The brachial plexus is an intricate anatomic structure with an important function: providing
innervation to the upper extremity, shoulder, and upper chest. Owing to its complex form and …

MR imaging of peripheral nerves at high spatial resolution, with and without fat suppression,
has been shown to detect features of intraneural anatomy not previously seen on diagnostic …

Objective To ascertain the etiology of non-traumatic plexopathy and clarify the clinical,
electrophysiological characteristics according to its etiology. Method We performed a …

Objectives Many studies have elaborated on the role of magnetic resonance neurography
(MRN) in evaluating traumatic brachial plexopathies. Most of these deal with MR findings in …

Brachial plexopathy causes weakness, sensory loss, and loss of tendon reflexes in body
regions innervated by nerves in the C5-T1 segmental distribution. The clinical diagnosis is …

Publisher Summary This chapter describes lumbosacral plexopathies. The lumbar plexus
and the sacral plexus provide innervation for the lower limb, hip girdle, and much of the …

OBJECTIVE: To evaluate brachial plexus MRI accuracy with surgical findings and clinical
follow-up as reference standard in a large multicentre study. MATERIALS AND METHODS …

Aim In this paper, the authors share their experience of imaging patients with traumatic
brachial plexopathy by magnetic resonance neurography (MRN) spanning over a period of …

OBJECTIVE: To establish the clinical characteristics, aetiology, neuro-physiological
characteristics, imaging findings and other investigations in a cohort of patients with non …

Magnetic resonance neurography (MRN) is recognized as the imaging modality of choice in
the evaluation of patients with brachial plexopathy. It adds vital information to the results of …