Michael G Hart1, Thomas Santarius, Rikin A Trivedi. 1. Division of Neurosurgery, Department of Clinical Neurosciences, Department of Neurosurgery, Addenbrooke's Hospital , Cambridge , UK.
Abstract
BACKGROUND: Nerve and muscle biopsy are common procedures often performed by junior surgical trainees. This educational review article describes the operative details of performing biopsies of muscle and nerve. Indications, pre-operative investigations and complication rates are described to aid in proper patient selection. METHODS: A systematic literature review was performed to identify the indications, surgical techniques and results for nerve and muscle biopsy. RESULTS: The most commonly described techniques involve vastus lateralis muscle, distal sural nerve, median sural nerve/gastrocnemius muscle, superficial peroneal nerve/peroneus brevis muscle and superficial radial nerve. Each technique has its own relative merits and intra-operative anatomical nuances. The yield from each of the techniques varies with the indications and patient selection. Complication rates are low but do vary between the techniques. CONCLUSIONS: Judicious use of pre-operative investigations is required to select out patients whose nerve and muscle biopsy justifies the risk of complications. A thorough knowledge of relevant surgical anatomy and correct specimen handling is paramount to achieving optimal results while avoiding complications.
BACKGROUND: Nerve and muscle biopsy are common procedures often performed by junior surgical trainees. This educational review article describes the operative details of performing biopsies of muscle and nerve. Indications, pre-operative investigations and complication rates are described to aid in proper patient selection. METHODS: A systematic literature review was performed to identify the indications, surgical techniques and results for nerve and muscle biopsy. RESULTS: The most commonly described techniques involve vastus lateralis muscle, distal sural nerve, median sural nerve/gastrocnemius muscle, superficial peroneal nerve/peroneus brevis muscle and superficial radial nerve. Each technique has its own relative merits and intra-operative anatomical nuances. The yield from each of the techniques varies with the indications and patient selection. Complication rates are low but do vary between the techniques. CONCLUSIONS: Judicious use of pre-operative investigations is required to select out patients whose nerve and muscle biopsy justifies the risk of complications. A thorough knowledge of relevant surgical anatomy and correct specimen handling is paramount to achieving optimal results while avoiding complications.