AN INTRODUCTION TO
NEUROMODULATION
By Dr Brian Klagges
Introduction
๏‚จ Dr. Brian Klagges received his MD from State
University of New York at Buffalo before going on to
complete his postdoctoral training in the Boston area.
He currently practices at Elliot Hospital and is a
partner at Amoskeag Anesthesia, PLLC, in
Manchester, New Hampshire. A pain interventionalist
and anesthesiologist, Dr. Brian Klagges offers patients
access to advanced neuromodulation techniques.
By definition, neuromodulation involves the
manipulation of nerves and neurotransmitters. This
manipulation may occur via an implanted device,
which redirects the activity of the nervous system
through stimulation or medication.
Neuromodulation
๏‚จ Neuromodulationโ€™s appeal stems largely from the fact
that these alterations are reversible and subject to
cessation if the treating physician so chooses,
whereas traditional resective or ablative procedures
involve permanent change.
Neuromodulation may address issues of the central,
peripheral, or autonomic nervous system as well as
the deep cell nuclei of the brain. Most effective when it
addresses both nerve input and output, it has been
effective in the treatment of such disorders as chronic
pain, epilepsy, and spasticity. Additionally, recent
research suggests that its effectiveness in altering
nerve activity may lead to uses in rehabilitation or
nerve regeneration.

An Introduction to Neuromodulation

  • 1.
  • 2.
    Introduction ๏‚จ Dr. BrianKlagges received his MD from State University of New York at Buffalo before going on to complete his postdoctoral training in the Boston area. He currently practices at Elliot Hospital and is a partner at Amoskeag Anesthesia, PLLC, in Manchester, New Hampshire. A pain interventionalist and anesthesiologist, Dr. Brian Klagges offers patients access to advanced neuromodulation techniques. By definition, neuromodulation involves the manipulation of nerves and neurotransmitters. This manipulation may occur via an implanted device, which redirects the activity of the nervous system through stimulation or medication.
  • 3.
    Neuromodulation ๏‚จ Neuromodulationโ€™s appealstems largely from the fact that these alterations are reversible and subject to cessation if the treating physician so chooses, whereas traditional resective or ablative procedures involve permanent change. Neuromodulation may address issues of the central, peripheral, or autonomic nervous system as well as the deep cell nuclei of the brain. Most effective when it addresses both nerve input and output, it has been effective in the treatment of such disorders as chronic pain, epilepsy, and spasticity. Additionally, recent research suggests that its effectiveness in altering nerve activity may lead to uses in rehabilitation or nerve regeneration.