A biofilm is a well organized community of cooperating microorganisms. Biofilms predictably form in nature, in artificial environments, and on medically implanted prostheses and indwelling venous catheters. They also form on tooth surfaces in the form of dental plaque. The intent of this article is to aid in the understanding of dental plaque by exploring biofilm structure, nature and dynamics. Understanding plaque facilitates its treatment and control.
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References
1.
HarveyC.E., EmilyP.P.: Small Animal Dentistry.St.Louis: Mosby-Year Book,89–93, 1993.
2.
JensenL., LoganE.: Reduction in accumulation of plaque, stain, and calculus in dogs by dietary means.J Vet Dent12(4): 161–163, 1995.
3.
WiggsR.B., LobpriseH.B.: Veterinary Dentistry - Principles and Practice.Philadelphia: Lippincott-Raven: 1997.
4.
NevilleB.W., DammD.D.: Color Atlas of Clinical Oral Pathology.Philadelphia, Lea & Febiger, 80, 1991.
RateitschakK.H. ed. Color Atlas of Dental Medicine I - Periodontology.New York: Thieme, 1989.
8.
WilliamsJ.F., MolinariJ.A., AndrewsN.: Microbial Contamination of Dental Unit Waterlines: Origins and Characteristics.Compend Cont Educ Dent,17(6): 538, 1996.
9.
WilliamsJ.F.: Mcrobial contamination of dental lines, in Current and Future Trends in Veterinary Dentistry: Proceedings of the Upjohn Worldwide Companion Animal Veterinary Dental Forum. 8–11, 1995.
KinnimentS.L., WimpennyJ.W., AdamsO., MarshP.D.: The effect of chlorhexidine on defined, mixed culture oral biofilms grown in a novel model system.J Appl Bacteriol81(2): 120–125, 1996.
12.
MitchelR.J.: Microbial biofilm formation and its consequences for the CELSS program.Public information document number126: 195146.
13.
SmithersG.A.: Development of static system procedures to study aquatic biofilms and their responses to disinfection and invading species.Public information document number 1.15:103598.
14.
ShinH.S., LimK.H.: Spectroscopic and elemental investigation of microbial decomposition of aquatic fulvic acid in biological process of drinking water treatment.Biodegradation7(4): 287–295, 1996.
15.
ElderM.J., MathesonM., StapletonF., OartJ.K.: Biofilm formation in infectious crystalline keratopathy due to Candida albicans.Cornea15(3): 301–304, 1996.
16.
MoussaF.W., GainorB.J., AnglenJ.O.: Disinfecting agents for removing adherent bacteria from orthopaedic hardware.Clin Orthop (329): 255–262, 1996.
17.
StevensM., EmanuelD.: Infective Endocarditis: Pathophysiology and Physical Examination.Comp Cont Ed Dent.18(2): 180–187, 1997.
18.
GreenfieldJ.I., SampathL: Decreased bacterial adherence and biofilm formation on chlorhexidine and silver sulfadiazine-impregnated central venous catheters implanted in swine.Crit Care Med23: 894–900, 1995.
19.
NakadaJ., KawaharaM., OnoderaS., OishiY.Clinical study of Silver Lubricath Foley catheter.Hinyokika Kiyo Acta Urol Jap42(6): 433–438, 1996.
20.
MolinariJ.A.: Dental Infection Control Forum.Comp Cont Ed Dent.18(2): 106–108, 1997.
21.
CharacklisW.G., MarshallK.C.: Biofilms, New York: John Wiley and Sons Inc, 1990.
22.
WilliamsJ.F., AndrewsN., SantiagoJ.I.: Microbial contamination of dental unit water lines: current preventive measures and emerging options, Compend Cont Ed Dent.17(7): 691–708, 1996.
23.
DaschnerF.D., RudenH., SimonR., ClottenJ.: Microbial contamination of drinking water in a commercial household water filter system.Eur J Clin Microbiol Infect Dis15(3): 233–237, 1996.
24.
ShearerB.J.: Biofilm and the dental office.J Am Dent Assoc127(6), 181–189, 1996.
25.
TallB.D., WilliamsH.N.: Bacterial succession within a biofilm in water supply lines of dental air-water syringes.Can J Microbiol41, 647–654, 1995.
26.
BarbeauJ., TanguayR., FaucherF.: Mutli-parametric analysis of waterline contamination in dental units.Appl Environ Microbiol62(11): 3954–3959, 1996.
27.
American Dental Association Statement on Dental Unit Waterlines.Adopted by the ADA Board of Trustees, December 1995 and the ADA Council on Scientific Affairs, September 1995.
28.
CRA: Dental unit water line contamination.Clinical Research Associates Newsletter.21(3): 1–3, 1997.
29.
LambeD.W., CostertonJ.W.: The Role of Glycocalyx in Osteomyelitis, Current Hospital TopicsUpjohn,1985.
Worldwide Companion Animal Veterinary Dental Forum Pharmacia and Upjohn, April 28–30 1997.
32.
LehningerA.L.: Biochemistry2nd Ed, New York: Worth, 367, 1975.
33.
CaldwellD.E., CostertonJ.W.: Are bacterial biofilms constrained to Darwin's concept of evolution through natural selection?Microbiologia12(3): 347–358, 1996.
34.
GristinaA.G., OgaM., WebbL.X., HobgoodC.D.Adherent bacterial colonization in the pathogenesis of osteomyelitis.Science228(4702) 990–993, 1985.
35.
BrownM.L., AldrichH.C., GauthierJ.J.Relationship between glycocalyx and povidone-iodone in Pseudomonas aeruginosa (ATCC 27853) biofilms.Appl Environ Mcrobiol61(1), 187–193, 1995.
36.
ElderM.J., StapletonF.: Biofilm related infections in ophthalmology: Eye9(1), 102–109, 1995.
37.
GorrelC., RawlingsJ.M., MarkwellP.J.: Periodontal Health in Dogs. In: Proc 10th Annual Dental Forum, 44–49, 1996.
38.
StookeyG.K., WarrickJ.M., MillerL.L.: Effect of sodium hexam-etaphosphate on dental calculus formation in dogs.Am J Vet Res56(7), 913–918, 1995.
39.
GorrelC., RawlingsO.M.The Role of Tooth Brushing and Diet in the Maintenance of Periodontal Health in Dogs, J Vet Dent13(4), 139–143, 1996.
40.
TrompJ.A.H., van RijnL.J., JansenJ.Experimental gingivitis and frequency of tooth brushing in the beagle dog model.J Clin Periodontol13: 190–194, 1986.
41.
HarveyC.E., ShoferF.S., LasterL.: Association of age and body weight with periodontal disease in North American dogs.J Vet Dent11(3): 94–105, 1994.
42.
LoganE.I., FinneyO.: Mechanical plaque control in the dog: a comparison of toothbrushing and dietary cleansing, In: Proc Fourth World Vet Dent Cong, 98–100, 1995.
43.
WarrickJ.M., StookeyG.K., MillerL.L., ButcherS.K.: Reducing calculus formation in cats with HMP-coated snack foods. In: Proc Fourth World Vet Dent Cong, 68–70, 1995.
44.
StookeyG.K., WarrickJ.M., MillerL.L., KatzB.P.Hexametaphosphate-coated snack biscuits significantly reduce calculus formation in dogs, J Vet Dent13(1), 27–30, 1996.