1 / 13

Cranium degeneratium

Cranium degeneratium. Phillip Ellers Kirsten Bone Tyresa Johnson Brittany Gale. Shape and Wall. Rod shaped – called Bacilli Gram Negative Cell Wall: Lipopolysaccharides as outer membrane Joined by lipoprotein molecules

cais
Télécharger la présentation

Cranium degeneratium

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Cranium degeneratium Phillip Ellers Kirsten Bone Tyresa Johnson Brittany Gale

  2. Shape and Wall • Rod shaped – called Bacilli • Gram Negative • Cell Wall: • Lipopolysaccharides as outer membrane • Joined by lipoprotein molecules • Lipid A anchors the lipopolysaccharide layer to the lipidbilayer • Teichoicacids are absent

  3. Specialized • It is O-specific, which is opposite of lipid A • Has Porin Proteins allowing molecule transport through the outer membrane • Not sensitive to lysosomes

  4. Growth, oh my! • Above rapid growth • Doubling time is 18minutes • Dormant in room temperature • Between 20 and 25 degrees C • (about 70 degrees F) • Mesophile • between 20 and 45 degrees C

  5. and Oxygen • Oxygen is a must! • pH Range • Neutral zone • Between 5 and 8

  6. Living Environment • Found in most aquatic areas that are around normal temperature range • Requires water to thrive • Both saltwater and freshwater

  7. Metabolism • Fermentation – NO • Feeds off the fat cells in the body which lowers the immune system resulting in a greater affect from the Sodium Cyanide produced in the body. • Byproduct • Sodium Cyanide • Produced by bacteria in presence of sodium • In the natural habitat, the bacteria goes through photosynthesis until it enters the body.

  8. Gene Regulatory Pathway • Regulated Gene: A1 • Controls the enzyme that produces Cyanide. • It is regulated under optimal conditions. • Optimal conditions are inside the host. • It is also a repressor. • Proteins Involved • All that are within the human body.

  9. Taxonomy • A new hybrid bacteria never recorded in nature • Characteristics span wide variety of different bacterial species • Metabolic Pathways and Electron Transport Chain • Too complex and yet to be discovered • There are different characteristics within that come from completely unrelated bacterial species. • Ex: Possess the characteristics of both photosynthesis and bacterial predatory metabolism.

  10. Exposure • Through any source of water • Freshwater and Saltwater • An individual comes in contact through • Ears • Nose • Eyes • Mouth • Exposure leads the bacteria to the brain and spinal cord where it will attach itself and attack the body. • Attaches to mucous membranes and oxygen flowing through the body

  11. Harmful • Being a harmful bacteria, it causes a disease called “Invisible Plague” • Literally eats the brain of the body infected • Transmitted through water • Through the mucous membranes and oxygen in one person • Person to person is transmitted through open wounds and other body fluid such as blood. • Virulence Factor • Very thick cell membrane that can withstand the immune system

  12. Invisible Plague • Side effects: • Massive migraines • Extreme fatigue • Dehydration • Vision sensitivity • Weight loss • Memory loss • Paralysis • Loss of motor functions • Bleeding through mucous membranes • … Death …

  13. MUAHAHAHAHA THIS COULD BE YOU…

More Related