The Brainstem Imaging Laboratory The brainstem imaging lab aims to develop in living humans a neuroimaging based atlas and connectivity diagram of brainstem nuclei by the use of dedicated mri pulse sequences and scanners. Our core is dedicated to advancing discovery in nervous system disorders by providing cutting edge resources and expertise that enable innovative research, model development, and therapeutic testing beyond the scope of individual laboratories.
The Brainstem Imaging Laboratory Research programs in our laboratory use electrophysiological (eeg & erp), functional magnetic resonance imaging (fmri) and transcranial magnetic stimulation (tms) methods to investigate a variety of aspects of human memory. At the o’donnell brain institute, researchers and clinicians work closely together, by design. combining basic and translational research with advanced clinical care produces scientific breakthroughs that can move from the labs to patients in the clinic faster than ever. Our lab has been studying the storage of verbal knowledge and retrieval of information for more than 25 years. retrieving words and their meaning is an integral part of a variety of daily functions. both word finding and verbal memory deficits have been associated with traumatic brain injury. By the use of high and ultra high field mri scanners, our goal is to identify in living humans the location of brainstem nuclei, their connectivity pathways with the rest of the brain, as well as the brainstem mechanisms that regulate these vital functions in health and disease.
The Brainstem Imaging Laboratory Our lab has been studying the storage of verbal knowledge and retrieval of information for more than 25 years. retrieving words and their meaning is an integral part of a variety of daily functions. both word finding and verbal memory deficits have been associated with traumatic brain injury. By the use of high and ultra high field mri scanners, our goal is to identify in living humans the location of brainstem nuclei, their connectivity pathways with the rest of the brain, as well as the brainstem mechanisms that regulate these vital functions in health and disease. Her research focuses on the development of neuroimaging based tools that facilitate the investigation of brainstem nuclei structure, function, and connectivity in living humans in health and disease. The lifespan neuroscience and cognition (linc) lab is located in the center for vital longevity, university of texas at dallas, and is directed by dr. chandramallika basak. In vivo structural connectome of arousal and motor brainstem nuclei by 7 tesla and 3 tesla mri. hum brain mapp. 2022 oct 1;43 (14):4397 4421. doi: 10.1002 hbm.25962. Studying various aspects of brain structure, function, and metabolism provides a comprehensive picture of the brain in health and disease. more details on respective imaging technologies are given in the corresponding pages.
The Brainstem Imaging Laboratory Her research focuses on the development of neuroimaging based tools that facilitate the investigation of brainstem nuclei structure, function, and connectivity in living humans in health and disease. The lifespan neuroscience and cognition (linc) lab is located in the center for vital longevity, university of texas at dallas, and is directed by dr. chandramallika basak. In vivo structural connectome of arousal and motor brainstem nuclei by 7 tesla and 3 tesla mri. hum brain mapp. 2022 oct 1;43 (14):4397 4421. doi: 10.1002 hbm.25962. Studying various aspects of brain structure, function, and metabolism provides a comprehensive picture of the brain in health and disease. more details on respective imaging technologies are given in the corresponding pages.
The Brainstem Imaging Laboratory In vivo structural connectome of arousal and motor brainstem nuclei by 7 tesla and 3 tesla mri. hum brain mapp. 2022 oct 1;43 (14):4397 4421. doi: 10.1002 hbm.25962. Studying various aspects of brain structure, function, and metabolism provides a comprehensive picture of the brain in health and disease. more details on respective imaging technologies are given in the corresponding pages.
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