AI trained with input from experts: scientists, clinicians and patients, very carefully and cautiously may solve problems instead of creating new ones. See our paper.
@netphys1 et al. argue that AI and machine learning could transform chronic pain care by identifying objective biomarkers and patient subtypes, though rigorous validation and clinical integration remain essential. Learn more in #PAINbit.ly/4cIZDpl
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Javeria Ali Hashmi (on bluesky @netphys ) retweeted
@netphys1 et al. argue that AI and machine learning could transform chronic pain care by identifying objective biomarkers and patient subtypes, though rigorous validation and clinical integration remain essential. Learn more in #PAINbit.ly/4cIZDpl
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Javeria Ali Hashmi (on bluesky @netphys ) retweeted
< Trainee Presentation>
Jennika Veinot “Working Memory and PostTraumatic Stress Contribute to Different Chronic Pain Symptoms but Share a Common Pain Modulation Mechanism”
#ANESRD26@DalAnesthesia@DalhousiePain
< Trainee Presentation>
Dr. Janlyn Hoffman “ICD-11-based Phenotyping of Chronic Primary versus Secondary Pain using Electronic Medical Records reveals Distinct Pain Profiles”
#ANESRD26@DalAnesthesia@DalhousiePain
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Javeria Ali Hashmi (on bluesky @netphys ) retweeted
-Explainable AI is essential; black-box systems undermine clinical trust and patient autonomy
-Transdisciplinary teams are a necessity, not a nicety, for equitable pain care
-Transdisciplinary teams are a necessity, not a nicety, for equitable pain care
-AI/ML can help us move toward personalized, scalable pain care, but needs to be built with human oversight to be most effective
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Javeria Ali Hashmi (on bluesky @netphys ) retweeted
Congratulations Daphne Lim for being awarded the prestigious Prof Joseph Forgas PhD travel award to visit Prof Javeria Ali Hashmi @netphys1 at @DalhousieU Thanks for the support @SylviaGustin2@UNSWScience
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Javeria Ali Hashmi (on bluesky @netphys ) retweeted
New paper in Imaging Neuroscience by Hecheng Jin, Ting Xu, et al:
Is Pearson’s correlation coefficient enough for functional connectivity in fMRI?
doi.org/10.1162/IMAG.a.1052
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Javeria Ali Hashmi (on bluesky @netphys ) retweeted
No one knows enough about the brain to dismiss any signal as epiphenominal. When someone says "epiphenominal", I hear "doesn't fit my theory". If a theory can't explain data, the theory is the problem, not the data.
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Javeria Ali Hashmi (on bluesky @netphys ) retweeted
New research using AI and MRI on the lower leg points to a simple takeaway: bigger calf muscles can push down harder at the ankle—think a stronger push when pointing your toes or pushing off when you walk. Extra fat inside the muscle doesn’t.