Missed canal
Hyperaemic distals
NHS and dreadful teeth
Occlusal interferences
Unable to find MM canal
Cracked tooth
Necrotic retreat

Necrosis and pulpal
Deep apical split
Broken left incisor
Single implant
Broken files
Periodontitis & Endo
Race shaping

Laser with fistula
Rosenberg's technique
Carious exposure
Tougher than molar
Endo and Perio
ML joined with MB
Apical ledges

Split root
9 year recall
Weeping lesion
Three furs
Bleach and treat
Alveolar fracture
Root resorption

Role of sandblasting
3 rooted molar
Dental douche
Internal resorption
Titanium implants
Lesion on mesial root
Wide open apices

Treatment and root anatomy
Search for MB2
Lateral canal
Post space in P canal
Molar with long roots
TF use limitations
Tobacco chewing ravages

Additional orifice
Crack and pulpal floor
Marginal ridges
Deeply buried implant
Ag Posts
Resorption repair
Lesion on MB root

Buccal query
Funky case
Direct pulp capping
Irreversible pulpitis
Serious pathosis
MSDO and Endo tx
Retreatment CBCT

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Ögram System and exodontia protocol

The opinions and photographs within this web page are not ours. Authors have been
credited for the individual posts where they are

The Ögram System began with a clean sheet of paper to determine how the modern sciences would script exodontia
protocol with today’s scientific information. An extensive team of professionals from many scientific disciplines
in the U.S. and Europe collaborated during the six years of development with Gunnar Philipp as team leader and
lead surgical designer. Our team consisted of specialists in biology, histology, stomatology, dental anatomy,
radiography, bioengineering, physics, geometry, mathematics and dentists from various specialties. This was the
first scientific exodontia effort of its’ kind in the history of dentistry.

A histological assessment of soft and hard tissues surrounding teeth was investigated initially to determine
which tissues should be preserved to avoid permanent defects. Periosteum and cortical bone were deemed to be
the key tissues for preservation and avoiding bone fracture. The motion equations were scripted for technique
and finally the instrumentation was chosen for optimal technique delivery.

Our goal was to engineer and design an easy atraumatic system for simple and complex tooth removal that protects
the cortical shell, alveolus, periosteum, and surrounding tissues. Also, to accomplish the atraumatic removal in
less than 10 minutes of technique time with high predictability. Mucoperiosteal flaps at the gingival papilla,
which causes bone loss, and bone removal was not an option. This was accomplished and more.

Dental schools in Berlin, Cologne, and Heidelberg completed independent Ögram System studies and Ögram was
clinically proven to have exceeded these goals and was shown to be easy to implement in the dental practice.
Over 85% of non-impacted teeth extracted were trauma free to surrounding tissues using the Ögram protocols
compared to less than 9% using conventional tooth removal protocols.

The Ögram System offers new possibilities for dentistry and shares very little with traditional technique or
logic. About 85% to 90% of the technology will be new to the dental profession.

Join the thousands of dentists who now can remove the majority of difficult non-impacted teeth, without
reflecting a flap, trenching, or osteotomy, averaging less than 6 minutes of technique time. Simply put,
there is no other exodontia method that carries these distinctions offering so much to patients and dentists.

Doctors wishing additional information can contact Daniel Marinic, DDS FICOI,for additional information or visit OgramSystem.com for additional details
Protaper flaring
6 yr old Empress
Cvek pulpotomy
Middle mesial
Endo misdiagnosis
MTA retrofill
Resin core
BW importance
Bicuspid tooth

Necrotic #8 treatment
Finding MB2 / MB3
Deep in a canal
Broken file retrieval
Molar cases
Pushed over apex
MB2 and palatal canal
Long lower third
Veneer cases
CT Implant surgury

Weird Anatomy
Apical trifurcation
Canal and Ultrasonics
Cotton stuffed chamber
Pulp floor sandblasting
Silver point removal
Difficult acute curve
Marked swelling
5 canaled premolar

Sealer overextension
Complex anatomy
Secondary caries
Zygomatic arch
Confluent mesials
LL 1st molar (#19)
Shaping vs Cleaning
First bicuspid
In Vivo mesial view
Inaccesible canals

Premolar 45
Ortho and implant
Radioluscency
Lateral incisor
Obturation
Churning irrigant
Cold lateral
Tipped to lingual
Acute pulpitis images

Middle distal canal
Silver point
Crown preparation
Epiphany healing
Weird anatomy
Dual Xenon
Looking for MB2
Upper molar resorption
Acute apical abcess
Finding MB2

Gingival inflammation
Irreversible pulpitis
AG BU ortho band
TF Files
using TF files
Broken bur
Warm technique
Restorative prognosis
Tooth # 20 and #30

Apical third
3 canal premolar
Severe curvature
Interesting anatomy
Chamber floor
Zirconia crown
Dycal matrix
Cracked tooth
Tooth structure loss
Multiplanar curves

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