Background: The present study aimed to assess the effects of Ramadan intermittent fasting on body weight and composition and the effects of age and sex. Methods: Body weight, height, waist and hip circumferences were measured, body mass index (BMI) was calculated and fat mass, fat-free mass and percentage body fat were assessed by bioelectrical impedance on 240 adult subjects (male: 158) who fasted between sunrise and sunset for at least 20 days. Measurements were taken 1 week before and 1 week after Ramadan. Energy and macronutrient intakes were assessed using a 3-day food frequency questionnaire on a sub-sample of subjects before and during Ramadan. Results: Subjects were grouped according to age and sex:35 years (n = 82, males: 31) and 36-70 years (n = 158, males: 127). There were significant reductions in weight and BMI (P < 0.001) in almost all subjects, with the biggest being in males 35 years [À2.2% (SE 2.2%), P < 0.001]. Waist and hip circumferences fell in most subjects, except females aged 36-70 years. Fat mass fell in most subjects, ranging from 2.3% to 4.3% from baseline, except in females aged 36-70 years who did not experience a significant change. Fat-free mass was significantly reduced in all subjects (P < 0.001), whereas percentage body fat was lower only in males by 2.5% (SE 3.2%) (P = 0.029) in those aged 35 years and by 1.1% (SE 1.5%) (P < 0.001) in those aged 36-70 years. Dietary intake was similar before and during Ramadan, except in males whose protein intake fell during Ramadan (P = 0.032). Conclusions: Ramadan fasting leads to weight loss and fat-free mass reductions. Body composition changes vary depending on age and sex.
Garlic oil suppresses CSD, likely via inhibition of synaptic plasticity, and prevents its harmful effects on astrocyte. Further studies are required to identify the exact active ingredient(s) of garlic oil that inhibit CSD and may have the potential to use in treatment of CSD-related disorders.
Background:
Hyperextension thoracic spine fractures (HTSFs) typically involve the anterior ligamentous complex of the spine. These patients often present with paraplegia and warrant early surgical reduction/fixation even though few deficits resolve. Here, we present the unusual case of a 40-year-old male whose paraparetic deficit resolved following reduction/fixation of a T7-T8 HTSF.
Case Description:
A 40-year-old male presented with a thoracic computed tomography (CT) documented T7- T8 HTSF following a motor vehicle accident. His neurological examination revealed severe paraparesis, but without a sensory level (ASIA motor score 78). The chest CT angiogram scan revealed a hypodensity in the aorta, representing a small traumatic aortic dissection responsible for the patient’s right hemothorax; 450 ml of blood was removed on chest tube placement. He underwent urgent/emergent thoracic spine reduction and fixation at the T7-T8 level. Within 5 postoperative months, he recovered fully neurological function (ASIA motor score 100).
Conclusion:
We recommend urgent/emergent surgical reduction/stabilization for patients with thoracic HTSF to decrease offer the potential for neurological recovery and avoid secondary injury due to continued compression.
Background:
Cervical spondyloptosis is usually caused by trauma, and correlated with significant neurological deficits that can include quadriplegia, respiratory disorders, vertebral artery injury, and death.
Case Description:
A 34-year-old male presented with C2-C3 spondylolisthesis after a fall from a tree. Although he had no neurological deficits, CT and X-ray studies confirmed C2-C3 a spondyloptosis. He was treated with emergent anterior and posterior cervical reduction, decompression, and fixation, remaining neurologically intact in the postoperative period.
Conclusion:
Patients with C2-C3 spondyloptosis documented on X-ray/CT studies should be considered for circumferential decompression/fusion to preserve neurological function.
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