Inhibitory effect of 405 nm laser light on bacterial biofilm in urethral ...

We conclude that optical treatment with 405 nm laser light inhibits bacterial growth in urethral stents with no or minimal toxicity.

(PDF) Inhibitory effect of 405 nm laser light on bacterial biofilm in ...

The production of reactive oxygen species helped eliminate the biofilm over the urethral stent after 405 nm irradiation. The inhibition rate corresponded to a ...

AbstractThe clinical use of urethral stents is usually complicated by various adverse effects, including dysuria, fever, and urinary tract infection (UTI).

Inhibition of bacterial biofilm after 405 nm laser irradiation

Inhibition of bacterial biofilm after 405 nm laser irradiation: (a) bacterial viability after exposure of 405 nm laser light at various irradiation times ...

A light-guiding urinary catheter for the inhibition of Proteus mirabilis ...

Antimicrobial coatings such as silver alloys, nitrofurazone and antibiotics have shown minimal effect on biofilm adherence and limited clinical efficacy in ...

Van Nam Tran on LinkedIn: Inhibitory effect of 405 nm laser light on ...

Van Nam Tran's Post · Inhibitory effect of 405 nm laser light on bacterial biofilm in urethral stent - Scientific Reports · More Relevant Posts.

Can We 'Fool' Bacteria to Delay Biofouling in Urinary Stents?

Inhibitory effect of 405 nm laser light on bacterial biofilm in urethral stent. Article Open access 08 March 2023. Silicone-hydrocoated ...

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The inhibitory effect of blue light on PM biofilm ... Cytotoxic responses to 405 nm light exposure in mammalian and ...

Preventing Biofilm Formation and Encrustation on Urinary Implants

Inhibitory effect of 405 nm laser light on bacterial biofilm in urethral stent. Article Open access 08 March 2023. Keywords. Urinary implants ...

Visible and UVA light as a potential means of preventing ...

Using urine mucin media, inactivation of planktonic bacteria and biofilm formation was monitored using silicone coupons. Continuous irradiance with both 385 nm ...

Blue laser light inhibits biofilm formation in vitro and in vivo by ...

Protocols A,B,C-low, characterized by a fluence of 40 J/cm2, significantly inhibited bacterial growth up to 18 h, independent of the irradiance ...

A light-guiding urinary catheter for the inhibition of Proteus mirabilis ...

... antimicrobial blue light (405 nm) to prevent biofilm formation in situ. ... The inhibitory effect of blue light on PM biofilm formation ...

OUCI

, Molecules, № 5, p. 2002. Scopus. WoS. Crossref citations: 0 · Inhibitory effect of 405 nm laser light on bacterial biofilm in urethral stent. Luluil Maknuna ...

Visible and UVA light as a potential means of preventing ...

This study investigated the efficacy of 385 nm and 420 nm light for inactivation of E. coli attached to the silicone matrix of a urinary catheter.

Visible and UVA light as a potential means of preventing ...

Visible and UVA light as a potential means of preventing Escherichia coli biofilm formation in urine and on materials used in urethral catheters.

Discovery of a polymer resistant to bacterial biofilm, swarming, and ...

Innovative approaches to prevent catheter-associated urinary tract infections (CAUTIs) are urgently required. Here, we describe the ...

Bulbar Urethral Stents for Bulbar Urethral Strictures: Long-Term ...

Inhibitory effect of 405 nm laser light on bacterial biofilm in urethral stent · Medicine, Engineering. Scientific Reports · 2023.

Luluil Maknuna scite author profile

show abstract. Inhibitory effect of 405 nm laser light on bacterial biofilm in urethral stent · Maknuna. ,. Tran. ,. Lee. et al. 2023. Sci Rep · 2. 0. 0. 0.

Inhibitory effect of natural compounds on quorum sensing system in ...

... biofilm infections by inhibiting bacterial communication and biofilm formation. ... (2020) also reported that curcumin, when exposed to 405 nm laser light, ...

Radiopacity additives in silicone stent materials reduce in vitro ...

Inhibitory effect of 405 nm laser light on bacterial biofilm in urethral stent. Article Open access 08 March 2023. Evaluating the effect of cationic peptide ...