- October 15, 2024
A Key Brain Difference Linked to Autism Is Found for the First Time in Living People
- May 24, 2024Source: Yale News
Physical Frailty May Put People at Greater Risk of Depression
- May 10, 2024
Autism conference at Yale highlights latest research & clinical advances
- April 08, 2024Source: Yale News
New State of Mind: Rethinking How Researchers Understand Brain Activity
- March 19, 2024Source: YaleNews
A century of discovery, and still seeking
- February 23, 2024
High-intensity Exercise May Reverse Neurodegeneration in Parkinson’s Disease
- November 27, 2023Source: YaleNews
Discrimination During Pregnancy Can Affect Infants’ Brain Circuitry
- October 16, 2023Source: YaleNews
Brain Control in Infancy Linked to Cognitive Ability in Toddlers
- October 16, 2023Source: Yale News
Cognitive ability in toddlers linked to degree of brain control in infancy
- August 02, 2023Source: YaleNews
Biological Factors Modulate Eating Disorder Risk in Early Adolescents
- July 12, 2023
Image-guided Therapy Improves Cardiac Function Post-MI (Discoveries & Impact July 2023)
- July 06, 2023
NeuroEXPLORER Images Unveiled at SNMMI
Division of Bioimaging Sciences
Within the Department of Radiology & Biomedical Imaging, the Division of Bioimaging Sciences was established to focus on research and teaching in the area of bioimaging methodology. Ladder faculty based in the Division have specific areas of focus that concentrate on mathematical image analysis, imaging physics and the biophysics / biochemistry of the interaction of living tissue with imaging sensors.
Explorations in Research
The discipline of bioimaging is taking on new dimensions as scientists develop new sensors to explore biological structure and function, and visualize/analyze this information in three and four dimensions. Bioimaging research is fast becoming integrative in nature, both in terms of the type of sensor (e.g., NMR, x-ray, visible light for everything from microscopy to optical coherence tomography, ultrasound, etc.), scale (molecular to cellular to organ), and range of applications, from molecular crystallography to imaging the neuronal correlates of the mind.