UPSETTING
THE
UNDERWORLD
OF
BIOFILM
WITH
SALIVARY
DIAGNOSTICS
AND
SUBGINGIVAL
AIR
POLISHING
Karen
Davis,
RDH,
BSDH
Three
concepts
to
narrow
the
focus:
1. Biofilm
is
the
enemy
2. Saliva
is
a
powerful
tool
3. Time
is
a
precious
commodity
1.
BIOFILM
IS
THE
ENEMY!
Calculus
is
the
partner,
but
biofilm
is
the
culprit.
Its
thorough
removal
is
paramount
to
establishing
and
maintaining
periodontal
health.
Keystone-‐Pathogen
Hypothesis
(KPH)
&
Polymicrobial
Synergy
&
Dysbiosis
(PSD)
A
synergistic
but
imbalanced
community
of
microorganisms
causes
periodontal
diseases.
Different
species
have
different
roles
and
“keystone
pathogens”
trigger
inflammation
by
modulating
the
host
response
and
strengthening
the
biofilm
with
accessory
microorganisms.
It
is
uncertain
whether
periodontal
pathogens
initiate
periodontitis,
or
whether
the
response
of
the
immune
system
perpetuates
inflammation
and
favors
pathogenic
growth.
P.
gingivalis
may
be
a
very
low
percentage
of
the
biofilm;
yet
can
trigger
an
aggressive
periodontal
destruction.
Restoration
of
homeostasis
in
diseased
sites
is
a
promising
opportunity
for
disease
management.
Opportunities
to
alter
the
host
response:
• Reduction
of
systemic
inflammation
Diet
modifications
&
increase
of
Omega-‐3
fatty
acids,
stress
management,
regular
exercise,
and
tobacco
cessation
• Adjuncts
of
anti-‐inflammatory,
antibacterial
agents
and
probiotics
Periosciences®
–
topical
anti-‐inflammatory
&
anti-‐bacterial
Colgate
Total®
with
Triclosan
-‐
anti-‐inflammatory
&
anti-‐bacterial
PerioBalance®
&
Oragenics®
Lactobacillus
reuteri
reduced
risk
for
disease
progression.
Need
for
additional
surgery
outcome
measures
were
significantly
better
when
L.
reuteri
lozenges
were
used
as
an
adjunct
to
SRP,
compared
to
SRP
+
p lacebo.
Karen Davis, RDH, BSDH * Cutting Edge Concepts *[email protected] 1
646 Goodwin Drive Richardson, TX * 972-669-1555 * [email protected]
Significantly
more
pocket
depth
reduction
&
attachment
gain
in
moderate
&
deep
pockets;
and
more
P.
gingivitis
reduction
in
the
SRP
+
probiotic
group.
Journal
of
Clinical
Periodontology
2008
• Dismantle
&
destroy
the
biofilm!
Biofilm
Basics:
(Dimensions
of
Dental
Hygiene
2003)
• Mechanical
debridement
is
essential
• Bacteria
in
biofilms
are
more
resistant
to
antimicrobials
than
planktonic
bacteria
• Calculus
is
not
the
etiology.
It
must
be
removed
because
it
is
a
haven
to
the
etiology
–
biofilm
• Local
&
systemic
antimicrobials
are
adjuncts
only
Goals:
Eradiate
as
much
biofilm
as
possible
Do
so
as
comfortably
as
possible
Do
so
as
efficiently
as
possible
Glycine
powder
air
polishing
is
safe
and
causes
less
gingival
erosion
than
hand
instrumentation
and
sodium
bicarbonate
air-‐polishing
Journal
of
Clinical
Periodontology
2008
A
Paradigm
Shift
In
Mechanical
Biofilm
Management?
Subgingival
Air
Polishing:
A
New
Way
to
Improve
Mechanical
Biofilm
Management
in
the
Dental
Practice
Quintessence
International
2013
Summary:
• Air
polishing
devices
have
shown
to
be
efficient
in
removing
both
sub
and
supragingival
biofilm
and
stains
• The
new
generation
of
powders
and
devices
with
subgingival
nozzles
provide
better
access
to
subgingival
and
interdental
areas
• In
shallow
pockets
up
to
4
mm
and
in
deeper
pockets
≥
5
mm,
air
polishing
removes
biofilm
significantly
more
efficiently
than
hand
curettes
• Full-‐mouth
glycine
powder
air
polishing
results
in
a
significantly
decreased
load
of
Porphyromonas
gingivalis
in
the
oral
cavity
• Subgingival
biofilm
removal
with
air
polishing
is
considerably
faster
than
hand
instrumentation
or
ultrasonics
• Glycine-‐based
air
polishing
is
perceived
as
more
comfortable
by
the
patients
than
hand
instrumentation
or
ultrasonics
• Subgingival
air
polishing
with
glycine-‐based
powder
is
safe
if
used
as
per
recommendation
Karen Davis, RDH, BSDH * Cutting Edge Concepts *[email protected] 2
646 Goodwin Drive Richardson, TX * 972-669-1555 * [email protected]
For
exposed
roots,
cleaning
with
sodium
bicarbonate
powder
cannot
be
recommended.
Less
abrasive
glycine
powder
however,
demonstrated
non-‐critical
substance
loss
of
the
tooth
surface.
Journal
of
Periodontology
2014
Treatment
of
peri-‐Implantitis
using
air-‐polishing
technology
with
low-‐abrasive
erythritol
+
chlorhexidine
powder
had
significantly
higher
reductions
on
BOP
than
mechanical
debridement.
Journal
of
Clinical
Periodontology
2011
Seven
implant
instruments
were
tested
in
vivo
for
biofilm
removal
on
titanium
disks:
1)
manual
plastic
instruments,
2)
manual
carbon
fiber-‐reinforced
plastic
(CFRP)
curette,
3)
sonic-‐driven
prophylaxis
brush,
4)
rotating
rubber
cup
with
prophylaxis
paste,
5)
sonic-‐
driven
polyether
ether
ketone
(PEEK)
plastic
tip,
6)
ultrasonic-‐driven
PEEK
plastic
tip
&
7)
air
polishing
with
amino
acid
glycine
powder.
Results:
Effectiveness
of
plastic
curette
significantly
lower
that
those
of
all
machine-‐driven
instruments.
The
rubber
cup
provided
less
cleaning
effectiveness
compared
to
the
ultrasonic
PEEK
plastic
tip
and
air
polishing.
Superior
results,
with
less
than
4%
of
the
biofilm
remaining,
were
obtained
with
oscillating
PEEK
plastic
tips,
and
air
polishing.
International
Journal
of
Oral
&
Maxillofacial
Implants
2014
Additional
Air
Polishing
Research:
www.Hu-‐Friedy.com/HFEMS
>
Clinical
Evidence
Guide
Devices
for
Subgingival
Air
Polishing
with
Low-‐Abrasive
Powders:
• Hu-‐Friedy
EMS
AirFlow
Master
Piezon®
-‐
combination
piezon
and
air
polishing
unit
with
interchangeable
nozzles
and
powder
chambers
for
supragingival
air
polishing
with
sodium
bicarbonate
or
glycine
powder
&
subgingival
air
polishing
with
glycine.
• Hu-‐Friedy
EMS
AirFlow®
Handy
-‐
portable
air
polishing
unit
for
supragingival
air
polishing
with
sodium
bicarbonate
or
glycine.
Subgingival
up
to
4
mm
with
glycine.
• Hu-‐Friedy
EMS
Air
Flow
Handy
Perio®
-‐
portable
air
polishing
unit
for
subgingival
air
polishing
for
pockets
deeper
than
4mm.
Glycine.
• Acteon
Satelec
Air-‐N-‐Go®
-‐
Interchangeable
portable
unit
for
supragingival
air
polishing
with
sodium
bicarbonate
or
calcium
carbonate
powder
&
subgingival
air
polishing
with.
• Coltene
Biosonic
Suvi®-‐
combination
ultrasonic
and
air
polishing
unit
for
supragingival
air
polishing
with
sodium
bicarbonate
and
subgingival
air
polishing
with
glycine.
Karen Davis, RDH, BSDH * Cutting Edge Concepts *[email protected] 3
646 Goodwin Drive Richardson, TX * 972-669-1555 * [email protected]
Low-‐Abrasive
Powders
Safe
for
Subgingival
Air
Polishing:
• Glycine
25g
• Erythritol
14g
–
hopefully
available
in
the
U.S.
soon
Contraindications:
• Communicable
diseases
• Respiratory
diseases
• Immunocompromised
(clinical
judgment)
Clinical
Protocols
for
Biofilm
Management
with
Subgingival
Air
Polishing
(Optional:
Sodium
bicarbonate
air
polish
for
stain
removal
on
tooth
surfaces)
1. Glycine
air
polish
for
supra
and
subgingival
biofilm
removal
(11/12
explorer)
2. Power
instrument
for
supragingival
stain
and
calculus
removal
&
subgingival
calculus
removal.
3. Site-‐specific
instrumentation
with
hand
instruments
Paradigm
Shift:
Biofilm
Removal
First!
2.
SALIVA
IS
A
POWERFUL
TOOL
What…identify
the
pathogens?
After
invading
the
vessel
wall
oral
pathogens
trigger
an
inflammatory
response
contributing
to
endothelial
dysfunction
Current
Cardiology
Review
2014
Longitudinal
improvement
in
clinical
and
microbial
periodontal
status
is
related
to
a
decreased
rate
of
carotid
artery
IMT
(Intima-‐medial
thickness)
progression
at
3-‐year
average
follow-‐up.
Journal
of
the
American
Heart
Association
2013
Periodontal
pathogen
Fusobacterium
nucleatum
(Fn)
invades
epithelial
tissue
and
subsequent
endothelial
cells
and
increases
permeability
of
the
endothelial
wall,
enabling
penetration
of
additional
pathogens
that
contribute
to
systemic
inflammation.
Molecular
Microbiology
2011
A
correlation
was
established
between
putative
bacteria
contributing
to
arterial
plaques
and
species
associated
with
periodontal
disease.
Indian
Journal
of
Pathology
&
Microbiology
2015
Karen Davis, RDH, BSDH * Cutting Edge Concepts *[email protected] 4
646 Goodwin Drive Richardson, TX * 972-669-1555 * [email protected]
P.
gingivalis
was
found
at
a
frequency
of
34.5%
in
patients
with
chronic
periodontitis
and
clinical
isolates
were
highly
sensitive
to
metronidazole
and
tetracycline.
Acta
Odontologica
Latinoamericana
2014
P.
gingivalis
is
an
aggressive
periodontopathogen,
capable
of
penetrating
and
surviving
within
the
host
cells
due
to
several
motility
and
invasion
factors,
and
it
also
produces
by-‐
products
that
are
toxic
to
oral
tissues.
Dimensions
of
Dental
Hygiene
Digest
2013
Certain
periodontal
bacteria,
such
as
T.
denticola,
T.
forsythia,
and
Aggregatibacter
actinomycetemcomitans
are
strongly
associated
with
destructive
inflammatory
responses
and
additionally
subvert
the
host
response
in
ways
that
could,
at
least
in
principle,
enhance
the
survival
of
also
bystander
species.
Trends
In
Immunology
2015
Oral
DNA
MyPerioPath®
Prior
to
therapy
for
determination
of
pathogens
and
threshold
levels
Following
therapy
to
assess
reduction/elimination
of
pathogens
D0417
Collection
and
preparation
of
saliva
sample
for
laboratory
diagnostic
testing
Why
look
at
genetic
markers?
Approximately
50%
of
the
differences
in
severity
of
periodontal
disease
among
adults
are
due
to
genetics
Journal
of
Periodontology
1991,
2000
Meta-‐Analyses
and
systematic
reviews
support
a
significant
association
between
IL-‐1
gene
variations
and
periodontitis.
Journal
of
Clinical
Periodontology
2008,
Quintessence
International
2010,
Journal
of
Periodontology
2012
IL-‐1
genotype
positive
patients
require
more
treatment
to
maintain
health
compared
to
IL-‐
genotype
negative
patients.
Journal
of
Clinical
Periodontology
2008
According
to
Andreiotelli,
et
al,
the
diagnostic
value
of
Interleukin-‐1
genotyping
and
genetic
tests
for
peri-‐implantitis
should
be
reconsidered
before
treatment
planning,
regimens
and
maintenance
in
implant
dentistry.
The
excessive
or
inadequate
host
inflammatory
response
might
be
critical
to
the
pathogenesis
of
peri-‐implant
disease.
Quintessence
International
2008
Michigan
Personalized
Prevention
Study
(MPPS)
Journal
of
Dental
Research
2013
5000+
patients.
Evaluated
16
years
for
3
risk
factors
for
periodontal
disease:
smoking,
diabetes,
and
IL-‐1
genotype
Karen Davis, RDH, BSDH * Cutting Edge Concepts *[email protected] 5
646 Goodwin Drive Richardson, TX * 972-669-1555 * [email protected]
Results:
47%
of
the
patients
had
none
of
the
risk
factors
53%
had
at
least
one
of
the
risk
factors
For
patients
with
no
risk
factors,
2
prophylaxes
per
year
did
not
result
in
significant
reduction
of
tooth
loss
compared
to
1.
For
patient
with
1
or
more
risk
factors,
2
prophylaxes
added
significant
value
in
reducing
the
risk
of
tooth
loss.
For
patients
with
2
or
more
risk
factors,
2
prophylaxes
were
not
adequate
Oral
DNA
MyPerioID®
IL-‐6
genotype:
High,
Moderate
or
Low
Risk
for
Periodontal
Disease
Oral
DNA
Celsius
One
test™
genetic
markers
related
to
inflammatory
response
Interleukin
Genetics
PerioPredict®
IL-‐1
genotype
positive
or
negative
D0421
Genetic
Test
For
Susceptibility
To
Oral
Diseases
–
Once
in
a
lifetime
test
3.
TIME
IS
A
PRECIOUS
COMMODITY!
Biofilm
Management
Traditional
Biofilm
(Prophylaxis/PM) Hygiene
Management
Prophy/PM Prophy/PM
Screening/Data
Collection
7
min. 12
min.
Communication/Treatment
5
min. 12
min.
Enrollment
Clinical
Treatment 38
min. 26
min.
Examination
7
min. 7
min.
Hand
Off
&
Disinfect
Room
3
min. 3
min.
60
min. 60
min.
Total
Minutes
Saved
for
Biofilm
Removal:
~10
Increased
Time
for
Data
Collection,
Communication
&
Additional
Services
What
would
you
do
with
10
extra
minutes
with
your
patients?
Karen Davis, RDH, BSDH * Cutting Edge Concepts *[email protected] 6
646 Goodwin Drive Richardson, TX * 972-669-1555 * [email protected]
IMPLEMENTATION
STRATEGIES:
• Assess
the
Evidence
• Identify
objections
• Examine
risk
versus
benefits
• Educate
team
• Educate
patients
NOTES:
Never
accept
the
following
logic:
we’re
doing
it
this
way
because
that’s
how
we’ve
always
done
it,
or
we’re
not
doing
it
because
we’ve
never
done
it…
Barry
Gibbons,
Former
CEO,
Burger
King
Karen Davis, RDH, BSDH * Cutting Edge Concepts *[email protected] 7
646 Goodwin Drive Richardson, TX * 972-669-1555 * [email protected]