Engineering Principles of DBS and SCS in Clinical Practice: Emerging Concepts
This session is the third and final installment of the pre-meeting workshop, entitled "Engineering principles of DBS and SCS in clinical practice." This third session has been inspired by feedback from attendees at our pre-meeting workshops at previous NANS annual meetings. Several attendees requested that we also have a portion of the workshop during the meeting as well. They thought it would be beneficial for them and meeting attendees to hear presentations from engineers and scientists regarding emerging concepts in spinal cord stimulation (SCS) and deep brain stimulation (DBS). Therefore, in this session, we will conclude our workshop by presenting engineering concepts related to emerging technologies and mechanisms of action related to SCS and DBS.
Learning Objectives
Upon completion of this educational activity, participants should be able to:
- Discuss the biophysics of neural stimulation.
- Indicate how lead design and placement and waveform parameters affect the neural response to extracellular stimulation.
- Outline the engineering principles relevant to SCS and DBS.
- Explain the physiological effects and corresponding mechanisms of action of standard and emerging forms of SCS and DBS.
SCS: New Waveforms and Mechanisms of Action
Scott Lempka, PhD
SCS: Synaptic Evoked Potentials
Marom Bikson, PhD
DBS: New Waveforms and Lead Designs
Svjetlana Miocinovic, MD PhD
DBS: Connectomic Targeting
Cameron McIntyre, PhD
Faculty and Presentations subject to change.
- Faculty:
- Moderators:
Marom Bikson, PhD
Scott Lempka, PhD