ReviewInternational endodontic journal2026
Impedance-Guided Localisation of Pulp Chambers and Canal Orifices in Calcified Root Canal Systems: Biological Foundations and Conceptual Application.
Review in International endodontic journal, 2026. The graph could read no effect estimate from its abstract, so it casts no vote on the map. Not yet cited in PubMed.
What it found
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The abstract states no effect estimate the extractor could read, or names no intervention and outcome on the map, so this paper lights no cell and moves no belief. It is still indexed, cited and linked below.
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Authors and funding
2 authors.
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Abstract
aimTo outline the biological and electrochemical principles supporting impedance-guided localisation of pulp chambers and canal orifices in calcified root canal systems, and to present an accessory concept relating to impedance patterns at the coronal dentine-gutta-percha interface, potentially serving as a surrogate marker of fluid leakage associated with deficient non-conductive root fillings. SUMMARY: Calcific metamorphosis produces structural alterations that complicate localisation of pulp chambers and canal orifices. Adjunctive modalities such as CBCT, guided endodontics, microscopic magnification and ultrasonic troughing provide geometric information but lack real-time biological feedback. Electrical impedance behaviour differs significantly between sclerotic dentine and residual conductive pathways and offers a biological cue during access. The impedance-guided localisation concept applies these principles through a structured, conservative workflow. In addition, impedance patterns observed at coronal dentine-gutta-percha interfaces will, in theory, reflect electrochemical variations associated with potential fluid leakage and the reduced effectiveness of existing non-conductive root fillings to provide a fluid-tight seal.
conclusionImpedance-guided localisation may provide a biologically grounded adjunct to visual and geometric strategies for locating pulp chambers and canal orifices when managing calcified root canal systems during root canal treatment. The interface-related impedance concept serves as an optional scientific extension, derived from established electrochemical principles, that may offer insight into potential fluid leakage or reduced sealing effectiveness associated with non-conductive root canal fillings. CLINICAL SIGNIFICANCE: Impedance-guided pulp chamber and canal orifice localisation provides real-time biological feedback that reduces the risk of iatrogenic perforations and enhances conservative dentine management, particularly for inexperienced clinicians with potential relevance for preclinical training and early clinical education. The accessory interface-related impedance concept may offer surrogate insight into potential leakage or reduced sealing effectiveness of root fillings.
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Registered trials
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