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Our most recent showing the application of Structural and Physiological Modeling (SAPM) applied to fMRI data from the brain, has been published.  This paper shows how SAPM can be applied across the brain, brainstem, and cord, and provides new information about altered pain processing in fibromyalgia (FM).

Congratulations to Shima Hassanpour on her publication in Brain Sciences.  The paper is entitled . This study furthers our understanding of how neural activity related to pain processing is altered in fibromyalgia.

The has approved funding for our research program aimed at investigating how neural signaling is altered in fibromyalgia, as a means of improving our understanding of this chronic pain condition.

Our project is titled "Investigating the neurobiological basis of heightened pain and dysfunction in fibromyalgia, by means of functional magnetic resonance imaging".

Congratulations to Jocelyn Powers on her recent publication in Frontiers in Pain Research titled:  "".  This study demonstrates interconnected brain regions with altered connectivity in relation to altered pain responses while participants listed to music.

The most recent publication from our lab shows altered neural responses to pain in the brainstem and spinal cord in people with fibromyalgia.

The complete article is available at  .

Congratulations to Gabriela who is first author on this paper, and completed this work as part of her PhD thesis project.