petrolmunchin

 

Pseudomonas Putida

Page history last edited by sam 2 yrs ago

Pseudomonas Putida 

 

Introduction:

 

Pseudomonas putida is a petroleum eating bacteria. The reason for why people called this bacteria a petroleum eating bacteria was because there was an oil spill in the Mediterranean sea. Many people believed that there wasn't a lot of potential in this bacteria. Still, when an oil ship called the Prestige sank on November 19th, 2002, people began to search for ways of cleaning oil spills. Then the bacteria option came back. After a few months the bacteria became a synthetic bacteria. This was the way this bacteria got its name. (history was my job roberto)

 

Characterisitics:

Pseudomonas putida is the scientific name for our bacteria. For its formal scientific name click here.

 

Aerobic Metabolism

 

  • This means that its cells break down organic compounds
  • With oxygen as the final electron acceptor

 

Gram-Negative Bacterium

 

  • This bacteria stains pink with gram stain
  • It contains an outer covering in its cell wall

 

Structure

 

  • Contains a flagellum therefore it ois motile
  • It has a cell wall
  • Bacteria is rod shaped
  • Lacks spores

 

Nutritional Requirements: Chemoautotroph

 

  • Synthesizes organic compounds
  • Uses chemicals instead of light

 

Reproduction: Asexually

 

  • Cell growth
  • Binary cell division

 

 

Habitat:

 

  • It can be found in soil and in water.
  • Has been able to survive in sterile water for over a year
  • prefers soil with greater clay content

 

 

 History:

the prospect of actually using the Pseudomonas Putida for practical use is a very new one, only about 10 years old. This was put to rest, because it did not seem to have very much potential. Then on November 19th, 2002 the oil ship “the Prestige” sank in the Mediterranean. This started a search for a better way to clean up oil. This is when the bacteria option came back up. After several months the bacteria became a working synthetic bacteria. Although it works perfectly it is unclear if it would have effects on the environment which is why it has not been used in the enviornment.

 
Benefits-
The benefits of this bacterium could be momentous. It could someday be used to clean up oil spills in the ocean. Or oil pollution in the ground. There is also a type that can transform fermenting tar pits in to methane gas.      
 
Problems-
the only problem that could be taken into account is that the bacteria is un tested, and therefor unuseable for now.
breaks down organic compounds
 Fun facts !!!-

breaks down organic compounds

gram negative

flagellum

rod shaped

synthesizes organic compounds

asexual reproduction

could be the end of oil devastation in the environment

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