MR imaging features of cuboid fractures in children

M. Cody O’Dell, Nancy A. Chauvin, Diego Jaramillo, David M. Biko

Research output: Contribution to journalArticle

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Abstract

Background: Cuboid fractures are rare, usually occult on initial radiographs and are often underdiagnosed. MRI is more sensitive than radiographs for detecting acute, non-displaced cuboid fractures in adults, but only case reports have described these findings in children. Objective: To summarize the MR and clinical features of cuboid fractures and compare MR findings with initial and follow-up radiographs in a cohort of children. Materials and methods: A retrospective search for patients <18 years of age with cuboid fractures was performed during a 10-year period at a large tertiary children’s hospital. Subjects with cuboid fractures reported on MRI and available clinical history were included. MR images were evaluated for fracture location, fracture morphology, percentage of marrow edema in the cuboid, subchondral disruption, and associated tendon or ligamentous injury. Initial and short-term follow-up radiographs were also reviewed when available. Results: Nineteen children ages 18 months to 17 years (mean: 9.0 years, standard deviation: 4.1 years, 63% boys) were diagnosed with cuboid fractures by MRI. Most cases of cuboid fractures are related to acute trauma (63%) but can be seen as stress fractures (16%). Most fractures (17/19, 89%) were linear in configuration. Fractures were most commonly adjacent to the tarsometatarsal joint (10/19, 52%). The degree of marrow edema was variable. Ligamentous injury was seen in two patients and tendon pathology was seen in one, all adolescents. Initial radiographs (n=10) were negative in 9 cases (90%). All available follow-up radiographs (n=12, obtained 19–42 days after MRI) demonstrated sclerosis in the region of the fracture. Conclusion: MR-depicted cuboid fractures in children typically occur in isolation. The fractures were most commonly adjacent to the tarsometatarsal joint and linear in morphology. Initial radiographs were usually normal and follow-up radiographs depicted sclerosis at the site of fracture in all available cases.

Original languageEnglish (US)
Pages (from-to)680-685
Number of pages6
JournalPediatric Radiology
Volume48
Issue number5
DOIs
StatePublished - May 1 2018

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Sclerosis
Tendons
Edema
Wounds and Injuries
Joints
Bone Marrow
Stress Fractures
Tertiary Care Centers
Pathology

All Science Journal Classification (ASJC) codes

  • Pediatrics, Perinatology, and Child Health
  • Radiology Nuclear Medicine and imaging

Cite this

O’Dell, M. Cody ; Chauvin, Nancy A. ; Jaramillo, Diego ; Biko, David M. / MR imaging features of cuboid fractures in children. In: Pediatric Radiology. 2018 ; Vol. 48, No. 5. pp. 680-685.
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abstract = "Background: Cuboid fractures are rare, usually occult on initial radiographs and are often underdiagnosed. MRI is more sensitive than radiographs for detecting acute, non-displaced cuboid fractures in adults, but only case reports have described these findings in children. Objective: To summarize the MR and clinical features of cuboid fractures and compare MR findings with initial and follow-up radiographs in a cohort of children. Materials and methods: A retrospective search for patients <18 years of age with cuboid fractures was performed during a 10-year period at a large tertiary children’s hospital. Subjects with cuboid fractures reported on MRI and available clinical history were included. MR images were evaluated for fracture location, fracture morphology, percentage of marrow edema in the cuboid, subchondral disruption, and associated tendon or ligamentous injury. Initial and short-term follow-up radiographs were also reviewed when available. Results: Nineteen children ages 18 months to 17 years (mean: 9.0 years, standard deviation: 4.1 years, 63{\%} boys) were diagnosed with cuboid fractures by MRI. Most cases of cuboid fractures are related to acute trauma (63{\%}) but can be seen as stress fractures (16{\%}). Most fractures (17/19, 89{\%}) were linear in configuration. Fractures were most commonly adjacent to the tarsometatarsal joint (10/19, 52{\%}). The degree of marrow edema was variable. Ligamentous injury was seen in two patients and tendon pathology was seen in one, all adolescents. Initial radiographs (n=10) were negative in 9 cases (90{\%}). All available follow-up radiographs (n=12, obtained 19–42 days after MRI) demonstrated sclerosis in the region of the fracture. Conclusion: MR-depicted cuboid fractures in children typically occur in isolation. The fractures were most commonly adjacent to the tarsometatarsal joint and linear in morphology. Initial radiographs were usually normal and follow-up radiographs depicted sclerosis at the site of fracture in all available cases.",
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MR imaging features of cuboid fractures in children. / O’Dell, M. Cody; Chauvin, Nancy A.; Jaramillo, Diego; Biko, David M.

In: Pediatric Radiology, Vol. 48, No. 5, 01.05.2018, p. 680-685.

Research output: Contribution to journalArticle

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AU - Jaramillo, Diego

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N2 - Background: Cuboid fractures are rare, usually occult on initial radiographs and are often underdiagnosed. MRI is more sensitive than radiographs for detecting acute, non-displaced cuboid fractures in adults, but only case reports have described these findings in children. Objective: To summarize the MR and clinical features of cuboid fractures and compare MR findings with initial and follow-up radiographs in a cohort of children. Materials and methods: A retrospective search for patients <18 years of age with cuboid fractures was performed during a 10-year period at a large tertiary children’s hospital. Subjects with cuboid fractures reported on MRI and available clinical history were included. MR images were evaluated for fracture location, fracture morphology, percentage of marrow edema in the cuboid, subchondral disruption, and associated tendon or ligamentous injury. Initial and short-term follow-up radiographs were also reviewed when available. Results: Nineteen children ages 18 months to 17 years (mean: 9.0 years, standard deviation: 4.1 years, 63% boys) were diagnosed with cuboid fractures by MRI. Most cases of cuboid fractures are related to acute trauma (63%) but can be seen as stress fractures (16%). Most fractures (17/19, 89%) were linear in configuration. Fractures were most commonly adjacent to the tarsometatarsal joint (10/19, 52%). The degree of marrow edema was variable. Ligamentous injury was seen in two patients and tendon pathology was seen in one, all adolescents. Initial radiographs (n=10) were negative in 9 cases (90%). All available follow-up radiographs (n=12, obtained 19–42 days after MRI) demonstrated sclerosis in the region of the fracture. Conclusion: MR-depicted cuboid fractures in children typically occur in isolation. The fractures were most commonly adjacent to the tarsometatarsal joint and linear in morphology. Initial radiographs were usually normal and follow-up radiographs depicted sclerosis at the site of fracture in all available cases.

AB - Background: Cuboid fractures are rare, usually occult on initial radiographs and are often underdiagnosed. MRI is more sensitive than radiographs for detecting acute, non-displaced cuboid fractures in adults, but only case reports have described these findings in children. Objective: To summarize the MR and clinical features of cuboid fractures and compare MR findings with initial and follow-up radiographs in a cohort of children. Materials and methods: A retrospective search for patients <18 years of age with cuboid fractures was performed during a 10-year period at a large tertiary children’s hospital. Subjects with cuboid fractures reported on MRI and available clinical history were included. MR images were evaluated for fracture location, fracture morphology, percentage of marrow edema in the cuboid, subchondral disruption, and associated tendon or ligamentous injury. Initial and short-term follow-up radiographs were also reviewed when available. Results: Nineteen children ages 18 months to 17 years (mean: 9.0 years, standard deviation: 4.1 years, 63% boys) were diagnosed with cuboid fractures by MRI. Most cases of cuboid fractures are related to acute trauma (63%) but can be seen as stress fractures (16%). Most fractures (17/19, 89%) were linear in configuration. Fractures were most commonly adjacent to the tarsometatarsal joint (10/19, 52%). The degree of marrow edema was variable. Ligamentous injury was seen in two patients and tendon pathology was seen in one, all adolescents. Initial radiographs (n=10) were negative in 9 cases (90%). All available follow-up radiographs (n=12, obtained 19–42 days after MRI) demonstrated sclerosis in the region of the fracture. Conclusion: MR-depicted cuboid fractures in children typically occur in isolation. The fractures were most commonly adjacent to the tarsometatarsal joint and linear in morphology. Initial radiographs were usually normal and follow-up radiographs depicted sclerosis at the site of fracture in all available cases.

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