By Ying Deng, Wei Lv
Biofilms and Implantable clinical units: an infection and Control explores the expanding use of everlasting and semi-permanent implants and indwelling scientific units. As an realizing of the expansion and impression of biofilm formation on those scientific units and biomaterials is key for shielding the wellbeing and fitness of the human host, this publication offers readers with a finished treatise on biofilms and their courting with scientific units, additionally reporting on infections and linked techniques for prevention.
- Provides precious details at the basics of biofilm difficulties in scientific devices
- Discusses biofilm difficulties in a number of clinical devices
- Focuses on concepts for prevention of biofilm formation
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Additional resources for Biofilms and Implantable Medical Devices: Infection and Control
In the case of P. , 2009). To increase the adhesion, the bacteria can modify the composition of its phenotypic lipopolysaccharide, the biofilm being able to survive on many surfaces and biomaterials. It has been demonstrated that if the hydrophobicity is increased on the surface of the cells, the adhesion on hydrophobic surfaces is also increased (Makin and Beveridge, 1996). Bacteria can move on the surfaces through the extension and contraction of type IV pili. , 2008). Lectins formed in the cytoplasm of the planktonic cells can also increase the intracellular adhesion.
2009). 4 Protozoa biofilms Protozoa had been suspected for years to be one of the agents that perpetuate a series of chronic diseases, such as lupus erythematosus, chronic fatigue syndrome, fibromyalgia, multiple sclerosis, amyotrophic lateral sclerosis, and arteriosclerosis. Intensely debated subject among the specialists, this intriguing hypothesis was in the center of a series of independent studies, mostly ex vivo, meant to shed light in the intricate mechanisms of incurable chronic diseases in humans, as well as a better understanding of the means of their prevention (Simka, 2014).
V. ), Biofilms: Recent Advances in Their Study and Control. Harwood Academic Publishers, Amsterdam, pp. 19–34. , 2000. The biofilm matrix. Nat. Rev. Microbiol. 8, 623–633. , 1998. Relevance of biofilms for the biodeterioration of surfaces of polymeric materials. Polym. Deg. Stab. 59, 309–315. , 2009. Eurobiofilms. Abstract Book. In: First European Congress on Microbial Biofilms, Rome, 2–5 September 2009, p. 63. , 2004. Usnic acid, a natural antimicrobial agent able to inhibit bacterial biofilm formation on polymer surfaces.