Hello everyone, in this video, we are examining an advanced hiatal hernia case in all its details, providing a textbook-level review of its radiological anatomy. From the famous 'air-fluid level' on the chest x-ray to the 15 mm crural dehiscence measurement on CT sections, we analyze every stage step-by-step. Radiological Note: A retrocardiac air-fluid level combined with a negative silhouette sign is the most typical finding of a posterior mediastinal herniation. Visit our website to access exclusive radiology trainings, CT/MRI signal correlation guides, and case files. https://www.radiologycasediscussion.com/ ​Don't forget to subscribe to my channel and ask your questions about the case in the comments! ​#radiology #hiatalhernia #radiologycasediscussion #medicaleducation #radiology #CT #computedtomography #radiologycase #exclusiveacademy

“Two different pathologies in a 70-year-old patient: fibrous dysplasia and cerebellar meningioma. Watch how they are distinguished! #Radiology #RadiologyCase #MedicalEducation #FibrousDysplasia #Meningioma #BrainLesion #Cerebellum #FrontalBone #Imaging #RadiologyLearning #RadiologyReels #Neuroradiology #MedicalVideo #RadiologyCommunity #fibrousdysplasia #fibrözdisplazi #calcifiedmeningioma #kalsifikmeninjioma

In this video, we explore the Pterygopalatine Fossa, the most strategic "distribution terminal" of the skull base, and its vital anatomical connections. ​Pterygoid (Vidian) Canal: Key role in vascular tumor spread and surgical bleeding risks. ​Foramen Rotundum: The primary perineural pathway for retrograde tumor spread. ​Pterygopalatine Fossa: The central hub connecting the orbit, nasal cavity, and middle cranial fossa. ​Palatine Canal: The hidden route for palate cancers. ​Inferior Orbital Fissure: The bridge between facial tissues and the cranium. ​Sphenopalatine Foramen: The "gate of epistaxis" and the nasopharynx transition point. 🌐 Explore my full radiology archive: ​ 👇👇👇 https://www.radiologycasediscussion.com/ #Radiology #Anatomy #SkullBase #PterygopalatineFossa #MedicalEducation #ENT #Neuroradiology

🔍In this case, we evaluate a rare cystic lesion located in the cerebellopontine angle (CPA) of a 15-year-old patient. T1 axial: lesion is hypointense T2 axial: lesion is hyperintense, showing cystic features Contrast-enhanced T1 axial & sagittal: no enhancement DWI: diffusion restriction present We also discuss how these key findings help differentiate this lesion from others with similar appearance. The answer is revealed at the end of the video — pay close attention to the DWI sequence! For a detailed radiological analysis and clinical notes of this case, visit my blog post: https://www.radiologycasediscussion.com/post/right-cpa-epidermoid-cyst-case-discussion 📌 Subscribe to our channel for more rare radiology cases and educational content.

In this case review, we follow a 49-year-old male patient through a remarkable complication chain — from a gastric wall abscess to a giant incisional ventral hernia. The initial CT demonstrated a 5 cm thick-walled lesion in the gastric wall with central fluid and surrounding inflammatory fat stranding. Although it initially mimicked a neoplastic lesion such as a Gastrointestinal stromal tumor, pathology revealed dense inflammatory infiltration with multinucleated giant cells, confirming a gastric abscess. Three months later, a subcutaneous seroma developed in the epigastric region. Five months after the seroma — and eight months after the initial surgery — the patient presented with a large anterior abdominal wall defect. CT imaging showed: An 11 cm transverse fascial defect 19 cm craniocaudal extension Small bowel loops herniating into the subcutaneous tissue Findings were consistent with a giant Incisional hernia. This case highlights a classic post-inflammatory and postoperative complication sequence: Abscess → Seroma → Hernia Understanding this progression is crucial for radiologists, surgeons, and trainees involved in abdominal imaging and postoperative follow-up

50-year-old female patient with low back pain. Sagittal and axial T1/T2 images show a ~5 cm intrasacral CSF-filled sac causing posterior vertebral scalloping. Multiple cutaneous nodules are also observed. Connecting these clues suggests a neurocutaneous syndrome, especially Neurofibromatosis Type 1 (NF1). Biopsy of the skin lesions confirmed the diagnosis. We also discuss spinal involvement in NF1, dural ectasia, and intrasacral meningoceles. Keywords: Neurofibromatosis, NF1, Lumbar MRI, Spinal Meningocele, Dural Ectasia, Posterior Scalloping, Cutaneous Lesions, Neurocutaneous Syndrome, Back Pain, MRI Case Study