Translation of "Biofilmbildung" in English

Tooth filling materials or dental varnishes for inhibiting the formation of biofilms of Streptococcus mutans comprising:

Testing of the biofilm formation took place over a period of 5 days.

However, the study provides new insights on biofilm formation around different dental materials.

Legionella sometimes benefit from biofilm formation.

Major reasons for failure of dental titanium-based implants are microbial colonization and resulting biofilm formation.

However, even for these germs biofilm formation is significantly reduced on the glasses of the invention.

Prevention of the formation of biofilms through super-hydrophilic properties: the adhesion of particles of any type is impossible.

This object is achieved by tooth filling materials or dental varnishes for inhibiting the formation of biofilms of Streptococcus mutans comprising:

The most important are germs that particularly in aqueous solutions are strongly involved in the biofilm development.

Biofilm formation and resulting peri-implant infections are a major concern regarding early and late implant failures.

This will also reduce biofilm formation at the same time, leading to an associated reduction in cleaning and maintenance problems.

Interestingly, statistically significant less biofilm formation was reported around zirconia surfaces compared to titanium surfaces.

Accordingly, scientists are looking for possible targets in the processes of biofilm production in order to control Pseudomonas bacteria .

The pipe materials used affect biofilm formation (overall cell count, metabolic activity) only very little.

With the help of existing test systems as well as customer-specific modifications and developments, we can observe and analyze biofilm formation.

Our goal is to test if pH modulation contributes to biofilm formation and dispersal.

Rouged surfaces can accelerate surface fouling, promote biofilm development and exacerbate a microbial excursion.

They confirm the pronounced antiadhesive nature of the polyionenes coating, which prevent the formation of biofilm.

They are, on the contrary, excellently suited for long-term use, since, as a result of their immobilization, the antimicrobial effect of the polyionenes is preserved locally in the application site for a long period and their biocompatibility is sustained, whereby they prevent the formation of a biofilm on the appliance and no systemtic effect occurs.

The following adhesion tests conducted with bacteria show that no settlement of bacteria, i.e. no biofilm formation, occurs on the matrices according to the invention.

Now, the transfer of the gene probes into easy-to-use rapid test kits enables the continuous monitoring of the bacteria which are responsible for early biofilm formation in water circles and process samples of paper mills with alkaline to neutral process conditions.

Geistlich TauroSept® is an antimicrobial lock solution for intravascular catheters in order to prevent biofilm formation and infection.

Bacterial infections, especially those that are accompanied with biofilm formation and thus with a higher resistance to antibiotics, are a major threat to human health.

These accumulate in low flow areas, become nutrients for microbes and constitute the ideal condition for a biofilm formation.

When highly pathogenic bacteria infect an organism, biofilms provide a mechanism for the bacteria to control the virulence (severity) of the infection.

This novel charge zipper principle does not only seem to play a role in protein transport, but also in the attack of certain antimicrobial peptides on bacteria, or in their formation of biofilms as a response to stress.

The endocannabinoids anandamide and arachidonoyl serine reduced metabolic activity of the biofilm formation by MRSA (methicillin-resistant Staphylococcus aureus).

Carolacton can interfere with important processes in bacteria: for instance, it reduces the formation of a biofilm by Streptococcus mutans, the main cause of dental caries.