We use translational MR imaging to understand how cortical microstructure links to human brain function in health and disease. We study healthy younger and older adults, people with neurodegenerative diseases and people with mental disorders to understand the neuronal mechanisms that underlie healthy and pathological brain states and their modification.
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Juliane Döhler
PhD Candidate I study the interaction between intracortical brain structure and function in younger and older adults using ultra-high resolution MRI at 7 Tesla. I aim to transfer latest neuroscientific results into clinical practice. Find me on ResearchGate. See my publications here. |
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Alicia Northall
PhD Candidate I have always been interested in the impact of age and neurodegenerative disease on cognitive function. During my master's degree, I explored this interest with brain imaging in stroke patients. I am currently using 7T MRI to characterise the changes in cortical microstructure in ALS patients. See my publications here. |
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Peng Liu
PhD Candidate I am interested in human aging and neurodegenerative diseases. I use functional and structural 7T-MRI to investigate changes in the functional and structural architecture of the human sensorimotor system and their association with behavioural phenotypes. See my publications here. |
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Avinash Kalyani
PhD Candidate I am using a 7T-fMRI machine learning to understand the fundamental mechanisms of human motor control using data glove systems that allow real-time motor movement tracking as well as sensory perception using precise stimulation protocols. See my publications here. |
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Christoph Knoll
PhD Candidate “Ingenuity, excellence and continual learning” - these three words sum up my passion for the field of Cognitive Neuroscience and Sport Science. My PhD research is on how motor cortex vascularization patterns contribute to individual learning and training abilities. Find me on ResearchGate. See my publications here. |
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Kasia Myga
PhD Candidate My PhD project investigates the role of autosuggestion on body representations and specifically, on tactile perception using psychophysics, 7T fMRI and EEG. My major supervisor is Dr. Elena Azanon. See my publications here. |
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Lisa Klemm
PhD Candidate I am developing an algorithm that analyses typical patterns in movement limitations of patients with amyotrophic lateral sclerosis (ALS) by means of a data glove system. The goal is to automatically diagnose ALS and to better interpret the similar symptoms of its mimics. My major supervisor is Dr. Elena Azanon. Find me on ResearchGate. See my publications here. |
