Locations:
August 17, 2021/Neurosciences/Podcast

Neurosarcoidosis: Complexities in Its Differential Diagnosis and Care (Podcast)

Diagnosis and treatment depend on clinical manifestations, which vary widely

The clinical manifestations and course of sarcoidosis vary, in part because the tiny collections of granulomas associated with this chronic disease can occur in any part of the body. The most common manifestations of neurosarcoidosis, which affects approximately 5% of sarcoid patients, include cranial neuropathy, polycranial neuropathy and meningitis.

Advertisement

Cleveland Clinic is a non-profit academic medical center. Advertising on our site helps support our mission. We do not endorse non-Cleveland Clinic products or services. Policy

Conducting a systemic evaluation to find a biopsy target is essential when trying to diagnose sarcoidosis, says Brandon Moss, MD, a neurologist with Cleveland Clinic’s Mellen Center for Multiple Sclerosis who also sees patients in its Sarcoidosis Center. “As they say, tissue is the issue,” he notes, “so the main job is to try and get biopsy proof of granulomatous disease.”

In the newest episode of Cleveland Clinic’s Neuro Pathways podcast, Dr. Moss discusses neurosarcoidosis, the complexity of its differential diagnosis and other management issues. He delves into:

  • The prevalence of sarcoidosis and typical patient population
  • Presentation and diagnosis of the chronic disease
  • The role of biomarkers in diagnosis and treatment response
  • Treatment approaches
  • The long-term prognosis for neurosarcoid patients

Click the podcast player above to listen to the episode now, or read on for a short edited excerpt. Check out more Neuro Pathways episodes at clevelandclinic.org/neuropodcast or wherever you get your podcasts.

Excerpt from the podcast

Dr. Moss: In terms of a gold standard for diagnosis for neurosarcoidosis, right now I think the most established is the Neurosarcoidosis Consortium Consensus Criteria for the Diagnosis of Sarcoidosis. These are largely based on the Zajicek criteria, which have been around for a much longer period of time. But essentially, everybody needs to have a clinical presentation and diagnostic evaluation that suggests neurosarcoidosis. And the diagnostic evaluation should include studies that are pertinent for that disease manifestation, whether it’s MRI, spinal fluid studies or EMG nerve conduction studies.

Advertisement

There should also be a thorough workup for mimics for everybody, to make sure you’re not missing some of these key players, which could also be in the differential diagnosis. After that, the diagnosis is dependent upon biopsy, and there are various levels of certainty depending upon whether or not you can get a biopsy showing granulomatous disease [see image below] and where the biopsy is. So people with possible sarcoidosis do not have biopsy evidence of granulomatous disease. People with probable neurosarcoidosis have biopsy evidence of sarcoidosis in a non-neural organ system. And people with definite neurosarcoidosis have biopsy proof of granulomatous disease within the nervous system.

An image of granuloma in meninges.

Pathology image showing a granuloma in the meninges, the key identifying feature of neurosarcoidosis.

Advertisement

Related Articles

medical students gathered around a large monitor showing a brain image
September 16, 2026/Neurosciences/Education

How Our New Building Will Double as a Neuro-Focused Mecca for Graduate Medical Education

Housing multidisciplinary clinicians in one leading-edge facility can transform GME along with patient care

stylized illustration of human spine against high-tech decorative background
September 14, 2026/Neurosciences/Spine Care

Promise and Progress in Using AI and Analytics to Improve Spine Surgery Practice

How ongoing efforts will be bolstered by Cleveland Clinic’s new Neurological Institute building

Man with polysomnography electrodes attached to his head
September 8, 2026/Neurosciences/Sleep Disorders

AI Model Stratifies Sleep-Based Risk and Clinical Outcomes

Foundation model reveals latent risk structures in sleep physiology that elude conventional metrics

portrait of Dr. Imad Najm against decorative background with podcast overlay
September 2, 2026/Neurosciences/Podcast

Integrating AI Into EEG Evaluation and Epilepsy Care (Podcast)

Where the field is moving and what Cleveland Clinic has in the works

three health professionals standing in a futuristic operating room

8 Ways Our New Neurological Building Will Elevate Neurosurgical Practice

Expanded bevy of dedicated ORs will feature customized designs, leading-edge technology, optimized workflows

stock image of bionic-looking arm
August 26, 2026/Neurosciences/PM&R

Prosthetics Study Sheds Light on How the Brain Processes a Sense of Movement

Research could lead to bionic devices that work more like the human body

multicolored EEG wires plugged into an electrode junction box
August 13, 2026/Neurosciences/Epilepsy

Continuous EEG Is Key for Post-Stroke Epilepsy Risk Stratification in Selected Patients

Multicenter study offers guidance on when to consider extended monitoring

scan of a human brain

Study Links ANNA1/Hu-IgG Paraneoplastic Neurological Syndromes With Longer Cancer Survival

Findings may have implications for understanding the disorders’ pathophysiology

Ad