A reliable micro-CT-based method reveals dynamic changes to alveolar bone and tooth root following ligature-induced periodontal injury in the mouse
This study presents a method development and evaluation framework for assessing longitudinally the dynamic alveolar bone changes in a murine periodontal injury model using 3D Slicer software. Accurate and reproducible measurement of bone loss is crucial for periodontal research, yet traditional two-...
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| Published in: | Bone (New York, N.Y.) Vol. 201; p. 117619 |
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| Main Authors: | , , , , , |
| Format: | Journal Article |
| Language: | English |
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Elsevier Inc
01.12.2025
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| ISSN: | 8756-3282, 1873-2763, 1873-2763 |
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| Abstract | This study presents a method development and evaluation framework for assessing longitudinally the dynamic alveolar bone changes in a murine periodontal injury model using 3D Slicer software. Accurate and reproducible measurement of bone loss is crucial for periodontal research, yet traditional two-dimensional (2D) histological approaches lack the ability to capture three-dimensional (3D) alterations, while inconsistencies in image alignment, region of interest (ROI) selection, and segmentation have limited the widespread adoption of 3D micro-CT analysis in small animal models. Here, we present a standardized workflow, incorporating defined criteria for ROI selection, scan alignment, and segmentation suitable for live micro-CT scanning. We validated this method using the ligature-induced periodontal injury model in mice. Multiple micro-CT scans were performed over 35 days to evaluate changes to alveolar bone and tooth roots. Quantitative analysis highlighted significant bone loss and early-stage remodeling within the first two weeks. Following ligature removal at 3 weeks, bone loss largely resolved by the end of week 5. However, we find that although the total bone volume mostly recovers, permanent changes at the alveolar crest persist, and additional cementum was formed at the apical tooth root. By enhancing methodological consistency, this standardized protocol improves the accuracy and comparability of longitudinal studies and minimizes variability in small animal studies, providing a reliable framework for functional investigations. Through its application, we show for the first time that, beyond alveolar bone regeneration, cementum apposition at the root apex is also observed. This opens up studies investigating how root loss at the apex could be restored.
•Developed reproducible method for alveolar bone assessment from micro-CT scans•Landmarks and ROI selection ensure high reproducibility, suitable for longitudinal studies.•Application to the ligature model of periodontal injury identifies waves of bone regeneration.•Regenerated bone does not fully match height and shape of bone prior to injury. |
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| AbstractList | This study presents a method development and evaluation framework for assessing longitudinally the dynamic alveolar bone changes in a murine periodontal injury model using 3D Slicer software. Accurate and reproducible measurement of bone loss is crucial for periodontal research, yet traditional two-dimensional (2D) histological approaches lack the ability to capture three-dimensional (3D) alterations, while inconsistencies in image alignment, region of interest (ROI) selection, and segmentation have limited the widespread adoption of 3D micro-CT analysis in small animal models. Here, we present a standardized workflow, incorporating defined criteria for ROI selection, scan alignment, and segmentation suitable for live micro-CT scanning. We validated this method using the ligature-induced periodontal injury model in mice. Multiple micro-CT scans were performed over 35 days to evaluate changes to alveolar bone and tooth roots. Quantitative analysis highlighted significant bone loss and early-stage remodeling within the first two weeks. Following ligature removal at 3 weeks, bone loss largely resolved by the end of week 5. However, we find that although the total bone volume mostly recovers, permanent changes at the alveolar crest persist, and additional cementum was formed at the apical tooth root. By enhancing methodological consistency, this standardized protocol improves the accuracy and comparability of longitudinal studies and minimizes variability in small animal studies, providing a reliable framework for functional investigations. Through its application, we show for the first time that, beyond alveolar bone regeneration, cementum apposition at the root apex is also observed. This opens up studies investigating how root loss at the apex could be restored.This study presents a method development and evaluation framework for assessing longitudinally the dynamic alveolar bone changes in a murine periodontal injury model using 3D Slicer software. Accurate and reproducible measurement of bone loss is crucial for periodontal research, yet traditional two-dimensional (2D) histological approaches lack the ability to capture three-dimensional (3D) alterations, while inconsistencies in image alignment, region of interest (ROI) selection, and segmentation have limited the widespread adoption of 3D micro-CT analysis in small animal models. Here, we present a standardized workflow, incorporating defined criteria for ROI selection, scan alignment, and segmentation suitable for live micro-CT scanning. We validated this method using the ligature-induced periodontal injury model in mice. Multiple micro-CT scans were performed over 35 days to evaluate changes to alveolar bone and tooth roots. Quantitative analysis highlighted significant bone loss and early-stage remodeling within the first two weeks. Following ligature removal at 3 weeks, bone loss largely resolved by the end of week 5. However, we find that although the total bone volume mostly recovers, permanent changes at the alveolar crest persist, and additional cementum was formed at the apical tooth root. By enhancing methodological consistency, this standardized protocol improves the accuracy and comparability of longitudinal studies and minimizes variability in small animal studies, providing a reliable framework for functional investigations. Through its application, we show for the first time that, beyond alveolar bone regeneration, cementum apposition at the root apex is also observed. This opens up studies investigating how root loss at the apex could be restored. This study presents a method development and evaluation framework for assessing longitudinally the dynamic alveolar bone changes in a murine periodontal injury model using 3D Slicer software. Accurate and reproducible measurement of bone loss is crucial for periodontal research, yet traditional two-dimensional (2D) histological approaches lack the ability to capture three-dimensional (3D) alterations, while inconsistencies in image alignment, region of interest (ROI) selection, and segmentation have limited the widespread adoption of 3D micro-CT analysis in small animal models. Here, we present a standardized workflow, incorporating defined criteria for ROI selection, scan alignment, and segmentation suitable for live micro-CT scanning. We validated this method using the ligature-induced periodontal injury model in mice. Multiple micro-CT scans were performed over 35 days to evaluate changes to alveolar bone and tooth roots. Quantitative analysis highlighted significant bone loss and early-stage remodeling within the first two weeks. Following ligature removal at 3 weeks, bone loss largely resolved by the end of week 5. However, we find that although the total bone volume mostly recovers, permanent changes at the alveolar crest persist, and additional cementum was formed at the apical tooth root. By enhancing methodological consistency, this standardized protocol improves the accuracy and comparability of longitudinal studies and minimizes variability in small animal studies, providing a reliable framework for functional investigations. Through its application, we show for the first time that, beyond alveolar bone regeneration, cementum apposition at the root apex is also observed. This opens up studies investigating how root loss at the apex could be restored. •Developed reproducible method for alveolar bone assessment from micro-CT scans•Landmarks and ROI selection ensure high reproducibility, suitable for longitudinal studies.•Application to the ligature model of periodontal injury identifies waves of bone regeneration.•Regenerated bone does not fully match height and shape of bone prior to injury. This study presents a method development and evaluation framework for assessing longitudinally the dynamic alveolar bone changes in a murine periodontal injury model using 3D Slicer software. Accurate and reproducible measurement of bone loss is crucial for periodontal research, yet traditional two-dimensional (2D) histological approaches lack the ability to capture three-dimensional (3D) alterations, while inconsistencies in image alignment, region of interest (ROI) selection, and segmentation have limited the widespread adoption of 3D micro-CT analysis in small animal models. Here, we present a standardized workflow, incorporating defined criteria for ROI selection, scan alignment, and segmentation suitable for live micro-CT scanning. We validated this method using the ligature-induced periodontal injury model in mice. Multiple micro-CT scans were performed over 35 days to evaluate changes to alveolar bone and tooth roots. Quantitative analysis highlighted significant bone loss and early-stage remodeling within the first two weeks. Following ligature removal at 3 weeks, bone loss largely resolved by the end of week 5. However, we find that although the total bone volume mostly recovers, permanent changes at the alveolar crest persist, and additional cementum was formed at the apical tooth root. By enhancing methodological consistency, this standardized protocol improves the accuracy and comparability of longitudinal studies and minimizes variability in small animal studies, providing a reliable framework for functional investigations. Through its application, we show for the first time that, beyond alveolar bone regeneration, cementum apposition at the root apex is also observed. This opens up studies investigating how root loss at the apex could be restored. |
| ArticleNumber | 117619 |
| Author | Eaton, Farah Graf, Daniel Qayyum, Wasif Shafiei, Parsa Fu, Yu Alexiou, Maria |
| Author_xml | – sequence: 1 givenname: Yu surname: Fu fullname: Fu, Yu organization: School of Dentistry, Faculty of Medicine & Dentistry, University of Alberta, Edmonton, AB, Canada – sequence: 2 givenname: Wasif surname: Qayyum fullname: Qayyum, Wasif organization: School of Dentistry, Faculty of Medicine & Dentistry, University of Alberta, Edmonton, AB, Canada – sequence: 3 givenname: Parsa surname: Shafiei fullname: Shafiei, Parsa organization: Department of Oral Biological & Medical Sciences, Faculty of Dentistry, The University of British Columbia, Vancouver, BC, Canada – sequence: 4 givenname: Farah surname: Eaton fullname: Eaton, Farah organization: School of Dentistry, Faculty of Medicine & Dentistry, University of Alberta, Edmonton, AB, Canada – sequence: 5 givenname: Maria surname: Alexiou fullname: Alexiou, Maria organization: Department of Oral Biological & Medical Sciences, Faculty of Dentistry, The University of British Columbia, Vancouver, BC, Canada – sequence: 6 givenname: Daniel surname: Graf fullname: Graf, Daniel email: daniel.graf@ubc.ca organization: School of Dentistry, Faculty of Medicine & Dentistry, University of Alberta, Edmonton, AB, Canada |
| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/40882751$$D View this record in MEDLINE/PubMed |
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| Keywords | Alveolar bone regeneration 3D Slicer Ligature-induced periodontal injury model Periodontal disease Apical root cementum apposition Computed tomography |
| Language | English |
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| SubjectTerms | 3D Slicer Alveolar Bone Loss - diagnostic imaging Alveolar Bone Loss - pathology Alveolar bone regeneration Alveolar Process - diagnostic imaging Alveolar Process - pathology Animals Apical root cementum apposition Computed tomography Imaging, Three-Dimensional Ligation Ligature-induced periodontal injury model Male Mice Mice, Inbred C57BL Periodontal disease Tooth Root - diagnostic imaging Tooth Root - pathology X-Ray Microtomography - methods |
| Title | A reliable micro-CT-based method reveals dynamic changes to alveolar bone and tooth root following ligature-induced periodontal injury in the mouse |
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