PSILENT PRODUCTIONS
Dr. Greg
Psaltis
Olympia, WA
Phone and FAX: (360) 413-5760
Website: www.psaltis.info
e-mail:
drpsaltis@orcalink.com
Think and
Work Like a Pediatric Dentist
1. Rubber dam—a
tremendous management tool in pediatric care
A.
Punch
two holes and cut a single slit—isolate a quadrant
B.
Advantages
1. No tongues or lips
2. Dry field
3. Easier access
4. Current standard of care
5. More comfortable for patients during sealants
6. Less stressful for care provide during sealants
C.
Clamps
1. Maxillary teeth
a. Permanent molars= 3, 14, 14A, W5
b. Primary second molars= 3, 8A, W5, W8
c. Primary first molars and biscuspids= 2
2. Mandibular teeth
a. Permanent molars= 3, 14, 14A
b. Primary second molars= 8A
c. Primary first molars and bicuspids= 2
2. Denovo
matrix bands—a very simple matrix band system
A.
Come
in a kit with varying sizes
B.
Re-usable
C.
Very fast for placement
D.
Requires
wedges
3. Local anesthesia—make it
quicker and better
A. Topical anesthetic- Caine Tips
1. Caine
Tips
2. Can
give
to children for “loose tooth” extractions at home
B. Onset-- a local anesthetic
buffering solution
1. Uptake
and
onset is faster (average time is 1:51)
2. Comfort
is
enhanced (72% felt injections was more comfortable)
3. Speed
makes
restorative at recall visit possible
4. Mixed
with
“pen” and done chairside
4. Maximum
dosages for local anesthetics
A.
Septocaine
4%/articaine
1. Very
effective for infiltrations
2. Not for
use in children under the age of 3
3. Helpful
for difficult to numb patients
4. Maximum dose: 3.2
mg/pound (see dosage chart
at end of handout)
B.
Lidocaine
2%
1. I use this
exclusively for mandibular blocks
2. I use this
exclusively for children under the age of 3
3.
Infiltrations
4. Maximum
dose: 2.0 mg/pound (see
dosage chart at end of handout)
5. Dental Age
A.
First
concern of pediatric dentists
1. Indicates
longevity of primary teeth
2. Provides
basis for treatment for patients with slower dental development
B.
Always
look at radiographs
1. Check for
unerupted six-year molars
2. Determine
extent of bone still over unerupted teeth
3. Better way
to approximate the dental age vs chronologic age
C.
Root
structure on existing primary teeth
1. If
complete root is still present, tooth will remain in mouth for
at least 2 years
2. If root is
about half-way present, tooth will remain in mouth for about 1
more year
D.
Check
root development of unerupted permanent teeth
1. Typically
permanent teeth erupt when roots are ½-2/3 formed
2. If root is more than ¾ formed and tooth is not
erupting, this is a problem
6. Necessity
of Radiograph
A.
Percentage
of primary tooth decay that is interproximal: __________
1.
Demonstration via my own practice data
2. You can
check your own data
3. Flossing
becomes most important caries-reduction home-care procedure
B.
Many
developmental issues are asymptomatic and only found with
radiographs
1. Supernumeary teeth
2. Odontomas
3. Congenitally missing teeth
4. Ectopic molars
5. Over-retained teeth
6. Impacted permanent teeth
C.
AAPD/ADA recommendations
1. Posterior bitewings at 6-12 month intervals for at
risk patients
2. Posterior bitewings at 12-24 month intervals for lower
risk patients
D.
My
recommendations
1. Beginning series: 2 anterior PA’s and 2 bitewings as
soon as they are obtainable
2. Panoramic when all mandibular incisors and all
six-year molars are fully erupted
7. Patient
Napkins—hands-free information
A.
Hands-free
information at the chair
B.
Advantages
1. No need to
check charts or computers
2. Codes can
convey information without speaking
a.
Patient name
b.
Procedures to be done
c.
Latex allergies
d. Any
other codes you may determine
8. Stainless
Steel Crowns
A.
Diagnosis
1. Radiographic indications for crowns
a.
Very
large interproximal lesions
b.
One-third or more of tooth broken down
b.
Space loss due to mesial drifting into carious areas
2.
Clinical indications for crowns
a.
Insufficient periphery into which to place a reliable
restoration
b.
Broadly extended interproximal areas of coronal breakdown
c.
Space loss due to mesial drifting into carious areas
B.
Technique
1. Posterior stainless steel crowns
a.
Reduce occlusal surface with diamond wheel bur (1-1.5mm only)
b. Remove all caries
c.
With wedges in place, interproximal cuts with 169 bur or thin
diamond
d. Minimally reduce buccal and lingual surfaces,
e. Place a bevel toward
the occlusal surface
f.
Round
off corners to match interior aspect of stainless steel crown
itself
2. Select crown size
a. Should fit
snugly, but still go down over tooth
b. Check for
crown length-- if tissues blanch, you will need to trim
7. Shape crown
a.
Contouring pliers to basic curvature
b. Crimping pliers to engage undercuts of prep
c. With precrimped crowns, these steps are not necessary
8. Cement crown
a. RelyX Luting Plus cement-- excellent material
b. ZnPO4 is OK
9. Dealing
with Parents- the best promotional plan going
A.
Your first job is to be sure the parents feel heard by you--
establish credibility
B.
Prepare them and set
guidelines-- teach them positive behavior
1. Prepare them for their children's visits
a.
Explain your techniques of empowering their children
b.
Outline the procedures that are to be done
2. Set clear guidelines around operative appointments
a.
Be optimistic, but realistic
b.
Acknowledge potential areas of difficulty
c.
Discuss strategies
d.
Make agreements regarding their role
3. My office's guidelines
a.
Do not over-prepare the child
b.
Use our terminology
c.
Be a silent observer only
d.
Leave when asked (this must be agreed upon up front)
e.
Do not make promises
C.
Studies show 82% of parents follow instructions
10. Toy Tower
11. Patient
traditions—another way to connect with patients
A.
We
give a book for high school graduation
B.
Photographs
at every cleaning visit
12. Heighten
Your Sense of Gratitude—your non-fiscal “pay”
A.
This
comes in many forms
B.
Advantages
1. Government
does not tax it
2. You keep
it forever
3. Can lead to
surprising long-term results
LOCAL
ANESTHETIC MAXIMUM DOSAGE CHART
|
|||
4% |
Articaine |
||
Age |
Weight |
Max Dose |
Carpules |
< 3 years |
NOT |
RECOM |
MENDED |
3-5 years |
25-40# |
80-128 mg |
1- 1.8 |
5-8 years |
40-70# |
128-224 mg |
1.8- 3 |
> 8 years |
70-100# |
224-320 mg |
3- 4.5 |
2% |
Lidocaine |
||
Age |
Weight |
Max Dose |
Carpules |
< 3 years |
20-25# |
40-50 mg |
1- 1.5 |
3-5 years |
25-40# |
50- 80 mg |
1.5- 2 |
5-8 years |
40-70# |
80- 140 mg |
3- 3.5 |
> 8 years |
70-100# |
140- 200 mg |
3.5- 5.5 |
©PSILENT PRODUCTIONS, 2020