Effects of saliva or serum coating on adherence of Streptococcus oralis strains to titanium.

@article{Dorkhan2012EffectsOS,
  title={Effects of saliva or serum coating on adherence of Streptococcus oralis strains to titanium.},
  author={Marjan Dorkhan and Luis E. Chávez de Paz and Marie Skep{\"o} and Gunnel Svens{\"a}ter and Julia R. Davies},
  journal={Microbiology},
  year={2012},
  volume={158 Pt 2},
  pages={
          390-7
        }
}
The use of dental implants to treat tooth loss has increased rapidly over recent years. 'Smooth' implants showing high long-term success rates have successively been replaced by implants with rougher surfaces, designed to stimulate rapid osseointegration and promote tissue healing. If exposed in the oral cavity, rougher surfaces may promote bacterial adhesion leading to formation of microbial biofilms which can induce peri-implant inflammation. Streptococcus oralis is an early colonizer of oral… 
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Adherence of human oral keratinocytes and gingival fibroblasts to nano-structured titanium surfaces
TLDR
Co-culture with streptococci reduced the number of keratinocytes on all the surfaces to approximately the same level and caused cell damage, suggesting that commensal bacteria could affect adherence of soft-tissue cells to abutment surfaces in vivo.
Salivary pellicles on titanium and their effect on metabolic activity in Streptococcus oralis
TLDR
It is shown that adherence to smooth titanium surfaces under flow causes an up-regulation of metabolic activity in the early oral colonizer S. oralis, most likely as part of an adaptation to the biofilm mode of life.
Crystalline anatase-rich titanium can reduce adherence of oral streptococci
TLDR
Differences in the concentration and/or configuration of salivary proteins on the anatase-rich surfaces may explain the reduced bacterial binding effect on dental implant abutments through diminished adherence of early colonizers.
Influence of saliva interaction on surface properties manufactured for rapid osseointegration in dental implants
TLDR
Investigating the possible alterations in the physico-chemical properties of modified-surfaces caused by early saliva exposure indicated that surface roughness was the most significant factor influencing saliva protein adsorption; moreover, hydrophilic surfaces had critically lost their characteristics after contact with saliva.
In Vitro Adhesion of Commensal and Pathogenic Bacteria to Commercial Titanium Implants with Different Surfaces
TLDR
Data demonstrate that susceptibility of implants to bacterial colonization is influenced by productive technologies (in a surface topography proportional manner) and by the productive environment.
Relevance of surface characteristics in the adhesiveness of polymicrobial biofilms to crown restoration materials.
TLDR
Surface roughness and surface free energy appeared to affect generation of PM biofilms on oral materials, and zeta potential was involved in generation ofPM biofilmms on mirror-ground oral materials.
Bacterial Biofilm Formation on Resorbing Magnesium Implants
TLDR
In early stages of biofilm adhesion, no differences between magnesium materials were observed, however, after 72 h Mg2Ag and WE43 had the best ability to suppress S. epidermidis’ biofilm formation.
The effect of titanium implant surface modification on the dynamic process of initial microbial adhesion and biofilm formation
The Impact of Early Saliva Interaction on Dental Implants and Biomaterials for Oral Regeneration: An Overview
  • M. Kunrath, C. Dahlin
  • Materials Science, Medicine
    International journal of molecular sciences
  • 2022
TLDR
Clinically, controlling saliva exposure to sites involving the application of biomaterials must be prioritized in order to reduce impairment in important biomaterial properties developed for rapid healing.
Impact of Acquired Pellicle Modification on Adhesion of Early Colonizers
TLDR
It is shown that the mixture of casein and mucin significantly improved the erosion-inhibiting properties of the human pellicle layer with the most efficient being the casein-mucin mixture.
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References

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TLDR
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TLDR
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TLDR
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