TECHNIQUES
for DOC’S BEST™ Cements with Activated Copper
Under
Composites:
We
advocate removal of all decay except over the pulpal chamber of a vital tooth,
where removal would risk pulpal exposure. Pulpal exposure is never necessary in
a vital tooth. We do not advocate bonding to dentin. We feel that dentin
bonding has led to countless unnecessary root canals. Organic compounds by
their very nature are unstable.
Easy
Steps:
Without
exception, all root canal posts should be cemented with copper cements as
dentin tubules are ideal for Biofilm inhabitation. Softening around root canal
posts is universal, after time, with bonded posts. Softening is unheard of with
activated copper cements.
Where
tooth breakdown is so severe, that little or
no original crown structure remains, DOC’S BEST™ Powder/Composite mix
can be bonded to the retentive top of the post and the root.
Mixed
with your favorite Composite:
DOC’S
BEST™ Powders used with composite does prevent infestation in composite
build-ups. It does not offer the continuous infintesimal
release of anti-biofilm ions that are obtained with the DOC’S BEST cements.
Too
much powder either white or red should not be mixed with either self-curing or
light cured composite.
Approximately
1/4 scoop should be used with the amount one would normally use to fill an MOD
molar composite. The color when mixed with composite should be light red but
not dark red. It is easy to add too much white powder because the color is not
as noticeable as the red powder. More powder is NOT better. One or two mixes
will allow the practitioner easy mastery of the correct process. Powder in correct amounts allows for a
complete set. The more is better rule will lead to a less adequate set. This
can be easily remedied by using less powder.
Pedodontic
Treatment:
We
believe that a vital pedodontic tooth treated therapeutically with COPALITE®
Varnish and DOC’S BEST™ powder followed by placement of a cement base is in
every way superior to the more common pulpotomy. The fact that a pulpotomy
works at all suggests the strong resilience to healing one finds in children’s
teeth.