Respiratory Investigation Unit
@QueensRIU
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Respiratory Investigation Unit at Queen's University and Kingston Health Sciences Centre. Founded by Dr. Denis O'Donnell.
Joined June 2020
RT @ATSBlueEditor: Physiological Characterization of Preserved Ratio Impaired Spirometry in the CanCOLD Study: Implications for Exertional….
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RT @DyspneaSociety: ABSTRACTS CLOSE SUNDAY MAY 19.⏰East Coast US/Canada (EST)=23:59pm.⏰Australia (Sydney)=2pm.⏰London=5am.Submit here👉https….
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RT @DrJ9378: Frame of reference values for Borg CR10 scale intensity ratings of leg effort 🦵during incremental cycle 🚴ergometry in non-trai….
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This is a must read!.
Our Symposium is published. A pleasure working with @UBCKin faculty Carli Peters and Bill Sheel, and Jerry Dempsey. Is the Lung Built for Exercise? Advances and Unresolved. : Medicine & Science in Sports & Exercise
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New work from our group - Dynamic Ventilatory Reserve During Incremental Exercise: Reference Values and Clinical Validation in COPD | Annals of the American Thoracic Society | Articles in Press
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Our latest work studying patients with post-pulmonary embolism syndrome.
Very excited to see the final version of this paper now published in @japplphysiol Neurophysiological mechanisms of exertional dyspnea in post-pulmonary embolism syndrome @QueensRIU @QueensuDOM @queensuResearch .
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New work from our group - Physiological Underpinnings of Exertional Dyspnoea in Mild Fibrosing I.
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Our most recent work, led by our lab alumni Dr. Kate Milne and Dr. Devin Phillips. @queensuResearch @QueensuDOM we provide neurophysiological insight into exertional breathlessness in patients post pulmonary embolism.
#ArticlesInPress “Neurophysiological Mechanisms of Exertional #Dyspnea in Post-Pulmonary Embolism Syndrome” Kathryn M. Milne, et al. #JAPPL .@devinbphillips @Matt_DJames @amerjohri
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RT @devinbphillips: And just like that, my postdoctoral fellowships at @QueensRIU has come and gone. I am forever grateful for my time in K….
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Understanding why patients with heart failure and pulmonary hypertension ventilate excessively during exercise gives unique insights into the origins of their shortness of breath, creating a rationale for a clinically relevant therapeutic target.
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RT @ProfHurst: 👀it’s out! The llatest 2023 @GOLD_COPD guidance has been released. 🌟There are BIG changes this year. Here are my first….
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RT @fritsfranssen: Mechanisms by which ventilation-perfusion may increase the inspiratory neural drive, eventually leading to exertional dy….
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RT @accpchest: V/Q matching: an unmet need in the pharmacological treatment of #COPD and future research inspiration. Read the full #CHESTR….
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RT @APSPhysiology: #APSselect @japplphysiol study stresses importance of using resting inspiratory capacity—the amount of air you can inhal….
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RT @devinbphillips: Does this take your breath away? Using respiratory muscle physiology to understand descriptors of breathlessness in hea….
physoc.onlinelibrary.wiley.com
Click on the article title to read more.
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RT @NicolleDomnik: How does #sleep 😴 contribute to chronic hypercapnic in #COPD 🫁? . Our new @ERSpublications. review outlines impact on ve….
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RT @AirwyResistance: Making the case for a global focus on #COPD research & therapeutics @EuroRespSoc #ERS2022 🫁 Leadership from @meilan_ha….
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RT @devinbphillips: The final version of our most recent paper is now available online. @QueensRIU @QueensuDOM
journals.physiology.org
Low resting inspiratory capacity (IC) and low maximal inspiratory pressure (MIP) have previously been linked to exertional dyspnea, exercise limitation, and poor survival in chronic obstructive...
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RT @CambsRespPhys: It was fantastic to get our @EuroRespSoc Taskforce on development of GLI #CPET reference values faculty together. In thi….
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