologylair
  2. jeand54 reblogged this from biologylair
  3. prettyexplosions1289 reblogged this from biologylair
  4. scarlettspeedster reblogged this from biologylair
  5. sonofthemountains reblogged this from alscientist and added:
    …..so it’s a good guy?
  6. alscientist reblogged this from scientificthought
  7. bocadebuho reblogged this from scientificthought
  8. schadenfreude-spiel reblogged this from biologylair
  9. iaccidentallyallthephysics reblogged this from biologylair
  10. zentumbling reblogged this from biologylair
  11. -mybarbaricyawp reblogged this from eternalacademic and added:
    The “vampire” bacterium Micavibrio aeruginosavorus (yellow), leeched to and sucking nutrients from a Pseudomonas...
  12. amirulrhe reblogged this from biologylair
  13. randomscientist reblogged this from biologylair
  14. littlebiologist reblogged this from biologylair
  15. stormybabe reblogged this from kawaiimon
  16. kawaiimon reblogged this from pavlovsstepson and added:
    Each bacteria has a “phage” which will eat that particular bacteria and nothing else. Research on this has been done in...
  17. pavlovsstepson reblogged this from biologylair
  18. faoll reblogged this from biologylair
  19. life-forces-maybe reblogged this from biologylair
  20. clownconspiracy reblogged this from biologylair
  21. molecularlifesciences reblogged this from theprinceofamber
  22. insidious-intent reblogged this from biologylair
  23. mustlovehate reblogged this from biologylair
  24. eternalacademic reblogged this from biologylair and added:
    And Source: http://io9.com/5855404/vampire-bacteria-could-become-the-ultimate-antibiotic
  25. tilcs reblogged this from vetstudent-microbiologymaniac
  26. glassandpetrol reblogged this from vetstudent-microbiologymaniac
  27. doublethinkinghopefulpessimist reblogged this from biologylair
  28. inthespacecapsule reblogged this from vetstudent-microbiologymaniac
  29. vetstudent-microbiologymaniac reblogged this from biologylair
  30. bandaloopdoctors reblogged this from biologylair and added:
    The “vampire” bacterium Micavibrio aeruginosavorus (yellow), leeched to and sucking nutrients from a Pseudomonas...
  31. istanbulisconstantinople reblogged this from biologylair
  32. hesdeadjim reblogged this from biologylair


« »