Other specified mononeuropathies of left upper limb
ICD-10 G56.82 is a billable code used to indicate a diagnosis of other specified mononeuropathies of left upper limb.
G56.82 refers to other specified mononeuropathies affecting the left upper limb, which can include various conditions that result in nerve dysfunction. Mononeuropathies are characterized by damage to a single nerve or a group of nerves, leading to symptoms such as pain, weakness, numbness, or tingling in the affected area. In the left upper limb, this may involve nerves such as the ulnar, median, or radial nerves, which can be affected by conditions like entrapment syndromes, trauma, or systemic diseases. Common causes include repetitive strain injuries, compression from surrounding structures, or systemic conditions like diabetes. Diagnosis often involves a thorough clinical evaluation, nerve conduction studies, and electromyography to assess the function of the affected nerves. Treatment may include physical therapy, medications for pain relief, or surgical intervention in severe cases. Accurate coding is essential for proper reimbursement and to reflect the complexity of the patient's condition.
Detailed neurological examination findings, results of nerve conduction studies, and any imaging studies performed.
Patients presenting with numbness or weakness in the left arm, often after repetitive activities or trauma.
Ensure that all relevant symptoms and diagnostic tests are documented to support the use of G56.82.
Surgical notes if applicable, imaging results, and physical examination findings.
Patients with left upper limb pain due to compression syndromes like cubital tunnel syndrome.
Document any conservative management efforts prior to surgical intervention.
Used to evaluate the function of the affected nerve in cases of suspected mononeuropathy.
Document the specific nerves tested and the results of the studies.
Neurologists should ensure that the clinical rationale for the study is clearly documented.
Common causes include nerve compression syndromes (like carpal tunnel syndrome), trauma, repetitive strain injuries, and systemic diseases such as diabetes.
Nerve conduction studies help assess the electrical activity of the affected nerves, confirming the presence and extent of neuropathy, which is crucial for accurate coding.
