Kyle T.S. Pattinson

This study identifies two brain connectivity patterns associated with breathlessness catastrophising in post-COVID patients, suggesting both interoceptive and visceromotor pathway alterations.

This study shows cortico-respiratory coupling in newborns is linked to reduced apnoea rates.

This study evaluates masked ICA (mICA) for identifying autonomic activation signatures in the brainstem using resting-state BOLD fMRI, showing that cerebrospinal fluid denoising significantly improves results.

This study uses a virtual reality paradigm to show that breathlessness perception is influenced by both expected and actual effort during cycling.

The paper uses neuroimaging data from the UK Biobank to analyze functional connectivity between interoceptive brain regions and links it to health-related domains using canonical correlation analysis.

The paper shows that baseline psychological traits like anxiety and neuroticism, not physiological changes, are linked to AMS symptoms at high altitude.

This study investigates the relationship between breathlessness symptoms, mood, and interoception in asthma patients and healthy controls, finding that negative mood affects interoceptive sensitivity and attention.

The paper introduces a task and analysis procedure to quantify breathing-related interoception dimensions using simulated and empirical data.

This study examines how sodium nitrite affects cerebral blood flow phase synchronisation in SAH patients, finding increased synchronisation in those without delayed cerebral ischemia.

The paper tests the Neural Pain Signature (NPS) in breathlessness and somatomotor tasks, finding overlap but not equivalence, and identifies limitations in its specificity.

This study investigates how psychological and neural factors influence variability in opioid response to breathlessness, finding negative affect and brain activity correlate with reduced efficacy.

This study investigates the effects of nitrite on neural activity in healthy individuals and finds no significant changes in EEG power spectra, suggesting nitrite's effects are specific to hypoxic conditions.

This paper models dynamic cerebrovascular reactivity to CO2 fluctuations using BOLD-fMRI, revealing regional variability and distinct dCVR patterns under different conditions.

The paper investigates how athletes' brains process breathing perceptions during exercise, finding enhanced anticipatory brain activity and connectivity in interoceptive networks compared to sedentary individuals.

This study shows pulmonary rehabilitation reduces breathlessness in COPD by altering brain activity related to learned associations, with greater baseline brain activity linked to larger treatment benefits.

The paper tests a Bayesian model of breathlessness perception by linking psychological traits to brain activity and variability in subjective breathlessness experiences.