Scientometric Analysis of Dental Implant Research over the Past 10 Years and Future Research Trends

Huang, Xin; Bai, Jing; Liu, Xu; Meng, Zhaosong; Shang, Yuli; Jiao, Tiejun; Chen, Gang; Deng, Jiayin

doi:10.1155/2021/6634055

Cited by 12 publications

(7 citation statements)

References 58 publications

(55 reference statements)

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“…Likewise, the clinical outcome of dental implant procedures is not evaluated purely on functional requirements, but, increasingly, in terms of biological and esthetic considerations. (Choquet et al, 2001; Huang et al, 2021; Misch et al, 2008).…”

Section: Introductionmentioning

confidence: 99%

Benchmark performance of anodized vs. sandblasted implant surfaces in an acute dehiscence type defect animal model

Shahdad

Bosshardt

Patel

et al. 2022

Clinical Oral Implants Res

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Objectives: Crestal bone formation represents a crucial aspect of the esthetic and biological success of dental implants. This controlled preclinical study analyzed the effect of implant surface and implant geometry on de novo crestal bone formation and osseointegration.Materials and methods: Histological and histomorphometrical analysis was performed to compare three implant groups, that is, (1) a novel, commercially available, gradient anodized implant, (2) a custom-made geometric replica of implant "1," displaying a superhydrophilic micro-rough large-grit sandblasted and acid-etched surface, and (3) a commercially available implant, having the same surface as "2" but a different implant geometry. The study applied a standardized buccal acute-type dehiscence model in minipigs with observation periods of 2 and 8 weeks of healing. Results:The amount of newly formed crestal bone (BATA) around control groups (2) and (3) was significantly increased when compared to the test group (1) at the 8 weeks of healing time point. Similar results were obtained for all parameters related to osseointegration and direct bone apposition, to the implant surface (dBIC, VBC, and fBIC), demonstrating superior osseointegration of the moderately rough, compared to the gradient anodized functionalization. After 2 weeks, the osseointegration (nBIC) was found to be influenced by implant geometry with group (3) outperforming groups ( 1) and (2) on this parameter. At 8 weeks, nBIC was significantly higher for groups (2) and(3) compared to (1). Conclusions:The extent (BATA) of de novo crestal bone formation in the acute-type dehiscence defects was primarily influenced by implant surface characteristics and their ability to promote osseointegration and direct bone apposition. Osseointegration (nBIC) of the apical part was found to be influenced by a combination of surface characteristics and implant geometry. For early healing, implant geometry may have a more pronounced effect on facilitating osseointegration, relative to the specific surface characteristics.

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Section: Introductionmentioning

confidence: 99%

Benchmark performance of anodized vs. sandblasted implant surfaces in an acute dehiscence type defect animal model

Shahdad

Bosshardt

Patel

et al. 2022

Clinical Oral Implants Res

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“…It also allows us to be able to analyse historical literature on the subject and related research based on prior analysis 23 ) . CiteSpace is widely used in more than sixty ﬁelds, including computer science, information science and medicine to identify recent scientiﬁc research 24 , 25 ) . This paper uses CiteSpace 5.6, which is relatively stable and new at present, as our data analysis research tool to conduct a scientometric analysis in the ﬁeld of BFR.…”

Section: Participants and Methodsmentioning

confidence: 99%

A bibliometric analysis study of blood flow restriction using CiteSpace

et al. 2022

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[Purpose] To assess the current state-of-the-art and the prevailing trends regarding the global use of blood flow restriction (BFR) in the past 20 years. [Participants and Methods] We retrieved literature relating to BFR from 1999 to 2020 using Web of Science. We conducted a bibliometric analysis of countries/institutions, cited journals, authors/cited authors, cited references, and keywords using CiteSpace. An analysis of counts and centrality was used to examine publication output, countries/institutions, core journals, active authors, foundation references, hot topics, and frontiers. [Results] Seven hundred seventy five references were included and the total number of publications has been continually increasing over the investigated period. Representatives of important academic groups are the Japanese scholars from the University of Tokyo as represented by Takashi Abe. Jeremy Paul Loenneke’s article (centrality: 0.15) was the most representative and symbolic reference with the highest centrality. The three topics identified were intervention (intensity resistance exercise, IRE), physiology (ischemia and muscular function) and behavior (adaptation and increase). The four frontier topics were phosphorylation, reduction, low intensity and arterial occlusion. [Conclusion] This study provides an insight into BFR and offers valuable information for BFR researchers to identify new perspectives for potential cooperation with collaborators and their related cooperative institutions.

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“…HAp used alone or in combination with other materials is a common solution in periodontal bone regenerative therapies [ 3 , 4 ]. The formation of HAp is essential for the integration of dental implants, therefore the use of HAp as a bone substitute material [ 5 ] or as a coating material for the implant surface [ 6 ] is one of the most frequently encountered research topics in oral implantology [ 7 ]. To put in the real value the osteoconductive and osteoinductive qualities of HAp, a series of researches are currently being done in this field to identify the optimal formula for using this material according to the clinical need [ 8 , 9 ].…”

Section: Introductionmentioning

confidence: 99%

Osseointegration evaluation of an experimental bone graft material based on hydroxyapatite, reinforced with titanium-based particles

Drăghici¹,

Mitruț²,

Sălan³

et al. 2023

Rom J Morphol Embryol

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Bone graft materials are more and more frequently used in dentistry for improving the periodontal support and for creating a bone support favorable for the insertion of dental implants. The experimental study carried out on laboratory animals aimed to evaluate the biocompatibility and the manner of integration of an experimental bone augmentation material, based on hydroxyapatite (HAp), reinforced with titanium-based particles by comparison with a commercial synthetic graft material already existing on the profile market, also based on HAp. We noticed a common pattern of evolution, although there were differences related to the speed of new bone tissue formation and implicitly the morphological elements captured at the two moments of time. In the presence of both synthetic materials, ossification also begins from the center of the cavity at distance from the margins of the bone defect, with a common pattern with an appearance with the presence of osteon-like structures. The experimental material generally determined a more intense initial inflammatory reaction, followed by the generation of a repair bone tissue with a denser appearance but with a less uniform structure and a greater number of residual particles.

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Scientometric Analysis of Dental Implant Research over the Past 10 Years and Future Research Trends

Cited by 12 publications

References 58 publications

Benchmark performance of anodized vs. sandblasted implant surfaces in an acute dehiscence type defect animal model

Benchmark performance of anodized vs. sandblasted implant surfaces in an acute dehiscence type defect animal model

A bibliometric analysis study of blood flow restriction using CiteSpace

Osseointegration evaluation of an experimental bone graft material based on hydroxyapatite, reinforced with titanium-based particles

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