Category:Biofilms

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English: A biofilm is an aggregate of microorganisms in which cells adhere to each other on a surface.

biofilm

group of microorganisms in which cells stick to each other and, often, to a surface

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Subclass of

cellular component

Different from

suspended bacterial aggregate

Authority file
Q467410 Library of Congress authority ID: sh89001286 Bibliothèque nationale de France ID: 122662826 NDL Authority ID: 01168854 BNCF Thesaurus ID: 52772 NL CR AUT ID: ph255233 National Library of Israel J9U ID: 987007539351505171
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Subcategories

This category has the following 9 subcategories, out of 9 total.

A

Algal blooms caused by cyanobacteria‎ (1 C, 18 F)

B

Bacterial biofilms‎ (3 C, 26 F)
Biofilms in the forêt of Flines-lès-Mortagne‎ (46 F)
Biofilms in the River Ciron‎ (6 F)

D

Dental calculus‎ (3 C, 1 P, 16 F)

M

Microbial mats‎ (6 C, 57 F)
Mother of vinegar‎ (10 F)

Q

Quorum sensing‎ (46 F)

V

Videos of biofilms‎ (1 C, 15 F)

Media in category "Biofilms"

The following 126 files are in this category, out of 126 total.

"Poça Amarela".jpg 6,000 × 4,000; 6.45 MB
20201210 Nauwies 07.jpg 6,031 × 4,031; 7.93 MB
20201210 Nauwies 08.jpg 6,031 × 4,031; 7.96 MB
20201210Nauwies4.jpg 2,500 × 1,875; 1.27 MB
20201210Nauwies5.jpg 2,000 × 1,500; 933 KB
Acetogene-biofilm-final.svg 1,339 × 1,014; 176 KB
Algae on left bacteria on right at Norris Geyser Basin in Yellowstone.JPG 2,048 × 1,360; 657 KB
Algal bloom banner Inflorescence.jpg 2,560 × 366; 289 KB
Antibiofilm-activity-of-selected-EOSLs.jpg 600 × 546; 207 KB
Aquatic Biofilm in forest freshwater 2015PrintempsLamiot 05.JPG 4,608 × 3,456; 2.73 MB
AurayBiofilmBulles.jpg 1,716 × 1,080; 396 KB
Autoinductor AI2.svg 171 × 168; 26 KB
Bacteria Capsules and Slime Layers.jpg 720 × 540; 52 KB
Bacteria mats near Grand Prismatic Spring in Yellowstone-750px.JPG 750 × 444; 70 KB
Bacteria mats near Grand Prismatic Spring in Yellowstone.JPG 1,860 × 1,100; 414 KB
Bacterial mucoid diagram.png 600 × 200; 60 KB
Bege to brown.jpg 4,000 × 3,000; 3.07 MB
Bio Film Image 1.JPG 600 × 300; 14 KB
Bio Film Image 2.JPG 600 × 431; 26 KB
Bioclogging.jpg 1,590 × 768; 1.73 MB
Biofilm (7095975897).jpg 400 × 400; 101 KB
Biofilm and microorganisms.jpg 3,072 × 2,304; 4.96 MB
Biofilm carrier.jpg 587 × 700; 216 KB
Biofilm Caulobacter.svg 616 × 658; 29 KB
Biofilm components in streams.jpg 454 × 342; 99 KB
Biofilm Formation.jpg 546 × 354; 54 KB
Biofilm formation1.jpg 961 × 687; 87 KB
Biofilm id.JPG 2,098 × 1,312; 329 KB
Biofilm lifecycle.png 1,058 × 794; 629 KB
Biofilm sur eauPortAuray.jpg 1,875 × 1,029; 411 KB
Biofilm sur vasePortAuray.jpg 1,932 × 1,605; 571 KB
Biofilm épais bactéries filamenteuses cyanophycées Authie 7 aout 2017a.jpg 4,536 × 2,375; 1.55 MB
Biofilm-asw.svg 342 × 507; 291 KB
Biofilm-growth.svg 380 × 1,098; 530 KB
Biofilm.jpg 2,098 × 1,312; 362 KB
BiofilmAlgualAquarium.JPG 4,928 × 3,264; 4.58 MB
Biofilms Found Near Underwater Fresh Water Springs in the Dead Sea, 2012 (A).jpg 3,538 × 2,317; 4.34 MB
Biofilms Found Near Underwater Fresh Water Springs in the Dead Sea, 2012 (retouch).jpg 3,538 × 7,081; 11.69 MB
Biofilms Found Near Underwater Fresh Water Springs in the Dead Sea, 2012.jpg 3,660 × 7,203; 9.25 MB
Biokile.png 1,052 × 558; 32 KB
Biomineralization‐mediated scaffolding of bacterial biofilms.jpg 2,128 × 803; 370 KB
Black Opal Spring in Biscuit Basin.JPG 3,264 × 2,269; 1.45 MB
Blue Star Spring near Old Faithful Geyser in Yellowstone.JPG 2,044 × 1,090; 430 KB
Bras de l'Authie juste en amont du Moulin d'Argoule 09 aout 2017a 20 biofilm brun 2.jpg 2,803 × 3,191; 1.56 MB
Bras de l'Authie juste en amont du Moulin d'Argoule 09 aout 2017a 20 biofilm brun.jpg 4,608 × 3,456; 2.69 MB
Callune broutée coloneHelfaut2001.jpg 866 × 579; 321 KB
Cholera role of biofilm in intestinal colonization.jpg 1,607 × 799; 529 KB
EColiCRIS051-Fig2.jpg 760 × 384; 132 KB
EColiUSDAfromPinaFratamico.jpg 943 × 768; 113 KB
El río Tinto a su paso por Niebla, Ildefonso Grados 3.jpg 2,032 × 1,524; 388 KB
El río Tinto a su paso por Niebla, Ildefonso Grados 9.jpeg 2,032 × 1,524; 767 KB
Electric Pili-down.svg 697 × 579; 481 KB
Electric Pili.svg 662 × 648; 975 KB
Emerald Pool.JPG 3,264 × 1,734; 1.02 MB
Encroutement albobactéien (bacterial mat) dans la Créquoise 10 aout 2017 Lamiot.jpg 3,033 × 2,430; 1.72 MB
EutrophicationEutrophisationEutrophierung.jpg 1,600 × 921; 379 KB
Extremely-durable-biofouling-resistant-metallic-surfaces-based-on-electrodeposited-nanoporous-ncomms9649-s3.ogv 1 min 1 s, 1,280 × 720; 5.84 MB
Figura 5 .png 1,022 × 436; 376 KB
Figure2d.pdf 1,125 × 450; 100 KB
Fungal development.pdf 1,239 × 1,754; 12.64 MB
Gluconacetobacter cellulose biofilm cultivated in HS-media with Ferrum 0,3%.jpg 2,560 × 1,920; 438 KB
Gluconacetobacter cellulose biofilm cultivated with Pihia spp. in HS-media with Ferrum 0,3%.jpg 2,560 × 1,920; 421 KB
Gorges du Ciron, avril 2016, algue filamenteuse verte 4961.JPG 5,212 × 2,904; 2.65 MB
Gorges du Ciron, rive D, suintements et bactéries Odeur soufre 5020.JPG 6,000 × 4,000; 2.52 MB
Grand prismatic spring edit.jpg 1,999 × 1,277; 607 KB
Grand prismatic spring.jpg 1,999 × 1,277; 501 KB
Intraorally developed biofilm.jpg 414 × 414; 76 KB
Iridescent biofilm on a fishtank.JPG 640 × 480; 294 KB
Iron bacteria burn.JPG 1,712 × 2,288; 1.35 MB
Kahmhaut.jpg 3,264 × 2,448; 4.84 MB
Kinneyia Grimsby Silurian Niagara Gorge.jpg 3,200 × 2,316; 5.15 MB
Look inside the treatment unit for the greywater (30686529464).jpg 3,648 × 2,736; 2.16 MB
Mammothhotsprings.jpeg 1,024 × 768; 133 KB
Mangan(IV)-oxid als Biofilm, 2x3 mm.jpg 2,810 × 1,864; 649 KB
Mature biofilm structure.png 2,208 × 1,287; 948 KB
Molecular biofilm.svg 791 × 924; 1.3 MB
Morning Glory Pool.jpg 800 × 549; 100 KB
Morning Glory Pool2.jpg 1,024 × 768; 142 KB
Mustard Spring in Biscuit Basin.JPG 3,113 × 1,967; 1.14 MB
Myxococcus xanthus rippling.png 600 × 600; 992 KB
Nanowires-asw3.png 450 × 370; 132 KB
Nantmel landfill leachate lagoon.jpg 1,206 × 1,101; 185 KB
NL-Biofilm-vert.png 200 × 452; 189 KB
Nodules bactériens sur le fond de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 10.jpg 4,464 × 2,859; 1.81 MB
Orange spring mound original-2.jpg 3,888 × 2,592; 3.86 MB
Picobells.tif 2,772 × 2,064, 4 pages; 32.36 MB
PioneerAlgae colonneHelfaut.jpg 650 × 472; 142 KB
PNAG.png 985 × 593; 41 KB
Polymicrobic biofilm epifluorescence.jpg 600 × 449; 81 KB
Pseudomonas aeruginosa pyocyanin.jpg 1,000 × 750; 97 KB
Pseudomonas aeruginosa pyoverdin.jpg 600 × 450; 31 KB
Pseudomonas aeruginosa SEM.jpg 2,676 × 1,879; 785 KB
Pseudomonas.jpg 2,676 × 1,879; 496 KB
Puente Romano sobre el río Tinto. Niebla, Huelva.jpeg 2,032 × 1,524; 687 KB
Red Alga.jpg 2,592 × 1,944; 1.69 MB
Rio tinto river CarolStoker NASA Ames Research Center.jpg 650 × 488; 149 KB
RioTintoWater.jpg 1,301 × 976; 75 KB
Runzelmarken.jpg 3,332 × 1,852; 4.41 MB
Sewage (34396695194) (2).jpg 3,543 × 2,339; 13.45 MB
Sewage fungus (River Crane, England, UK).jpg 4,608 × 3,456; 12.05 MB
Shell Spring in Biscuit Basin.JPG 2,551 × 1,389; 1,023 KB
Slime on the cobbles of a streambed.jpg 700 × 525; 171 KB
Stages of biofilm development regulated by quorum sensing.webp 3,396 × 1,147; 587 KB
Stages of biofilm formation.svg 3,764 × 2,278; 80 KB
Staphylococcus aureus biofilm 01.jpg 2,835 × 1,904; 2.24 MB
Staphylococcus epidermidis biofilm on titanium substrate.tif 2,048 × 1,536; 3.01 MB
Streptococcus oralis biofilm.jpg 1,024 × 768; 354 KB
Stromatolites.jpg 550 × 371; 103 KB
Sulis 20180917132408.jpg 5,968 × 3,352; 1.42 MB
Technologieplattform ProVIS - Visualisierung biochemischer Prozesse auf zellulärer Ebene.jpg 2,000 × 1,262; 1.67 MB
Termas de los Hornos.JPG 4,000 × 3,000; 3.64 MB
Thermophilic bacteria.jpg 3,008 × 2,000; 1.56 MB
Underwater Fresh Water Springs in the Dead Sea, 2012.jpg 7,204 × 4,842; 11.75 MB
Vikipilt.png 786 × 478; 15 KB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 02.jpg 4,608 × 3,456; 2.44 MB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 03.jpg 4,608 × 3,456; 2.52 MB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 04.jpg 3,223 × 2,152; 1.11 MB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 05.jpg 4,258 × 2,491; 1.81 MB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 06.jpg 3,456 × 4,608; 2.57 MB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 07.jpg 3,456 × 4,608; 2.4 MB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 08.jpg 3,456 × 4,608; 2.16 MB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 09.jpg 3,733 × 2,273; 1.31 MB
Vue subaquatique de la Créquoise section très encroûtée le 10 aout 2017 Lamiot 11.jpg 3,456 × 2,458; 1.38 MB
Wastewater Treatment - Trickling Filter.jpg 2,400 × 2,400; 429 KB
Épais biofilm bactérien ruisseau affluent gauche des Gorges du Ciron 5003.JPG 2,178 × 1,745; 429 KB
Ülevaade lapA ja lapF regulatsioonist biofilmi moodustumisel.jpg 1,758 × 816; 287 KB

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