| Naslov: | Influence of particle size, shape, and magnetic properties on torque-driven biofilm removal using anisotropic magnetic particles |
|---|
| Avtorji: | ID Pautu, Vincent (Avtor)
ID Marger, Laurine (Avtor)
ID Caf, Maja, Institut "Jožef Stefan" (Avtor)
ID Marger, Fabrice (Avtor)
ID Mekki, Mustapha (Avtor)
ID Kralj, Slavko, Institut "Jožef Stefan" (Avtor)
ID Milošević, Irena (Avtor) |
|---|
| Datoteke: |  URL - Izvorni URL, za dostop obiščite https://pubs.rsc.org/en/Content/ArticleLanding/2026/NR/D6NR00046K
 PDF - Predstavitvena datoteka, prenos (1,40 MB)
MD5: 1EC86C26E60220A4613EAD092365B278
|
|---|
| Jezik: | Angleški jezik |
|---|
| Tipologija: | 1.01 - Izvirni znanstveni članek |
|---|
| Organizacija: |  IJS - Institut Jožef Stefan
|
|---|
| Povzetek: | Biofilms are structured communities of bacteria embedded within an extracellular polymeric substance (EPS) matrix, which forms a protective barrier that restricts drug penetration and increases antibiotic tolerance, making their complete elimination particularly challenging. Here, we investigate a magnetomechanical approach using rotating magnetic fields (RMFs) to deliver controlled mechanical stress to Enterococcus faecalis biofilms via anisotropic magnetic particles (AMPs). Microrods, nanochains, and nanorods with distinct sizes and magnetic properties were actuated under identical RMF conditions on implant-relevant titanium substrates. Micron-scale magnetic microrods generate sufficient magnetic torque to mechanically disrupt the EPS matrix and detach biofilm structures, significantly increasing suspended bacterial cells without marked bactericidal effects. In contrast, nanoscale AMPs do not induce biofilm detachment but cause membrane damage, increasing the proportion of injured cells. These findings demonstrate a size-dependent transition between microscale biofilm detachment and nanoscale membrane interactions, identifying particle size as the dominant parameter governing magneto-mechanical biofilm disruption. |
|---|
| Ključne besede: | magnetomechanical biofilm disruption, anisotropic magnetic particles, nano–micro scale bacterial interactions |
|---|
| Status publikacije: | Objavljeno |
|---|
| Verzija publikacije: | Objavljena publikacija |
|---|
| Poslano v recenzijo: | 05.01.2026 |
|---|
| Datum sprejetja članka: | 26.03.2026 |
|---|
| Datum objave: | 27.03.2026 |
|---|
| Založnik: | The Royal Society of Chemistry |
|---|
| Leto izida: | 2026 |
|---|
| Št. strani: | str. [1-12] |
|---|
| Številčenje: | Vol. , iss. |
|---|
| Izvor: | Združeno kraljestvo |
|---|
| PID: | 20.500.12556/DiRROS-29223  |
|---|
| UDK: | 620.3 |
|---|
| ISSN pri članku: | 2040-3372 |
|---|
| DOI: | 10.1039/D6NR00046K |
|---|
| COBISS.SI-ID: | 276227075 |
|---|
| Avtorske pravice: | This journal is © The Royal Society of Chemistry 2026 |
|---|
| Opomba: | Nasl. z nasl. zaslona;
Soavtorji: Laurine Marger, Maja Caf, Fabrice Marger, Mustapha Mekki, Slavko Kralj, Irena Milošević;
Opis vira z dne 23. 4. 2026;
|
|---|
| Datum objave v DiRROS: | 28.04.2026 |
|---|
| Število ogledov: | 69 |
|---|
| Število prenosov: | 32 |
|---|
| Metapodatki: |    |
|---|
|
:
|
Kopiraj citat |
|---|
| | | | Objavi na: |  |
|---|
Postavite miškin kazalec na naslov za izpis povzetka. Klik na naslov izpiše
podrobnosti ali sproži prenos. |
