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C Ezeokoli

Comparative Study of Osteoblastic Activity of Same Implants (Endopore) in Immediate Extraction Site Utilizing Single Photon Emission Computerized Tomography: Peri-implant Autogeneous Bone Grafting with GTR versus No Peri-implant Bone Grafting—Experimental

Issue: 
Pages: 
336–9

ABSTRACT

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e-Published: 31 Jan, 2014

Single Photon Emission Computerized Tomography in the Evaluation of the Osteoblastic Activities of a New Bone Regeneration Technique, Analysis of 12 Mandibular Sites in six Experimental Pigs

Single Photon Emission Computerized Tomography and Histological Evaluation in the Validation of a New Technique for Closure of Oro-antral Communication An Experimental Study in Pigs

Issue: 
Pages: 
166–72
Synopsis: 
The Sandwich Technique for closure of oro-antral communication results in vascularized new bone formation which eventually osseo-intergrates with surrounding bone.


ABSTRACT

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e-Published: 18 Jul, 2013

Emerging Applications of an Experimental Single Photon Emission Computed Tomography: An Analysis of 16 Areas of Interest in the Pig’s Model

Issue: 
DOI: 
10.7727/wimj.2011.053
Pages: 
916–20
Synopsis: 
Single photon emission computed tomography is a unique imaging modality for the assessment of osteoblastic activity and osseointegration in any experimental or clinical situation. As such, new and emerging applications are being introduced for this novel technique.

ABSTRACT

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e-Published: 24 Jun, 2013

Comparative Study of the Osteoblastic Activity of Two Implant Systems (Endopore versus Entergra) Utilizing Single Photon Emission Computed Tomography (SPECT): Experimental Study in Pigs Model

Issue: 
DOI: 
10.7727/wimj.2011.058
Pages: 
145–8
Synopsis: 
In this report, we describe the use of quantitative single photon emission computed tomography as a tool for comparing the osseointegrating capabilities of two types of implants. Results suggest that there is little difference in bone regeneration between the porous surface and screw type implants.

ABSTRACT

Accepted: 
20 Jan, 2012
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e-Published: 16 May, 2013

Mathematical Model for Osteobstruction in Bone Regeneration Mechanisms: A Headway in Skeletal Tissue Engineering

Issue: 
DOI: 
10.7727/wimj.2011.051
Pages: 
814–20
Synopsis: 
In this paper, mathematical models are formulated for the Ogunsalu osteobstruction phenomenon. Mathematical modelling could be used to predict, interpret and generalize the results of osteobstructive mechanism in bone regeneration.

ABSTRACT

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Journal Sections: 
e-Published: 08 Apr, 2013

Emerging Applications of an Experimental Single Photon Emission Computed Tomography: An Analysis of 16 Areas of Interest in the Pig’s Model

DOI: 
10.7727/wimj.2011.053

ABSTRACT

PDF Attachment: 
Journal Sections: 
e-Published: 21 Feb, 2013

Pre-published Manuscript

This manuscript has been assigned to a volume and issue but has not yet been published. It is either being edited, typeset or is in the proof stage of publication.
In the pre-published stage, this manuscript may contain statements, opinions, and information that have errors in facts, figures, or interpretation. Any final changes in this manuscript will be made at the time of publication and will be reflected in the final electronic version of the issue. The editors and authors and their respective employees are not responsible or liable for the use of any such inaccurate or misleading data, opinion or information contained in the articles in this section.

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