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abdominal wall muscles. Clinical Differential Diagnoses Fever and increased intracranial pressure (ICP) can be seen with cerebral infection. Disseminated cysticercosis can present with cerebral, ocular and soft tissue lesions. Tubercular meningitis, disseminated or miliary CNS tuberculosis (TB) can be considered due to meningeal signs. Ocular

abdominal wall muscles. Clinical Differential Diagnoses Fever and increased intracranial pressure (ICP) can be seen with cerebral infection. Disseminated cysticercosis can present with cerebral, ocular and soft tissue lesions. Tubercular meningitis, disseminated or miliary CNS tuberculosis (TB) can be considered due to meningeal signs. Ocular

abdominal wall muscles. Clinical Differential Diagnoses Fever and increased intracranial pressure (ICP) can be seen with cerebral infection. Disseminated cysticercosis can present with cerebral, ocular and soft tissue lesions. Tubercular meningitis, disseminated or miliary CNS tuberculosis (TB) can be considered due to meningeal signs. Ocular

abdominal examinations are normal. Neurological examination shows normal mental status for age. Cranial nerves and fundoscopy are normal. Motor, sensory, cerebellar, and gait examinations are normal. Diagnostic Workup Paranasal sinus X-ray reveals opacification of the left maxillary sinus. CT scan confirms maxillary and ethmoid

abdominal examinations are normal. Neurological examination shows normal mental status for age. Cranial nerves and fundoscopy are normal. Motor, sensory, cerebellar, and gait examinations are normal. Diagnostic Workup Paranasal sinus X-ray reveals opacification of the left maxillary sinus. CT scan confirms maxillary and ethmoid

abdominal examinations are normal. Neurological examination shows normal mental status for age. Cranial nerves and fundoscopy are normal. Motor, sensory, cerebellar, and gait examinations are normal. Diagnostic Workup Paranasal sinus X-ray reveals opacification of the left maxillary sinus. CT scan confirms maxillary and ethmoid

abdominal procedures, it could theoretically provide analgesia for the lower extremity by spreading the local anesthetic around the psoas major muscle and blocking lumbar nerve roots such as in LPB. Recent studies have examined the role of the QLB for THA. A meta-analysis comparing