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Adhesion and Fiber Reinforced Composites:
A New Perspective to Enhance Clinical Dentistry.
SPEAKERS:
David Rudo, DDS (Fiber reinforced composites) |
Thomas P Keogh MD, DDS (Adhesion) |
31
May, 2008
PLACE:
Iruña Park
Hotel,
SCHEDULE:
Morning
session: 9.30-14.00
Afternoon
session: 16.00-20.00
CONTACT:
Isabel
Condearena: mackeo@telefonica.net
Iruña Park
Hotel: nhirunapark@nh-hotels.com
Tel.: +34.94.8197119
Fax: +34.94.8172387
David
Rudo DDS:
Fiber
Composites in Dentistry
Clinical Applications; how and why they work
The
scientific part of the presentation will describe
how dental resins and composites fail by cracking and how Ribbond,
Bondable
Reinforcement Fiber stops cracking failure. The attendees will learn
how to
apply the scientific principles of fiber composite technology to
constructing
fiber reinforced dental restorations and prostheses.
The
clinical application part will include examples of Ribbond fiber
composite
solutions to traditional dental problems. These applications include
constructing periodontal splints and orthodontic retainers, directly
and
indirectly constructed composite bridges, endodontic posts and cores,
reinforcing large composite restorations, treating split tooth
syndrome, and
reinforcing provisional bridges, and repairs.
After
attending this presentation, the attendees will understand how to use
the most
current fiber composite technology to solve the treatment problems they
encounter every day in their clinical treatment.
Thomas P
Keogh MD, DDS:
1.
Dental Adhesion.
a.
Adhesion to different substrates.
b. Different variables in the bonding
equation. How to minimize the downside.
c.
Is faster better?
d.
Total Etch versus Self-Etch. A new classification.
e.
Pulp exposures. Self-etchant material for pulp sealing.
f.
Comparative scientific data and benefit/cost tables. Discussion.
2.
Direct and Indirect composite resin materials.
a. Resin shrinkage and various
philosophies for its
control.
b. A new tooth damage
classification and therapeutic
protocols for each situation. Differences
between vital and non vital teeth from a
restorative
perspective.
c. Material selection and
support armamentarium.
Clinical applications.
d.
Comparative scientific data and benefit/cost
tables. Discussion.
DAVID
N. RUDO, DDS
Graduated
from the University of Maryland
School of Dentistry in 1961 and maintained a practice of general
dentistry in Seattle, USA
for over 30 years. Dr. Rudo’s research in the use of fiber
reinforcement to
solve the problem of structural failure of dental resin and composite
restorations, prostheses, and appliances culminated in the development
of
Ribbond® bondable reinforcement ribbon.
Since 1993,
Dr. Rudo has devoted his time to
research in the field of fiber reinforcement technology in dentistry
and the
development of various applications of Ribbond. He has presented at
universities in Europe and the
-Medical degree, U
de Navarra, Pamplona, Navarra, Spain 1983
-Specialized
in Stomatology, U Complutense de Madrid,
-Certificate
in Periodontics, U of
-Reality
Editorial Staff Member.
-Lectures
and presentations in Asia, Europe, and
-Author
and co-author of several books and articles on dental adhesion,
periodontics,
occlusion, and implants in English, Japanese, and Spanish.
-Best
oral communication award Spanish Society of Periodontics and
Osseointegration
(SEPA), Torremolinos,
Ribbond,
Inc.