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The double barrel fibula flap presents many advantages such as adequate, constant geometry, proper dimensions for implant placement, double periosteal and medullary blood supply allowing multiple osteotomies, correct contouring, an adequate pedicle length and low donor site morbidity. Bone thickness, height and its bi-cortical structure seem to be ideal for long-term implant prosthetic rehabilitation. Fixation of double barrel fibula could be done using 3D titanium mini-plate which offers a low profile, less hardware and less chance to remove for later implant placement. Aim of the study is to compare the efficiency of fixation double barrel vascularized fibular graft for mandibular reconstruction using 3D miniplate versus 3D titanium mesh tray
Full description
Aim of the study is to compare the efficiency of fixation double barrel vascularized fibular graft for mandibular reconstruction using 3D miniplate versus 3D titanium mesh tray
Hypothesis:
Null hypothesis: There is no difference in the clinical and radio graphical parameters between 3D miniplate fixation versus a 3D titanium mesh tray fixation of double barrel vascularized fibular graft.
If the results are significant (i.e. results are unlikely to be explained by chance alone), the null hypothesis is rejected.
Primary objective: to evaluate bone height changes for double barrel vascularized fibular graft after mandibular reconstruction.
Secondary objective: to evaluate volumetric bone changes for double barrel vascularized fibular graft after mandibular reconstruction.
monitoring success of double vascularized fibular graft in mandibular reconstruction.
Trial design:
Preoperative phase:
Patients will be subjected to:
Operative Phase:
Post-operative phase:
Post-operative medication:
Post-operative wound care:
No ambulation is allowed within the first 2 weeks. Upon ambulation, partial weightbearing is begun with the aid of crutches followed by full weight bearing ambulation
. Recruitment:
B) Assignment of interventions
Allocation:
Randomization:
The total sample size n= will be calculated and the sample sizes in each group will be pre-specified exactly and are under the direct control of the investigator.
Allocation concealment mechanism:
cards will take the generated sequence numbers one number for each card then these cards will be placed within opaque sealed envelopes. Then these Envelops will be placed in a container (box), each participant will grasp one envelop blindly during the preoperative preparation.
Implementation Senior supervisor (EH) is the person who will generate the allocation sequence. Principal investigator (HO) will enroll the participants and assign the participants for intervention.
Masking/blinding:
Because the two interventions used in this trial are easily recognized by the participants and the investigator, neither the investigator (HO) nor the participant can be blinded. But the statistician will be blinded.
C) Data collection, management, and analysis:
Data collection methods (HO) who will be responsible for outcomes assessment. Information on demographic data and past and concurrent medical history was obtained by interviewing the patient.
During Visit 1 (T1 Surgery day), Data regarding personal information, operative procedure (including surgical procedure- intraoperative complications- operation time) and postoperative complication will be recorded each in the specified section in prepared form. At (T2 one week postoperatively) follow-up scheduled for stitch removal and any complications also will be recorded. In the visit 3&4 (T3 & T4 at 3& 6months) patient will be recalled for routine follow-up.
Enrollment
Sex
Volunteers
Inclusion criteria
Exclusion criteria
• Patients with systemic condition counteracting with the surgical procedure.
Primary purpose
Allocation
Interventional model
Masking
20 participants in 2 patient groups
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Central trial contact
Omniya M AbdelAziz, PhD; Hussam A Okba, Master
Data sourced from clinicaltrials.gov
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