Meanwhile few thoughts....
Chronologically throughout the entire history of dentistry the mainstream thinking applied
to restorative dentistry is based on a concept of starting to rebuild missing part from
bottom and up i.e. from dento-osseous or tissue level and then "hunting" upwards
towards the opposing occlusion…
In conventional dentistry working this is undoubtedly the only correct way of working.
When translated into our situations of restoring patients with immediate loading that would commensurate to use of “denture-like” prosthetics that is resting on mucosa as a tissue-borne devices that are eventually “fitted” or assembled into a screw- retained prosthetic restoration which particularly in All-On-4® protocol, relies on 4 incorporated titanium cylinders resting on four newly inserted implants.
However in these situations and due to delicacy of multidisciplinary
protocols obtaining well occluded prosthetics is mostly omitted.
Actually if performing any same_day immediate loading implant procedures and in accordance to
traditional restorative “tissue-borne” based thinking, obtaining well occluded prosthetics is to be considered more as a lucky
accident than a predetermined outcome!
(Exclusion of well-trimmed
high-frequency performing teams, a part of large implant centers).
Mo2 Maneuver methodology turns all these odds ups and down
for the success of sole practitioners performing Immediate Loading procedures by
conceptually relying on a pre-set parameter, which is a perfect occlusion, and then
work its way downwards towards the newly inserted implants.
Ask more at info@momolaboratories.com
Therefore there are three
(3) items resolving four (4) objectives that Mo2 Maneuver methodology
addresses and provides corresponding tools for performing clinician or
clinical team, these are:
- Bone Remodeling Reduction
Guide
- Surgical &
Prosthetics Bone Level Guide
- Mo2
Maneuver flange_less Interim Prosthesis
See you with on Saturday with the update on the new patient restored in accordance to
Mo2 Maneuver methodology
Mo2 Maneuver methodology
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