Author, year | Study design | Number of subjects | Study time frame | Time between fibula graft and implantation | Defect location | Implant type | Assessments | Comorbidities: radiation, malignancies, systematic disease | Indications for surgery | Number of implants in graft | Number of implants in natural bone | Implant survival rate | Graft survival rate |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Ariga, 2017 [16] | Retrospective | 10 (5 F, 5 M) | 12 years (1998–2010) | Mean 13.4 months | 6 in the maxilla and 27 in the mandible | Not specified | Clinical examination, radiological examination, interview using a questionnaire | N/A | Various, including ameloblastoma, fibrous dysplasia, ossifying fibroma, osteoradionecrosis, odontogenic myxoma, and central giant cell granuloma | 33 | N/A | 100% | 100% |
Attia, 2018 [17] | Retrospective | 34 (11 F, 23 M) | 11 years (2000–2011) | Dental implantation after 5 months | 6 patients had maxillary defects, and 28 had mandibular defects | 66 Xive, 45 BEGO, and 23 Synocta | Clinical assessments (dental status, oral condition, extent of prosthetic rehabilitation, postoperative complications, implant survival, and fibula transplant survival), radiological evaluations | Radiation (5 patients), malignancies (27 patients) | Tumor resection involving the jaw | 134 | 53 | 91.05% | 97% |
Bodard, 2008 [18] | Not explicitly mentioned in the text, but it appears to be a retrospective study | 23 (6 F, 17 M) | NR | Mean delay between MFF and placement of implants was 23.5 months (8–60) | Mandible | 43 KIIIW (NobelBiocare) and 32 CinyW (Serf) | Clinical examination, dentascan, postoperative clinical and radiographic controls, criteria for implant success and prosthetic success | 14 patients (60.8%) underwent radiotherapy before reconstruction and 5 after (21.7%) | Mandibular osteoradionecrosis was the indication for reconstruction in 7 patients (30.4% of irradiated patients) | 80 | N/A | 80% | NR |
Bodard, 2015 [19] | Retrospective | 26 (9 F, 17 M) | NR | NR | Mandible | Not explicitly mentioned, but dimensions ranged from 3.75 × 10 mm to 4 × 15 mm | Number of osteotomies, number of implants, type of prosthesis, follow-up after prosthesis placement, preimplant surgery, quality of soft tissues, peri-implant complications, patient satisfaction (visual analog scale), esthetic outcomes, and improvement of masticatory function (questionnaire) | NR | NR | 75 | N/A | 97.5% | NR |
Burgess, 2016 [20] | Retrospective | 59 (24 F, 35 M) | 6 years (2009–2015) | Mean time was 19 months (range, 0–141 months) | Head and neck neoplasia | Neoss, Straumann | Implant failure, adverse outcomes, implant survival by smoking status, implant survival by bone flap type | 12 patients received radiation to the VBG before implant placement | Head and neck neoplasia | 199 | N/A | 93.6% 5 years | NR |
Ch'ng, 2016 [21] | Retrospective | 246 (80 F, 166 M) | 6 years (2009–2015) | Mean time was 19 months (range, 0–141 months) | NR | AstraTec | Implant success, implant survival time, cumulative survival rates, risk factors for implant loss, completion of oral rehabilitation, odds ratios for osteoradionecrosis development | Preoperative radiation: 18 patients (7.3%) Postoperative radiation: 147 patients (59.8%) Chemotherapy: 99 patients (40.2%) Tobacco use (smoking): 102 patients (41.5%) Diabetes mellitus: 38 patients (15.5%) | NR | 243 | 618 mandible, 271 maxilla | Mandible: 2.6% (16 out of 618) Maxilla: 2.2% (6 out of 271) Fibula: 8.2% (20 out of 243) | NR |
Chiapasco, 2006 [22] | Retrospective | 59 (21 F, 38 M) | 8 years (1995–2002) | 3–12 months | Mandible or maxilla | 20 ITI, 44 Nobel Biocare, 7 3i | Clinical and radiographic controls | NR | Tumors or osteoradionecrosis affecting the maxillo-mandibular complex | 243 | N/A | 98.6% | 94.9% |
De Santis, 2006 [23] | Retrospective | 12 | 10 years (1993–2003) | Minimum of 6 months for osseointegration | Mandible | N/A | Clinical examination, radiographs, resonance frequency analysis (RFA) with Osstell | NR | Jawbone atrophy, cancer resection | 76 | N/A | 100% | 100% |
Gbara, 2007 [24] | Retrospective | 52 initially, 30 followed up (18 M, 12 F) | 2 years (1992–1994) | N/A | Mandible, maxilla | IMZ, ITI, Duraplant | Implant survival, mucositis, peri-implantitis | Radiation in 18 patients with malignant tumor | Ablative tumor treatment, jaw augmentation by severe atrophy, or osteomyelitis | 117 | N/A | 97% | NR |
Goker, 2020 [25] | Retrospective | 14 (8 F, 6 M) | 5 years (2013–2018) | Mean interval period between two surgeries was 24.6 months (0 to 3.5 years) | Mandible, maxilla | 10 Biomet 3i 2 Intra-Lock, 2 Megagen | Implant survival, graft survival, complications, patient characteristics, and implant survival | None | Tumors | 40 | 16 | 85.6% (79.75% for implants in flaps, 100% in native bone) | 85.7% |
Khadembaschi, 2020 [14] | Retrospective | 100; 37 female (16 in FFF, 11 in DCIA, 8 in scapula, 2 in MFC) and 63 male (29 in FFF, 18 in DCIA, 14 in scapula, 1 in MFC, 1 in RFFF) | 11 years (2008–2019) |  | Maxilla (11 in FFF, 10 in DCIA, 9 in scapula, 3 in MFC, 1 in RFFF), and mandible (34 in FFF, 19 in DCIA, 13 in scapula) | NS | Implant survival and success, prosthodontic success and failure | Radiation: RT to flap (15 in FFF, 4 in DCIA, 4 in scapula), RT pre-flap (9 in FFF, 1 in DCIA, 8 in scapula) Malignancies: malignant (35 in FFF, 9 in DCIA, 15 in scapula, 1 in RFFF) and nonmalignant (10 in FFF, 20 in DCIA, 7 in scapula, 3 in MFC) | Various pathologies | 318 (150 in FFF, 98 in DCIA, 62 in scapula, 6 in MFC, 2 in RFFF) | N/A | 1 year (93% FFF, 97.5% DCIA, 98% scapula, 100% MFC, 100% RFFF), 2 years (90% FFF, 97.5% DCIA, 98% scapula), 5 years (86% FFF, 89% DCIA, 93% scapula), 7 years (83% FFF, 80% DCIA, 93% scapula), 9 years (69% FFF) | NR |
Kniha, 2017 [26] | Retrospective | 28 patients (14 with fibula flaps and 14 with DCIA flaps); 13 F, 15Â M | 3Â years | 6 to 9Â months after reconstructive surgery | 5 in the upper jaw, 23 in the lower jaw | Straumann, Camlog | Peri-implant bone resorption, implant survival rate, graft survival rate | 10 patients (35.7%) treated with adjuvant radiotherapy before bony reconstruction | Malignant and benign tumors | 109 implants (51 in DCIA flaps, 58 in fibula flaps) | N/A | 98.3% for fibula flaps, 96.1% for DCIA flaps after 3Â years | NR |
Lodders, 2021 [12] | Retrospective | 23 (21 F, 23 M) | 22 years (1995–2017) | NR | Mandibular and maxillary defects | Straumann | Implant survival, implant function, implant success, functional dental rehabilitation | Presurgical radiation | Tumor resection and immediate FFF reconstruction (primary-FFF) Tumor resection and delayed FFF reconstruction (secondary FFF) Resection for osteoradionecrosis (ORN) with immediate FFF reconstruction (ORN-FFF) | 161 | 26 maxilla, 15 mandible | 18.0% (29/161) in the FFF, 11.5% (3/26) in the native maxilla, 6.7% (1/15) in the native mandible | NR |
Lodders, 2022 [26] | Retrospective | 57 | 11 years (2006–2017) | NR | Mandible | NS | EORTC QLQ-C30 and EORTC QLQ-H&N 35 | NR | Patients diagnosed with head and neck cancer and had undergone maxillofacial reconstruction with a free fibula flap | 55 | N/A | NR | NR |
Menapace, 2018 [27] | Retrospective | 23 (7 F, 16 M) | 9 years (2006–2015) | NR | Mandible | NS | Graft survival, implant survival, oral competence, speech intelligibility, diet | NR | ORN or ON | 121 | N/A | 92% | 95% (21 of 22) FFTT survival rate |
Parbo, 2013 [13] | Retrospective | 36 (13 F, 13 M) | 13 years (1998–2011) | 9.4 months | Partial mandibular resection, most frequently resected area was the lateral segment | Nobel Biocare, Astra, 3i, and Straumann | implant survival rate, graft survival rate | Radiation: 10 patients received presurgical radiotherapy; 16 patients received postsurgical radiotherapy Malignancies: most common diagnosis was squamous cell carcinoma, followed by sarcoma | Partial mandibular resection due to primary diagnosis (e.g., squamous cell carcinoma, sarcoma, or ameloblastoma) or secondary resection due to sequelae following the initial treatment of the primary pathology (e.g., osteoradionecrosis or osteomyelitis) | 67 | N/A | 96% | 97% |
Pellegrino, 2018 [28] | Retrospective | 21 (6 F, 15 M) | 17 years (1998–2015) | Mean of 20.8 months (range, 8–38 months) | Mandible and maxilla | 25 Nobel System implants, 58 Friadent Dentsply, 8 BioHorizons, 6 Keystone, 6 BTK, 5 Biomet 3i | Implant survival, implant success, peri-implant mucositis, peri-implantitis, peri-implant bone loss, probing depth, and the presence of hyperplastic tissue surrounding the implants | Radiation, malignancies, systematic disease — 7 patients received adjuvant radiotherapy; 3 patients received postoperative chemotherapy without radiation therapy | Malignant and benign oral tumors | 108 | N/A | 97.2% at 12-month follow-up, 86.5% at 60 months, 79.3% at 120 months | NR |
Zweifel, 2018 [29] | Prospective | 8 patients (13 implants in trial group and 15 implants in control group) | 2Â years | N/A | Mandible | AstraTech, Straumann, Neoss OsseoSpeed | Postoperative computed tomography (CT) scans to compare the position of dental implants before and after surgery using reconstruction plate as a reference, measurements of distances, and angulations | NR | NR | 13 implants in trial group and 15 implants in control group | N/A | N/A | NR |