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Abstract Details

Facial Diplegia with Paresthesia – A Rare Guillain-Barre syndrome variant
Neuromuscular and Clinical Neurophysiology (EMG)
P1 - Poster Session 1 (8:00 AM-9:00 AM)
9-013
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Guillain-Barré Syndrome (GBS), or Acute Inflammatory Demyelinating Polyneuropathy (AIDP), presents with varying degrees of motor, sensory, autonomic, bulbar, and balance involvement. 

In this case, we present a 22-year-old female with depression and rapidly progressive postpartum type 1 diabetes mellitus (positive GAD65 antibodies), complicated by neuropathy (gastroparesis, neurogenic bladder), frequent episodes of diabetic ketoacidosis (DKA), and severe cachexia. During an admission for DKA which was precipitated by a viral respiratory infection, she developed acute bilateral facial weakness (involving forehead, eye closure, and lower face), distal sensory loss, and diffuse areflexia—present for three weeks prior to evaluation. 

Cerebrospinal fluid (CSF) analysis showed albuminocytologic dissociation [(protein level: 122 mg/dL, WBC count: 0)] on two lumbar punctures. Inflammatory markers, including CRP and ESR, were elevated. CSF protein electrophoresis showed increased gamma globulin without oligoclonal bands or M spike. An extensive workup including Lyme antibody panel, HIV, RPR, ANA, SSA/SSB, ganglioside antibodies, and ACE (serum and CSF) was negative. Soluble IL-2 receptor alpha was elevated (1,981 pg/mL). Brain MRI with and without contrast (including IAC protocol) revealed bilateral enhancement of the facial nerves without leptomeningeal involvement. 

Top differential diagnoses included neurosarcoidosis, Lyme disease, HIV, and the rare Facial Diplegia with Paresthesia (FDP) variant of GBS. After extensive evaluation, she received IVIG (2 g/kg ideal body weight) with noted improvement within a week. 

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FDP is a rare GBS variant involving bilateral facial nerves, distal paresthesia, and diffuse areflexia. Diagnosis is clinical, supported by CSF studies and imaging to exclude mimics. Response to IVIG may aid diagnosis. Although nerve conduction studies can support demyelinating features, they were deferred here due to diabetic neuropathy and patient preference.
Authors/Disclosures
Hania Zafar, MD (Baylor College of Medicine)
PRESENTER
Dr. Zafar has nothing to disclose.
Ahmed Albayar, MD Dr. Albayar has nothing to disclose.