2. CONTENTS :
2
1. Introduction
2. History
3. Manual Toothbrushes
4. Toothbrushing Techniques
5. Power Toothbrushes
6. Toothbrushing for Special Conditions
7. Effects of Toothbrushing
8. Care of Toothbrushes
9. Modern toothbrushes
4. 4
The toothbrush is the principal instrument in
general use for removal of dental biofilm and is
a necessary part of oral disease control.
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
10. William Addis – The Inventor(1780)
10
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
11. H. N. Wadsworth
11
1857 – First person to patent the toothbrush
12. DuPont de Nemours
12
24 FEB, 1938 – First nylon bristle toothbrush.
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
13. Electric Toothbrush
13
The first electric
toothbrush, the
Broxodent, was
invented in
Switzerland in 1954
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
15. Toothbrush :
15
According to American Dental Association Council on Dental Therapeutics
‘The toothbrush is designed primarily to promote cleanliness of teeth & oral
cavity.’
OBJECTIVES:
1. To clean teeth and interdental spaces of food remnants, debris & stains.
2. To prevent plaque formation.
3. To disturb and remove plaque.
4. To stimulate and massage gingival tissues.
5. To clean the tongue.
6. Halitosis control
7. Sanitation of oral cavity
Essentials of preventive & Community Dentistry; Soben Peter
16. Characteristics :
16
1. Conforms to individual patient requirements in size, shape &
texture.
2. Easily & efficiently manipulated.
3. Impervious to moisture ; readily cleaned & aerated.
4. Durable & Inexpensive.
5. Has prime functional properties of flexibility, softness, & of
strength, rigidity & lightness of the handle.
6. Is designed for utility, efficiency & cleanliness.
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
17. Parts :
17
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
18. ADA Specification :
18
Brushing Surface:-
1 to 1.25 inches in length (25.4 to 31.8 mm
long)
5/16 to 3/8 inches in width (7.9 to 9.5 mm
wide)
2 to 4 rows of bristles
5 to 12 tufts per row Essentials of preventive & Community Dentistry; Soben Peter
19. Manufacturing :
19
Handle
Durability
Moisture
Appearance
Cost
Maneuverability
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
20. 20
Shape :
Grasp
Projections
Weight
Strength
† A Twist, curve, offset, or angle in the shank with or without thumb rests
may assist the patient in the adaptation of the brush to difficult-to-reach
areas.
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
21. Bristles & Filaments
21
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
22. Factors Influencing Stiffness :
22
1. Diameter
2. Length
3. Number
4. Angle
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
23. Brushing Plane
23
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
24. Toothbrush Selection :
24
Ability of the patient
Manual dexterity of the patient
Age of the patient
Size & Shape
Professional personnel
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
25. Soft Nylon Brush
25
1. More effective in cleaning.
2. Less traumatic to the gingival tissue.
3. Can be directed into the sulcus & into interproximal areas.
4. Applicable around appliances.
5. Tooth abrasion &/or gingival recession can be prevented.
6. Effective use for sensitive gingiva.
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
27. Guidelines :
27
A. Grasp of Brush :
Objectives –
1. Grasp & manipulate the brush for successful removal of
dental biofilm.
2. Control of brush during all movements.
3. Sensitivity to the amount of force applied.
4. Effective positioning.
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
28. Procedure –
1. Grasp handle in the palm of the hand with thumb against the
shank.
2. Position filaments in the proper direction for placement on the
teeth.
3. Adapt grasp for various positions of the brush head.
4. Apply appropriate pressure for the removal of the dental biofilm.
28
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
29. 29
B. Sequence :
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
30. 30
C. Amount –
The Count System :
1. Count 6 strokes in each area for modified Stillman or other
method in which a stroke is used.
2. Count slowly to 10 for each brush position while brush is
vibrated & filament ends are held in position for the Bass,
Charters, or other vibratory method.
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
31. 31
The Clock System
1. Some patients brush thoroughly while watching a
clock or a egg timer.
Built-in timers
1. Signals may be set for 30seconds, one or two
minutes.
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
32. 32
D. Frequency –
Emphasis in patient education is placed on complete
biofilm removal daily rather than the number of
brushings.
Atleast two brushings, are recommended for the control
of dental biofilm, oral sanitation & for halitosis control
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
33. Methods of Toothbrushing :
33
1. Sulcular (Bass) Method & Modified Bass Method
2. The Stillman Method & Modified Stillman Method
3. Charters Method
4. Roll : Rolling Stroke Method
5. Circular : Fones
6. Vertical : Leonard
7. Physiologic : Smith
8. Horizontal
9. Scrub – brush
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
34. Modified Bass & Bass Method :
34
Indication
Limitation
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
35. Modified Stillman & Stillman
method
35
Indication
Limitations
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
36. Charter’s Method :
36
Indication
Limitation
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
37. Rolling Method
37
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
Indication
Limitation
38. Circular : Fones Method
38
Indication
Limitation
Clinical Practice of The Dental Hygienist; Esther M. Wilkins
39. Vertical : Leonard Method
39
Given by Hirschfeld
With teeth edge-to-edge, place the brush filaments against
the teeth at right angles to the long axes of the teeth.
Brush vigorously with light pressure & mostly up and down
strokes with a slight rotation or circular motion after striking
the gingival margin with force.
Use enough pressure to force the filaments into the
embrasures, but not enough to damage the brush.
40. Detrimental Methods :
40
A. Horizontal –
1. An unlimited sweep with a horizontal scrubbing
motion.
2. Can produce tooth abrasion.
3. Interproximal areas not touched.
41. 41
B. Scrub-brush –
1. Consists of vigorously combined horizontal, vertical &
circular strokes, with some vibratory motions for certain
areas.
2. Can encourage gingival recession & tooth abrasion
43. Power Toothbrushes :
43
The heads of these toothbrushes oscillate in a side to side motion or in
rotary motion. The frequency of the oscillations is around 40Hz in an
ordinary powered toothbrush.
ADVANTAGES
1. It increases patient motivation resulting in better patient compliance.
2. Increased accessibility in interproximal and lingual tooth surface
3. No specific brushing technique required
4. Uses less brushing force than manual toothbrushes
5. Brushing timer is incorporated in some brushes to help the patient in
brushing for the required duration.
44. Power v/s Manual :
McKendrick, A.J.W., et al. : A Two-year Comparison of Hand & Electric Toothbrushes, J.Periodontol. Res.,
3,224,1968
44
Biofilm removal & reduction of gingivitis¹
Current power brushes move in speeds & motions
that cannot be duplicated by manual brushes.
Safety of powerbrushes as compared to manual-brushes
has been well established.
Self-included timers.
54. Acute Oral Inflammatory/Traumatic
lesions :
54
Brush all areas of mouth that are not affected
Rinse with warm, mild saline solution to
encourage healing & debris removal.
Resume regular biofilm control measures on the
affected area as soon as possible.
55. Following periodontal Surgery :
55
Brush occlusal surfaces of the teeth & use light
strokes over the dressing.
Avoid direct vigorous brushing.
Brush over teeth & gingiva, not involved in
surgery.
56. ANUG :
56
In acute stage oral tissues are sensitive to any
touch, toothbrushing is therefore neglected.
Soft brush recommended along with careful
brush placement.
59. The Gingiva :
59
Trauma
Changes in the Gingival Contour
Gingival Recession
60. Dental abrasion
60
Abrasion is the varying away of tooth structure.
Incorrect brushing especially with an abrasive
toothpaste is the most common cause.
Primarily on facial surfaces – canines, premolars
or any tooth in buccoversion or labioversion
Cervical areas – most abraded areas.
62. Brush Replacement :
62
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 debiliated, immunosuppresed, have a
known infection can be advised to disinfect their brushes or
use disposable brushes.
63. Cleaning Toothbrushes :
63
Clean thoroughly after each use.
Hold brush under strong stream of warm water from faucet
to force particles, dentrifice and bacteria from between the
filaments.
Tap the handle on the edge of sink.
Use one toothbrush to clean another brush.
Rinse completely & tap out excess water.
64. Brush Storage :
64
Open air – upright position, apart from contact with other
brushes.
Portable brush containers – with sufficient holes.
At least 6 feet away from the toilet.
66. Sonic Toothbrushes :
66
These types of toothbrushes produce high frequency
vibrations (1.6MHz)which leads to the phenomenon of
cavitation and acoustic microstreaming. This
phenomenon aids in stain removal as well as disruption
of the bacterial cell wall (bactericidal).
68. Ionic Toothbrushes :
68
Ionic toothbrushes change the surface charge of a tooth by
an influx of positively charged ions.
The plaque with a similar charge is thus repelled from the
tooth surface & is attracted by the negatively charged
brush.
73. 73
C.G.Daly, C.C.Chapple et al. To investigate the effect of
progressive toothbrush wear on plaque control. J Clin
Periodontol – 1996; 23: 45-49
Akshay Vibhute, K.L. Vandana. The effectiveness of
manual v/s powered tootthbrushes for plaque removal &
gingival health- A meta analysis. JISP – 2012, vol 16, issue
– 2
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
74. References :
74
Clinical Practice of The Dental Hygienist;
Esther M. Wilkins
History of Periodontology ; Fermin
carranza, Vincenzo Guerini
Essentials of preventive & Community
Dentistry; Soben Peter
McKendrick, A.J.W., et al. : A Two-year
Comparison of Hand & Electric
Toothbrushes, J.Periodontol. Res.,
3,224,1968
American astronomer
Dental Biofilm is a dense, non-mineralised, complex mass of colonies in a gel like intermicrobial matrix.
Other Soft deposits acquired pellicle, materia alba & food debris…each of which is an entity
What have the banyan tree, Siberian boar hair, Badger bristle, Porcupine Quill, soot, baking soda, horsetail have all got in common?
They’ve all been involved in mankinds attempt to clean their teeth. At various stages throughout time people have tried different methods for cleaning their teeth and maintaining oral hygiene.
Sumerians
Excavations at Ur in Mesopotamia uncovered gold toothpicks
Persian Poet & Mathematician
Dutch Philosopher of Rotterdam
Earliest record
Care of mouth was assosciated with a religious ritual and training – Buddhist used ‘toothstick’ & Muslims used ‘Miswak’
Crushing the end & spreading the fibers in a brush-like manner
The first bristle toothbrush resembling the modern toothbrush was found in china
In Europe, William Addis of England is believed to have produced the first mass-produced toothbrush in 1780.[10][12] In 1770, he had been jailed for causing a riot; while in prison he decided that the method used to clean teeth – at the time rubbing a rag with soot and salt on the teeth – was ineffective and could be improved. To that end, he saved a small animal bone left over from the meal he had eaten the previous night, into which he drilled small holes. He then obtained some bristles from one of his guards, which he tied in tufts that he then passed through the holes in the bone, and which he finally sealed with glue.
Under the name Wisdom Toothbrushes the company now manufactures 70 million toothbrushes per year in the UK
The rather advanced design had a bone handle with holes bored into it for the Siberian boar hair bristles.
Handle- The part grasped in the hand during tooth brushing.
Head- The working end of a tooth brush that holds the bristle or filaments.
Tufts- Clusters of bristles or filaments secured into the head.
Brushing plane- The surface formed by the free ends of the bristles or filaments.
Shank- The section that connects head and handle.
Total brush length about 15 to 19 cm; jr. & child sizes may be shorter
Source, Uniformity, End Shape , Diameter
To use the brush and remove dental biofilm from all tooth surfaces without damage to the soft tissue or tooth structure
Complete toothbrushing instruction for a patient involves what, when, where & how
Procedure in any method needs to ensure complete coverage for each tooth surface.
Sequence be varied at least once each day so that the same areas are not always brushed last when time may be limited & biofilm removal may be less complete.
Number of strokes & length of time spent depend’s on the patient’s ability & efficiency in accomplishing the task.
Timed procedures cannot gaurantee through coverage…because single areeas that are most asscessible may get more brushing time.
The longer the bacteria remain undisturbed, the greater the pathogenic potential of the biofilm bacteria.
Charles C. Bass was a physician & a medical educator
Stillman in the year 1932
WilliM j Charters in 1935
Alfred Fones, in 1934, move the brush in a circular or oblong manner, from the upper to the llower vestibule.
Also called as power-assisted, automatic, mechanical, or electric brushes.
Distobuccal surface is reached by stretching the cheek
Distolingual by directing the brush across from the opposite canine.
Vibratin brush with light pressure.
Major contributing factor in the development of this disease is lack of oral cleanliness.
Acute lesions like lacerations & ulcerations…severity may depend on frequency as well as the stiffness of filaments.