1.Introducing a New Risk Factor for Lumbar Disc Herniation in Females : Vertical Angle of the Sacral Curvature.
Ayhan KANAT ; Ugur YAZAR ; Hizir KAZDAL ; Osman Fikret SONMEZ
Journal of Korean Neurosurgical Society 2012;52(5):447-451
OBJECTIVE: To characterize the importance of the vertical angle of the sacral curvature (VASC) in lumbar disc herniations. METHODS: Morphological data derived from lumbar sagittal MRI imaging. The statistical significance of the findings are discussed. The angles of 60 female patients with lumbar disc herniations (LDH) were compared with the 34 female patients without LDH. RESULTS: 128 of the 185 patients met our inclusion criteria. The vertical angle of sacral curvature is statistically significantly bigger in females with lumbar disc herniations when compared to subjects in control group, 28.32 and 25.4, respectively. (p=0.034<0.05). Same difference was not seen in males. CONCLUSION: The vertical angle of sagittal sacral curvature may be another risk factor in females with lumbar disc herniations.
Female
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Humans
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Risk Factors
2.Central Sagittal Angle of the Sacrum as a New Risk Factor for Patients with Persistent Low Back Pain after Caesarean Section.
Hizir KAZDAL ; Ayhan KANAT ; Osman Ersagun BATCIK ; Bulent OZDEMIR ; Senol SENTURK ; Murat YILDIRIM ; Leyla KAZANCIOGLU ; Ahmet SEN ; Sule BATCIK ; Mehmet Sabri BALIK
Asian Spine Journal 2017;11(5):726-732
STUDY DESIGN: Retrospective. PURPOSE: This study investigated the possible association of persistent low back pain (LBP) with caesarean section (CS) under spinal anesthesia. OVERVIEW OF LITERATURE: Many women suffer from LBP after CS, which is commonly performed under spinal anesthesia. However, this type of LBP is poorly understood, and there is poor consensus regarding increased risk after spinal anesthesia. METHODS: We examined two groups of patients who underwent cesarean delivery under spinal anesthesia. Group I included patients who presented to a neurosurgical clinic complaining of LBP for at least 6 months. Group II was a control group with patients without LBP. We analyzed clinical and sagittal angle parameters, including age, body mass index, parity, central sagittal angle of the sacrum (CSAS), and sacral slope (SS). RESULTS: Fifty-three patients participated in this study: 23 (43.1%) in Group I and 30 (56.9%) in Group II. Non-parametric Mann–Whitney U-tests showed that age, parity, and CSAS significantly differed between the two groups at 6 months. CONCLUSIONS: Age, parity, and CSAS appear to be associated with increased risk for LBP after CS under spinal anesthesia. Future prospective studies on this subject may help validate our results.
Anesthesia, Spinal
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Body Mass Index
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Cesarean Section*
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Consensus
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Female
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Humans
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Low Back Pain*
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Parity
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Pregnancy
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Prospective Studies
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Retrospective Studies
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Risk Factors*
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Sacrum*