Non-Cochrane · intervention · PM42688654

Evaluation of condylar position displacement using various centric relation recording techniques based on maximum intercuspation position: A systematic review and meta-analysis.

Huang Ling-Shiuan, Huang Yen-Chang, Wu I-Ting, et al. · Journal of dental sciences · 2026 · PubMed · doi:10.1016/j.jds.2025.07.3465

Findings

15 findings

Population
Participants with complete or near-complete dentitionChin-point guidance centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Z-axisSMD -0.04 [-0.13, 0.04]
GRADE not reported
2 studies
Participants with complete or near-complete dentitionChin-point guidance centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Y-axisSMD 1.17 [0.19, 2.16]
GRADE not reported
3 studies
Participants with complete or near-complete dentitionChin-point guidance centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, X-axisSMD 0.04 [-0.37, 0.45]
GRADE not reported
3 studies
Participants with complete or near-complete dentitionBimanual manipulation centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Y-axisSMD 0.4 [-0.21, 1.01]
GRADE not reported
4 studies
Participants with complete or near-complete dentitionBimanual manipulation centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, X-axisSMD 0.12 [-0.21, 0.45]
GRADE not reported
5 studies
Participants with complete or near-complete dentitionBimanual manipulation centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Z-axisSMD -0.01 [-0.22, 0.19]
GRADE not reported
3 studies
Participants with complete or near-complete dentitionPower centric bite registration centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Z-axisSMD 0.66 [0.52, 0.8]
GRADE not reported
2 studies
Participants with complete or near-complete dentitionPower centric bite registration centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Y-axisSMD 0.76 [0.53, 1.0]
GRADE not reported
6 studies
Participants with complete or near-complete dentitionPower centric bite registration centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, X-axisSMD 0.35 [0.17, 0.53]
GRADE not reported
6 studies
Participants with complete or near-complete dentitionGothic arch tracer centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Y-axisSMD 0.89 [-0.48, 2.26]
GRADE not reported
3 studies
Adults with complete or near-complete dentition, mostly healthy without TMDGothic arch tracer (GA) centric relation biteMaximum intercuspation position (MIP) as referenceCondylar position displacement, CR minus MIP, Z-axis
Clinical measurement of condylar position (e.g., condylar position indicator) · GA technique; Z-axis
SMD 0.03 [-0.22, 0.27]
GRADE not reported
1 study
Participants with complete or near-complete dentitionGothic arch tracer centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, X-axisSMD 0.43 [-0.03, 0.89]
GRADE not reported
3 studies
Participants with complete or near-complete dentitionActive movement centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Z-axisSMD -0.06 [-0.24, 0.12]
GRADE not reported
2 studies
Participants with complete or near-complete dentitionActive movement centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, X-axisSMD 0.0 [-0.2, 0.2]
GRADE not reported
3 studies
Participants with complete or near-complete dentitionActive movement centric relation recordingMaximum intercuspation position (MIP)Condylar position displacement, Y-axisSMD -0.34 [-0.7, 0.03]
GRADE not reported
3 studies

Included primary studies 21

Open in Studies
StudyYearAlso included byOutcomes it informs hereTrial data
Celar 2013
Guided and unguided mandibular reference positions in asymptomatic individuals
DOI:10.1111/ocr.12001
2012this review onlynot statednot extracted yet
Celar et al. 2013
Guided and unguided mandibular reference positions in asymptomatic individuals.
PMID:23311657
2013this review onlynot statednot extracted yet
Freudenthaler 2022
Static mandibular condyle positions studied by MRI and condylar position indicator
DOI:10.1038/s41598-022-22745-5
2022this review onlynot statednot extracted yet
Freudenthaler et al. 2022
Static mandibular condyle positions studied by MRI and condylar position indicator.
PMID:36284175
2022this review onlynot statednot extracted yet
Jasz 2024
Different methods of determining centric relation – comparison with a digital mandibular motion analyser
DOI:10.1186/s12903-024-04131-x
2024this review onlynot statednot extracted yet
Jász et al. 2024
Different methods of determining centric relation - comparison with a digital mandibular motion analyser.
PMID:38500122
2024this review onlynot statednot extracted yet
Keshvad 2003
Comparison of the replicability of routinely used centric relation registration techniques
DOI:10.1016/s1059-941x(03)00036-6
2003this review onlynot statednot extracted yet
Keshvad and Winstanley 2003
Comparison of the replicability of routinely used centric relation registration techniques.
PMID:12964681
2003this review onlynot statednot extracted yet
Moreno 2015
matched by author and year (probable)
NRthis review onlynot statednot extracted yet
Padala 2012
Comparative evaluation of condylar position in symptomatic (TMJ dysfunction) and asymptomatic individuals
DOI:10.4103/0970-9290.99060
2012this review onlynot statednot extracted yet
Padala et al. 2012
Comparative evaluation of condylar position in symptomatic (TMJ dysfunction) and asymptomatic individuals.
PMID:22842268
2012this review onlynot statednot extracted yet
Paixao 2007
Evaluation of the reproducibility of two techniques used to determine and record centric relation in angle's class I patients
DOI:10.1590/s1678-77572007000400007
2007this review onlynot statednot extracted yet
Paixão et al. 2007
Evaluation of the reproducibility of two techniques used to determine and record centric relation in angle's class I patients.
PMID:19089144
2007this review onlynot statednot extracted yet
Polasek 2022
matched by author and year (probable)
NRthis review onlynot statednot extracted yet
Radej 2022
The Role of Maxillofacial Structure on Condylar Displacement in Maximum Intercuspation and Centric Relation
DOI:10.1155/2022/1439203
2022this review onlynot statednot extracted yet
Radej and Szarmach 2022
The Role of Maxillofacial Structure on Condylar Displacement in Maximum Intercuspation and Centric Relation.
PMID:35097107
2022this review onlynot statednot extracted yet
Schmitt 2003
matched by author and year (probable)
NRthis review onlynot statednot extracted yet
Weffort 2010
Condylar displacement between centric relation and maximum intercuspation in symptomatic and asymptomatic individuals
DOI:10.2319/090909-510.1
2010this review onlynot statednot extracted yet
Weffort and Fantini 2010
Condylar displacement between centric relation and maximum intercuspation in symptomatic and asymptomatic individuals.
PMID:20578853
2010this review onlynot statednot extracted yet
Wood 1994
DOI:10.1043/0003-3219(1994)064<0211:rotcrb>2.0.co;2
NRthis review onlynot statednot extracted yet
Wood and Elliott 1994
Reproducibility of the centric relation bite registration technique.
PMID:8060017
1994this review onlynot statednot extracted yet

Review question

ElementPlanned (methods)Found (results)
PopulationParticipants with complete or near-complete dentition; at least 5 subjects; edentulous and removable denture wearers excludedHealthy adults with complete dentition, mostly no TMD (n=12 studies)
InterventionTechniques for obtaining the centric relation (CR) condylar positionCPG (n=3), BM (n=5), PCR (n=6), GA (n=3), AM (n=3)
ComparisonMaximum intercuspation position (MIP)MIP (n=12)
OutcomesCondylar position difference CR-MIP (mean, SD) on X, Y, Z axes as SMDCondylar displacement CR-MIP on X, Y, Z axes (n=12)
Study designsControlled and quasi-randomized trials; English original researchCross-sectional studies, no RCTs (n=12)
TimingNot specifiedNot specified

AMSTAR 2 items

Two independent extractors rated each item. Their ratings are shown side by side because they have not been reconciled yet. The overall rating follows Shea et al. 2017: one critical flaw gives Low, more than one gives Critically Low.

ItemExtractor AExtractor BAgree
1Research question includes PICO componentsYesYesyes
2Protocol established before the reviewcriticalNoNoyes
3Choice of study designs explainedNoNoyes
4Comprehensive literature searchcriticalNoPartial Yesno
5Study selection in duplicateNoNoyes
6Data extraction in duplicateYesYesyes
7List of excluded studies with reasonscriticalNoNoyes
8Included studies described in detailPartial YesYesno
9Risk of bias assessed satisfactorilycriticalRCT: N/A · NRSI: YesNRSI: Yes · RCT: N/Ano
10Funding of included studies reportedNoNoyes
11Appropriate meta-analysis methodscriticalRCT: N/A · NRSI: NoNRSI: No · RCT: N/Ano
12Impact of risk of bias on the pooled resultsNoYesno
13Risk of bias accounted for in interpretationcriticalNoNoyes
14Heterogeneity explainedYesYesyes
15Publication bias investigatedcriticalNoNoyes
16Conflicts of interest reportedYesYesyes
OverallCritically LowCritically Lowyes