The Promise of Neurotechnology in Clinical Translational Science.
Neurotechnology is broadly defined as a set of devices used to understand neural processes and applications that can potentially facilitate the brain's ability to repair itself. In the past decade, an increasingly explicit understanding of basic biological mechanisms of brain-related illnesses has produced applications that allow a direct yet noninvasive method to index and manipulate the functioning of the human nervous system. Clinical scientists are poised to apply this technology to assess, treat, and better understand complex socioemotional processes that underlie many forms of psychopathology. In this review, we describe the potential benefits and hurdles, both technical and methodological, of neurotechnology in the context of clinical dysfunction. We also offer a framework for developing and evaluating neurotechnologies that is intended to expedite progress at the nexus of clinical science and neural interface designs by providing a comprehensive vocabulary to describe the necessary features of neurotechnology in the clinic.
Virginia Tech.
Susan W
SW
White
Virginia Tech.
John A
JA
Richey
Virginia Tech.
Denis
D
Gracanin
Virginia Tech.
Martha Ann
MA
Bell
Virginia Tech.
Stephen
S
LaConte
Virginia Tech.
Marika
M
Coffman
Virginia Tech.
Andrea
A
Trubanova
Virginia Tech.
Inyoung
I
Kim
emotion regulation; neurotechnology; personalized medicine; psychopathology; translational science