Leading Research Areas and Journals in Dentistry

Published June 20, 2026  |  Last updated August 4, 2026

Choosing where to send a manuscript is, for many dental researchers, a decision made almost as an afterthought once the writing is done. That gets the order backward. Reviewers notice when a manuscript reads as if it were written for no particular journal, and research areas and journals in dentistry are tied together closely enough that picking one without the other rarely works. Editverse has edited and formatted dental manuscripts across cariology, periodontics, endodontics, prosthodontics, orthodontics and digital dentistry, and a pattern shows up often in that work, where authors write first and match a journal afterward, then wonder why formatting and scope objections dominate the first round of reviewer comments. The ten areas ranked below are ordered by five-year PubMed publication volume rather than editorial guesswork, with the exact search method disclosed further down so it can be checked or rerun. Every finding cited below links to its original DOI so it can be verified directly.

Why Research Areas and Journals in Dentistry Both Shape Publication Success

A manuscript on nanoparticle-coated orthodontic brackets and a manuscript on regenerative endodontic outcomes are both dental research, but they belong nowhere near the same journal. Editors assign submissions to reviewers based on subject match first and methodological rigor second, so a mismatch at the subject stage can sink a paper before a reviewer even reads the abstract closely. Two separate decisions drive where a dental paper ends up. One is which research area the work sits in, since periodontics, endodontics, prosthodontics, orthodontics and materials science each have their own dedicated journals with their own reviewer pools and their own expectations for an adequate sample size or control group. Another is which general or specialty tier fits the work, since a well-designed case series might suit a specialty journal perfectly while falling short of a multidisciplinary journal’s bar for broader relevance. Both decisions belong at the start of a project, not after the last figure is finished.

Dental Materials: The Highest-Volume Dental Research Area

Bioactive restorative materials sit at the top of the ranking, and the pace of publication reflects how fast the underlying chemistry is moving. Sauro, Carvalho and Ferracane reviewed the rise of advanced bioactive restorative materials in a 2025 Dental Materials paper spanning 145 references, asking directly whether these materials are changing what operative dentistry can accomplish compared with conventional composites and adhesives. Their synthesis pulls together work on ion-releasing formulations, remineralizing fillers and adhesive systems designed to respond to the oral environment rather than sit inert within it, tracking how each category performed against the composites and bonding agents most dental offices still use as the default. Authors submitting materials science manuscripts should expect reviewers at this journal tier to ask for head-to-head comparisons against a conventional control rather than a bioactive material’s performance in isolation.

Prosthodontics: Restoration Survival as the Defining Question

Prosthodontics research keeps returning to one practical question, namely how long a restoration lasts and what makes it fail early. Leitão and colleagues systematically reviewed monolithic CAD/CAM zirconia crowns bonded to natural teeth rather than implants in a 2022 Journal of Prosthodontic Research paper, pooling nine studies covering 594 participants and 1,657 single-tooth restorations followed for between 0.3 and 2.1 years. Survival rates across those studies ranged from 91% to 100%, assessed against a moderate risk of bias using the Newcastle-Ottawa Scale, which gives prosthodontics authors a concrete benchmark for what reviewers at specialty journals now expect a new restorative material or crown design to beat. Short follow-up windows were a recurring limitation across the pooled studies, something authors planning a new prosthodontic outcomes study should budget for directly rather than defend after the fact.

Periodontics and the Oral-Systemic Health Connection

Periodontics has moved well past treating gum disease as a problem confined to the mouth. A 2025 narrative review by Bida and colleagues in Diseases searched PubMed, Scopus and ScienceDirect for studies published between January 2000 and May 2025 on the relationship between oral health and cardiovascular disease, drawing on observational research, interventional trials, systematic reviews and meta-analyses rather than a single study design. Chronic periodontal inflammation showed a consistent association with cardiovascular disease across that body of work, operating through several overlapping pathways, among them oral microbiota imbalance, systemic inflammatory signaling, and side effects from cardiovascular medications that affect oral tissue. For researchers in this space, Editverse has covered the periodontal-cardiovascular literature in more depth in a dedicated oral-systemic health connection review, including how reviewers at cardiology-adjacent journals tend to scrutinize confounding variables like smoking status and diabetes control differently than dental journal reviewers do.

Dental Implants: Survival Rates Depend on How They Are Measured

Implant survival looks different depending on how far out a study follows patients and how the analysis handles missing data, a distinction Kupka and colleagues made explicit in a 2024 Clinical Oral Investigations meta-analysis covering 20 years of outcomes for screw-shaped titanium implants with roughened surfaces. Three prospective studies totaling 237 implants produced a mean survival rate of 92%, a figure that fell to 78% once the authors imputed likely outcomes for implants lost to follow-up rather than simply excluding them, while five retrospective studies covering 1,440 implants reported an 88% survival rate, all screened using the Hoy et al. risk-of-bias tool. That 14-point gap between the optimistic and imputed prospective estimates is itself worth citing directly, since it shows how much a single methodological choice can move a headline survival number, and reviewers at implant-focused journals increasingly ask authors to report both figures rather than the more favorable one alone.

Cariology and Preventive Dentistry: A Foundational Dental Research Area

Water fluoridation remains the most studied intervention in preventive dentistry, and it is also the one most often summarized inaccurately in secondary sources. A 2024 Cochrane systematic review by Iheozor-Ejiofor and colleagues re-examined the evidence built up since fluoridation programs began in the mid-20th century, following the foundational epidemiological work of Frederick McKay and H. Trendley Dean that first connected naturally fluoridated water to lower caries rates. Their updated review found that starting water fluoridation today produces a real but more modest benefit than older estimates suggested, a low-certainty average reduction of roughly a quarter of a tooth affected by decay, missing fillings or restorations (dmft), alongside a 3 to 4 percentage point increase in the proportion of children who stay caries-free. Contemporary trials show smaller effects than the pre-1975 studies that originally established fluoridation’s reputation, largely because fluoride toothpaste and other topical sources are now widespread enough to blunt the marginal benefit of the water supply alone.

Orthodontics: Comparing Clear Aligners and Fixed Appliances

Clear aligners and fixed braces produce broadly similar tooth-movement accuracy for straightforward cases, according to a 2025 Journal of Evidence-Based Dental Practice systematic review and meta-analysis by Baneshi and colleagues that pooled 21 randomized controlled trials covering 970 participants. Neither approach outperformed the other on the ABO objective grading system, the Little Irregularity Index or PAR scores for simple, nonextraction malocclusions, but aligners showed consistently better periodontal outcomes, including lower plaque and gingival index scores and higher patient-reported quality of life at six months. The review’s authors rated the overall evidence quality low under the Cochrane risk-of-bias tool, a caveat orthodontic researchers submitting comparative aligner studies should address directly in their own limitations sections rather than leaving a reviewer to raise it first.

Endodontics: A Fast-Moving Dental Research Area

Regenerative endodontics has shifted from a promising concept to a body of controlled trial evidence over the past decade. Glynis and colleagues published a systematic review and meta-analysis of randomized controlled trials in the Journal of Endodontics in 2021, evaluating regenerative procedures against traditional treatment for necrotic mature teeth with apical periodontitis, a study cited more than 80 times according to CrossRef. Two further reviews add texture to that picture. Sequeira and colleagues surveyed scaffold-based approaches to dentin-pulp complex regeneration in a 2023 Medicina paper spanning 155 references, while an umbrella review by Lopes and colleagues in the International Journal of Environmental Research and Public Health assessed the existing systematic reviews on regenerative endodontic procedures against formal risk-of-bias criteria. Authors submitting regenerative endodontics work should expect reviewers at specialty journals to ask pointed questions about control group selection and follow-up duration, given how unevenly those two variables have been reported across the trials these reviews summarize.

Digital Dentistry and CAD/CAM: Manufacturing Method Now Matters

Digital manufacturing is converging with materials science fast enough that comparing fabrication methods has become its own research question rather than a footnote to a materials study. Alanazi and Elkaffas compared 3D-printed and milled CAD/CAM hybrid resin composites in a 2025 Polymers study, printing samples at three orientations (0, 45 and 90 degrees) with a DLP printer and milling matched samples from disk stock, then testing water sorption, water solubility and surface roughness. One-way ANOVA and paired t-tests found statistically significant differences between the two manufacturing methods across all three properties, a result with direct implications for which fabrication method authors should specify and defend in a materials methods section. Editverse’s guide to writing up robotic and digitally guided dental procedures covers the methods-reporting expectations specific to this equipment-heavy corner of the literature.

Dental and Maxillofacial Radiology: The Evidence Behind 2D Versus 3D Imaging

Two-dimensional panoramic and cephalometric radiographs remain standard in dental practice even as three-dimensional cone-beam CT becomes more available, and the evidence comparing the two approaches is thinner than the pace of CBCT adoption might suggest. Haude and colleagues screened 362 articles published between 1987 and 2023 for a systematic review and meta-analysis in the Journal of Orofacial Orthopedics, ultimately identifying 41 studies that met their inclusion criteria for comparing 2D and 3D imaging, using a PRISMA-guided search strategy and a random-effects model to pool standardized mean differences. Fewer than one in eight screened articles survived that screening process, a ratio that signals how much of the published 2D-versus-3D imaging literature does not meet basic methodological standards for pooling, a pattern radiology researchers should expect a reviewer to check directly against a manuscript’s own search strategy before accepting its conclusions.

Artificial Intelligence in Dentistry: Smallest Volume, Fastest Growth

Panoramic radiographs generate more image data per patient than almost any other routine dental record, which makes them a natural target for automated analysis. Turosz and colleagues reviewed twelve qualifying systematic reviews on this question in a 2023 Dentomaxillofacial Radiology paper, tracking how AI performance on panoramic radiograph analysis changed between 1988 and 2023 and using the ROBIS risk-of-bias tool to screen study quality. Model performance varied by task and by how each study defined its ground truth labels, but the most capable systems they identified reached 91.5% accuracy detecting caries, 93.09% accuracy detecting periodontal bone loss, and 99.95% sensitivity with 92% specificity for periapical lesions. Artificial intelligence ranks tenth of the ten areas tracked here by total publication volume, yet PubMed records mentioning AI in a dental title or abstract rose from 121 in 2021 to 981 in 2025 alone, roughly an eightfold increase and faster than any other area in this ranking. AI-assisted diagnosis now touches nearly every dental specialty, and Editverse’s dedicated posts on interpreting machine learning outputs in dentistry and predictive models in orthodontic treatment planning both walk through how reviewers at radiology and orthodontics journals expect model validation to be reported, including which performance metrics belong in the abstract versus the results section.

Where These Research Areas Get Published: A Dental Journal Reference Table

Below, specialty journals relevant to the ten research areas ranked above are grouped by publisher and primary focus rather than by a single numeric score. Impact factors and CiteScore values are recalculated every year by Clarivate and Elsevier respectively, so any specific decimal printed in an article like this one would be stale within twelve months. Editverse maintains a dedicated breakdown of the 2026 Journal Citation Reports release that tracks current figures as they are published, and that page is the more reliable place to check an exact current number than a table frozen at whatever date this guide was last updated. Digital dentistry and artificial intelligence, the two lowest-volume areas in the ranking table above, do not yet have one dedicated home journal each and instead publish across the materials, prosthodontics and radiology titles already listed below.

How to Choose the Right Dental Journal for Your Research

Matching a manuscript to a journal works better as a short checklist run before writing begins than as a decision made after the discussion section is finished. Start with the evidence level the study actually supports. Editverse’s guide to levels of evidence in clinical research walks through how study design maps to evidence strength, and that mapping determines which journals will even consider the work regardless of topic fit. Next, check whether the target journal’s reporting requirements match the study design. A randomized trial submitted without a completed CONSORT checklist, or an observational study missing a STROBE-compliant methods section, invites a desk rejection independent of how interesting the findings are. Open access terms deserve a look too, since publication charges and licensing vary enormously across otherwise comparable journals. Editverse’s explainer on open access types and predatory publishing traps covers how to tell a legitimate open-access dental journal from one that exists mainly to collect a publication fee. Finally, run the completed manuscript past the journal’s own submission guidelines line by line rather than relying on memory of a similar journal’s rules, since even journals from the same publisher often diverge on reference formatting and word limits.

Frequently Asked Questions About Dental Research Areas and Journals

What is the highest-impact dental research journal?

No single answer holds across every specialty. The Journal of Dental Research, published by SAGE on behalf of the International Association for Dental, Oral and Craniofacial Research, covers the broadest range of dental science and ranks among the most cited general dental journals, but a periodontics study usually fits the Journal of Clinical Periodontology better and an endodontics study fits the Journal of Endodontics better, regardless of raw citation counts. Checking current Journal Citation Reports data for the exact specialty a manuscript belongs to matters more than chasing the single highest number across all of dentistry.

How were these ten dental research areas selected and ranked?

Each area was ranked by its total PubMed publication count for 2021 through 2025, searched by MeSH heading for the eight classical specialties and by title and abstract keywords for two newer cross-cutting themes, digital dentistry and artificial intelligence in dentistry, that do not yet have one settled MeSH term. Dental Materials led with 18,504 records and Artificial Intelligence in Dentistry ranked tenth with 1,989, though AI-related dental publications grew roughly eightfold between 2021 and 2025 alone, faster than any other area tracked in this ranking.

How do I choose between a general dental journal and a specialty journal?

Match the finding’s audience first. A result that changes how periodontists specifically should screen for cardiovascular risk belongs in a periodontics journal where every reader already has that clinical context. A finding relevant across specialties, such as an imaging technique usable in endodontics, periodontics and oral surgery alike, fits a multidisciplinary journal like the Journal of Dentistry better, since a specialty journal’s readership would see only a fraction of the technique’s actual relevance.

What dental research areas are growing fastest right now?

By growth rate rather than total volume, artificial intelligence in dentistry stands out clearly, with PubMed records mentioning AI in a dental title or abstract rising from 121 in 2021 to 981 in 2025 alone. Digital dentistry and CAD/CAM grew more modestly across the same years, while dental implants, despite carrying the fourth-highest publication volume of any area tracked, stayed roughly flat year over year. Total volume and growth rate answer different questions, and a manuscript pitched as addressing a fast-growing area should say so using year-over-year figures like these rather than a general claim of momentum.

Does every claim in a dental manuscript need a DOI-linked citation?

Reviewers expect a citation, DOI-linked wherever the journal’s reference style permits it, for every factual claim beyond common clinical knowledge. A statistic, a specific reported outcome, or a named methodology should trace back to a checkable source rather than a general statement like “studies show.” Manuscripts that cite review articles for claims a primary study would support better also draw reviewer scrutiny, since editors increasingly check whether a citation actually contains the fact attributed to it.

How current does the impact factor in my cover letter need to be?

Use the most recent Journal Citation Reports release available at submission time, generally published each June by Clarivate, and cite the release year explicitly rather than stating a bare number. An editor reading “Impact Factor 4.2” with no year attached cannot tell whether that number is current or three cycles out of date, and the ambiguity reads as carelessness in a cover letter otherwise trying to make a strong first impression.

What is GRRAS and why does it matter for dental research?

GRRAS (Guidelines for Reporting Reliability and Agreement Studies) is the reporting standard reviewers expect for studies measuring how consistently a diagnostic method or measurement tool performs across different examiners or repeated tests, common in radiographic and diagnostic dental research. Editverse’s dedicated guide to GRRAS reporting for dental research walks through each checklist item and where reviewers most often find gaps in submitted manuscripts.

Can AI be listed as a co-author on dental research using AI-assisted diagnosis?

No major dental or biomedical journal currently accepts AI tools as a listed author, regardless of how central the tool was to the analysis. ICMJE authorship criteria require accountability for the work, something a software tool cannot provide, so AI contributions belong in the methods section and acknowledgments instead, described specifically enough that another team could reproduce the same analysis with the same or a comparable tool.

How many dental journals should I target before giving up on a manuscript?

Three to five realistic targets, ranked from most to least ambitious before the first submission, works better than submitting once and deciding afterward where to send a rejected manuscript. Building that list before submission also forces an honest evidence-level check early, since a manuscript that cannot realistically clear a top specialty journal’s bar is better retargeted before a rejection costs several months of review time.

Key Takeaways for Choosing Dental Research Areas and Journals

Dental research succeeds in publication when the specialty, the study design and the target journal are chosen together rather than in sequence. The ten areas ranked here, from Dental Materials and Prosthodontics at the top by publication volume down to Artificial Intelligence in Dentistry at the fastest growth rate, each carry their own dominant journals, their own reviewer expectations and their own reporting checklists, and treating them interchangeably is the fastest route to a desk rejection. Building a short list of realistic target journals before writing begins, matching evidence level honestly to journal tier, and following each target’s specific reporting requirements resolve most of the friction authors encounter in dental publishing. Editverse’s manuscript editing team reviews formatting and reporting compliance against these same standards before a dental manuscript reaches a journal’s desk.

References

1. Sauro S, Carvalho RM, Ferracane J. The Rise of Advanced Bioactive Restorative Materials: Are They Redefining Operative Dentistry? Dent Mater. 2025;41(11):1411-1429. doi.org/10.1016/j.dental.2025.08.003
2. Leitão CIMB, Fernandes GVO, Azevedo LPP, Araújo FM, Donato H, Correia ARM. Clinical performance of monolithic CAD/CAM tooth-supported zirconia restorations: systematic review and meta-analysis. J Prosthodont Res. 2022;66(3):374-384. doi.org/10.2186/jpr.JPR_D_21_00081
3. Bida FC, Curca FR, Lupusoru RV, et al. The Systemic Link Between Oral Health and Cardiovascular Disease: Contemporary Evidence, Mechanisms, and Risk Factor Implications. Diseases. 2025;13(11):354. doi.org/10.3390/diseases13110354
4. Kupka JR, König J, Al-Nawas B, Sagheb K, Schiegnitz E. How far can we go? A 20-year meta-analysis of dental implant survival rates. Clin Oral Investig. 2024;28(10):541. doi.org/10.1007/s00784-024-05929-3
5. Iheozor-Ejiofor Z, Walsh T, Lewis SR, et al. Water fluoridation for the prevention of dental caries. Cochrane Database Syst Rev. 2024;2024(11). doi.org/10.1002/14651858.CD010856.pub3
6. Baneshi M, O’Malley L, El-Angbawi A, Thiruvenkatachari B. Effectiveness of Clear Orthodontic Aligners in Correcting Malocclusions: A Systematic Review and Meta-Analysis. J Evid Based Dent Pract. 2025;25(1):102081. doi.org/10.1016/j.jebdp.2024.102081
7. Glynis A, Foschi F, Kefalou I, Koletsi D, Tzanetakis GN. Regenerative Endodontic Procedures for the Treatment of Necrotic Mature Teeth with Apical Periodontitis: A Systematic Review and Meta-analysis of Randomized Controlled Trials. J Endod. 2021;47(6):873-882. doi.org/10.1016/j.joen.2021.03.015
8. Sequeira DB, Diogo P, Gomes BPFA, Peça J, Santos JMM. Scaffolds for Dentin-Pulp Complex Regeneration. Medicina. 2023;60(1):7. doi.org/10.3390/medicina60010007
9. Lopes LB, Neves JA, Botelho J, Machado V, Mendes JJ. Regenerative Endodontic Procedures: An Umbrella Review. Int J Environ Res Public Health. 2021;18(2):754. doi.org/10.3390/ijerph18020754
10. Alanazi KK, Elkaffas AA. Physical Assessment of CAD/CAM and 3D-Printed Resin-Based Ceramics Integrating Additive and Subtractive Methods. Polymers. 2025;17(16):2168. doi.org/10.3390/polym17162168
11. Haude AM, Lehmann T, Hennig CL, Jacobs C. Comparison of conventional two-dimensional and digital three-dimensional imaging in orthodontics: a systematic review and meta-analysis. J Orofac Orthop. 2026;87(3):288-305. doi.org/10.1007/s00056-024-00574-7
12. Turosz N, Chęcińska K, Chęciński M, Brzozowska A, Nowak Z, Sikora M. Applications of Artificial Intelligence in the Analysis of Dental Panoramic Radiographs: An Overview of Systematic Reviews. Dentomaxillofac Radiol. 2023;52(7):20230284. doi.org/10.1259/dmfr.20230284

This guide was last reviewed in August 2026. The area ranking is based on PubMed searches run in early August 2026 and journal metrics change annually. Always confirm current figures directly with the publisher, PubMed, or the latest Journal Citation Reports release before citing one in a submission.