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Types of Toothbrushes
According to Manipulation.
According to Length/Size.
According to the Bristle Diameter.
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Head design(Yankell)
1. Diamond
2. Square
3. Square with rounded toe
4. Oval
Bristle design(Yankell)
1. Flat
2. Convex
3. Concave
4. Multilevel (more effective)
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Sonic Toothbrushes
These types of toothbrushes produce high frequency vibrations
(1.6MHz)which leads to the phenomenon of cavitation and
acoustic micro streaming. This phenomenon aids in stain
removal as well as disruption of the bacterial cell wall
(bactericidal).
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Ionic Toothbrushes
Ionic toothbrushes change the surface charge of a tooth by an influx of positively charged ions.
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Brush Replacement
Frequent replacement recommended; every 3 months
Brushes need to be replaced before filaments become splayed or frayed or lose resiliency.
Brush contamination occurs with use.
Patients who are debilitated, immunosuppresed, have a known infection can be advised to disinfect their brushes or use disposable brushes.
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Modes of Disinfection
1. Chemical disinfectants.
2. Brush sprays.
3. UV light tooth brush sanitizers.
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Chemical Disinfectants
Nelson et al. (1994)
1% sodium hypochlorite
0.12% chlorhexidine gluconate
Caudry et al.
1% Virkon,
Listerine,
Cepacol,
Scope
Plax
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Brush Sprays
Brushtox is a disinfecting or decontaminating solution, consisting of activated ethanol (40%) with biocide parabens
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Ultraviolet Sanitizers
These products eliminate the pathogens by a constant stream of UV light for 3 min.
1. Steam cycle.
2. Dry heat cycle.
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Brush Storage
Open air – upright position, apart from contact with other brushes.
Portable brush containers – with sufficient holes.
At least 6 feet away from the toilet.
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Sforra N M et al.
J Clin Periodontol 2000; 27 : 212 -216
Impact of progressive wear of toothbrush on plaque control
Each individual is capable of maintaining good oral hygiene with a low plaque index even by using a toothbrush that shows evidence of wear.
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Van Der Werjden et al.
J Clin Periodontol 2004; 31: 620 – 624
High & low brushing force in relation to plaque removing efficacy & gingival abrasion.
Use of high force is less efficient in plaque removal as compared to low force where as the difference in the incidence of gingival abrasion was negligible when comparing the two forces.
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Guljot Singh et al.
Journal of Indian Society Of Periodontology, 2011 ; 15:210 –214
Compare the efficacy of sonic & ionic toothbrushes
The sonic toothbrush was better than ionic toothbrush but the difference was statistically insignificant.
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Ross J. Bastiaan
J Clin Periodontol 1984:11:331-339
Comparison of the clinical effectiveness of a single & double headed toothbrush
The double headed toothbrush was equally as efficient as a single headed toothbrush in removing dental plaque from the buccal surfaces but significantly more efficient on the lingual surfaces.
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Carranza’s Clinical Periodontology, 10th edition
Primary Preventive Dentistry, Norman O Harris, 6th edition
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
History of Periodontology ; Fermin carranza, Vincenzo Guerini
Essentials of preventive & Community Dentistry; Soben Peter
M.F. Timmerman et al. Comparitive analysis of high & low brushing force in relation to efficacy and gingival abrasion. J Clin Periodontol 2004, 31 : 620 – 624
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Ankola AV et al. How clean is your toothbrush ? Int J Dent Hygiene 7, 2009; 237–240
Ross J Bastiaan. Comparison of the clinical effectiveness of a single & a double headed toothbrush. J Clin Periodontol 1984:11:331-339
Guljot Singh et al. Comparison of Sonic & Ionic toothbrush in reductinin plaque & gingivitis. JISP 15 (3) : 210 – 214
Sforra et al. Plaque removal by worn toothbrush. J Clin Periodontol 2000; 27: 212 -216
Van der weijden et al. High & low brushing force in relation to efficacy & gingival abrasion. J Clin Periodontol 2004; 31 : 620 – 624
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