1  the result of non-neoplastic and neoplastic space-occupying lesions.

2          Thirteen (4%) patients had surgical space-occupying lesions.

3 s occurred in 59% of patients; hepatosplenic space-occupying lesions (35%), abdominal/mediastinal lym

4 s occurred in 59% of patients; hepatosplenic space-occupying lesions (35%); abdominal/mediastinal lym

5 ural imaging (CT or MRI) is used to identify space-occupying lesions and stroke.

6 ng and CT was noted in detection of surgical space-occupying lesions, and there were no false-positiv

7                                              Space-occupying lesions (both benign and malignant) were

8 es simplex or zoster keratitis, intracranial space-occupying lesions, diabetes, or neurosurgical proc

9  of choice for the histological diagnosis of space-occupying lesions, given its high level of safety

10 nagement included preceding treatments, age, space-occupying lesions, ICP, metabolic derangements, an

11 tainty remains, or there is a suspicion of a space occupying lesion in the carpal canal, especially i

12 ercutaneous liver biopsy in the diagnosis of space-occupying lesions in ordinary clinical practice.

13  nerve pathologies and for the assessment of space-occupying lesions leading to its compression.

14 elopment and progression of brain cancer and space occupying lesion (SOL) of the brain.