Media
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![Digital illustration of a human brain with colorful, abstract neural connections against a black background.]()
2025 Helix magazine feature
This is your brain on stress
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2024 Helix magazine feature
Improving the health and performance of women warfighters
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![A man with prosthetic legs undergoing gait analysis using a harness and breathing apparatus, overseen by an academic at Rosalind Franklin University of Medicine and Science. The report covers research and scholarship from July 2022 to June 2024.]()
2024 RFU SCPM research report
Research and scholarship report
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![Screenshot of a health article titled 'Why Being Fit Helps You Manage Chronic Diseases' from Everyday Health website, with menu options at the top and part of the article visible.]()
2023 Everyday Health interview
Why Being Fit Helps You Manage Chronic Diseases
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![Illustration of a woman with short hair wearing camouflage-patterned clothing and white earbuds, with a network of interconnected nodes overlaying her face, symbolizing brain connectivity and human performance enhancement.]()
2019 Pitt Med magazine feature
Personal best. Pittsburgh as a human performance city
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![Silhouette of a person's side profile with a brain inside their head, against a digital camouflage background.]()
2017 FACETS magazine feature
Neuromuscular research lab: building on a legacy
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![Cover of Facets magazine, Spring/Summer 2017 issue, featuring a colorful, dotted abstract design on a black background. Title emphasizes topics on mobility, activity, and musculoskeletal health.]()
2017 FACETS magazine feature
A novel approach to musculoskeletal injuries
Proteomics and the future of bone health for women warfighters
Dr. Flanagan presents at the 2025 Valkyrie Project Military Women’s Symposium
Emerging approaches to predict, monitor and improve resilience
Dr. Flanagan presents at the 7th Annual International Symposium on Regenerative Rehabilitation
2025 Art from the Benchtop exhibition feature
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This image presents a sagittal view of the endpoints of 100 million axonal pathways in the human brain, mapped in DSI Studio using deterministic fiber tracking on three-Tesla diffusion-weighted magnetic resonance imaging data from 95 healthy young adults.
It offers a state-of-the-art depiction of the brain’s complex structural connectivity, illuminating how regions throughout the brain work together to support cognition, perception, and behavior in health and disease. The innovative methods showcased here underscore the rapid advancements in diffusion imaging and tractography, paving the way for future breakthroughs in brain mapping. Beyond its scientific significance, this visualization stands as an artistic celebration of the brain’s intricate design, inspiring deeper exploration into its mysteries.
For me, this image serves as a tribute to the study of neural connections—a constellation of knowledge and wonder that continues to captivate art and science.