Early bilingual exposure can reshape infant brain connectivity! 🧠 💡
A study from researchers at the New York Institute of Technology uses #fNIRS to show how language experience influences neural development.
Read the #Neurophotonics article here: https://bit.ly/3N5Gxzj
🧠🔒 Cerebral blood flow and energy demand: imaging insights into neurovascular function, a review paper by Alyssa Larios, Shivang Sullere, and Chenghua Gu of @harvardmed.bsky.social.
Read the open-access #Neurophotonics paper here: https://bit.ly/4rFSJqk#neuroskyence#neuroscience
🧠 From philosophy to brain imaging, Dr. Anna Roe proves how asking bold questions (& finding mentors) can shape science.
🎬 Watch the full #Neurophotonics interview with Dr. Roe and @cimoore444.bsky.social: https://bit.ly/3LrY57R
Light travels differently through brain tissue! 🧠🔦
Researchers mapped how light scatters in white matter, revealing directional patterns that could improve optical brain imaging and diagnostics. Read the full #Neurophotonics article here: https://bit.ly/3VW3giw#optics#photonics#neuroskyence
Researchers from Johns Hopkins University & @upenn.edu have developed a new dual-imaging system that simultaneously maps retinal structure and capillary oxygen levels in live mice, offering a powerful tool to study vision-threatening diseases. 👁️🔬
Published in #Neurophotonics! https://bit.ly/3WyPXEL
A new fiber-optic method from @unistrathclyde.bsky.social & Italian Institute of Technology enables tracking Alzheimer’s plaques in freely moving mice. This real-time imaging could deepen understanding of disease progression & brain dynamics. 🧠
🔗 Read more: https://bit.ly/4h6O2AZ#Neurophotonics