Uploaded December 2024 | Updated September 2026, 1 hour ago
In the ICU, many patients with severe brain injury appear unresponsive, yet some may retain a level of consciousness that is challenging to assess through traditional bedside evaluations. fNIRS offers a transformative approach for detecting consciousness by identifying brain activity in unresponsive patients.
In this talk, I discusses how recent advancements in fNIRS research demonstrate its ability to detect different levels of consciousness by examining key brain networks, sensorimotor and auditory processing, as well as responses to specific commands. We have observed that fNIRS can reveal preserved awareness, even in patients who lack visible behavioral signs of consciousness, which has profound clinical implications for diagnosis and patient management in critical care.
This session also covers:
The practical applications of fNIRS in the ICU for consciousness assessment.
Clinical and ethical considerations in implementing fNIRS for patient care, especially in cases where hidden awareness may alter treatment decisions.
The potential for fNIRS to enhance our understanding of consciousness, offering a more individualized approach to care and a pathway for improving outcomes in patients with brain injuries.
By the end, we explore how fNIRS can redefine our approach to diagnosing and supporting patients with severe brain injuries, ultimately transforming ICU care.
In the ICU, many patients with severe brain injury appear unresponsive, yet some may retain a level of consciousness that is challenging to assess through traditional bedside evaluations. fNIRS offers a transformative approach for detecting consciousness by identifying brain activity in unresponsive patients.
In this talk, I discusses how recent advancements in fNIRS research demonstrate its ability to detect different levels of consciousness by examining key brain networks, sensorimotor and auditory processing, as well as responses to specific commands. We have observed that fNIRS can reveal preserved awareness, even in patients who lack visible behavioral signs of consciousness, which has profound clinical implications for diagnosis and patient management in critical care.
This session also covers:
The practical applications of fNIRS in the ICU for consciousness assessment.
Clinical and ethical considerations in implementing fNIRS for patient care, especially in cases where hidden awareness may alter treatment decisions.
The potential for fNIRS to enhance our understanding of consciousness, offering a more individualized approach to care and a pathway for improving outcomes in patients with brain injuries.
By the end, we explore how fNIRS can redefine our approach to diagnosing and supporting patients with severe brain injuries, ultimately transforming ICU care.
