BioDigital’s Post

🧠 New Publication 🧠 #WKNDreading By analyzing neuroimaging data from ~3,500 mice across 6 different cohorts, Joanes Grandjean and colleagues found an anterior-posterior volume asymmetry in mouse brains. Anterior regions are larger on the right, while posterior regions are larger on the left. This groundbreaking study, partly funded by The CANDY project , provides a foundation for future research into the developmental and cellular mechanisms underlying brain asymmetry. It also highlights the importance of open-source data sharing for advancing neuroscience. Check out the full study to learn more about how these findings could pave the way for new insights into human brain development! 🔍 👀 https://lnkd.in/exsJmhA8 #Neuroscience #BrainResearch #OpenScience

Impressive updates in the medical field. Advances in 3D printing technology may bring us closer to reaching the inner workings of the human brain, as well as the difficulties associated with treating neurological and psychiatric diseases like Down syndrome, as well as research into brain development and intercellular communication. Click the link below to read more about this advancement: https://bit.ly/4cvTkTC Follow us for Daily Stories in the Medical Space #BrainTissue #3DPrinting #Innovation #CellStemCell #Neuroscience #Neurology #BrainHealth #NeurologicalDisorders #NeurologicalResearch #BrainModeling

🚀 Unlock the Mysteries of Vision! 👁️✨Ever wondered how our eyes and brain work together? Paulo Fontoura's latest article dives deep into the connection beyond the optic nerve, revealing how our vision shapes perception and memory. It's a must-read for anyone passionate about neuroscience and human biology or like me, interested in learning something new. Discover the hidden marvels of your own senses! 👉 Dive into the full article below: Beyond the Optic Nerve: The Fascinating Connection Between the Eye and the Brain #Neuroscience #VisionScience #Innovation #HumanBiology

MIT’s new AI-driven brain mapping platform sparks hope for Alzheimer’s treatment MIT researchers have developed a new AI-driven software tool called NeuroTrALE (Neuron Tracing and Active Learning Environment) to advance Alzheimer's disease research. NeuroTrALE is designed to process large brain imaging datasets quickly and efficiently, combining machine learning and supercomputing. The tool automates much of the data processing involved in brain mapping, allowing researchers to focus on identifying patterns and making corrections. A key feature is its "active learning" capability, which enables the software to improve its accuracy over time by learning from user corrections. This advancement significantly reduces the time required to process brain data and could lead to better understanding and treatment of Alzheimer's and other neurological disorders. #AlzheimersResearch #BrainMapping #AIinHealthcare #Neuroscience #MITInnovatio

I'm thrilled to share my latest PhD research findings focusing on VNS and myelin repair following cuprizone-induced injury. Learn about the powerful impact of combining VNS with motor performance to boost functional recovery post-myelin loss. For more insights, explore the paper! #Research #PhD #Neuroscience #MyelinRepair #VNS #FunctionalRecovery #MedicalDevice

Today's #sundayscience post is a bit like a #sundaydrive ... time to get off the highway onto a regional road. A road where yesterday's #scifi technology is rapidly becoming today's breakthrough #science and tomorrow's life-changing technology for people who do not have the ability to speak. Thanks for reading and please share it with your network if you find this interesting. #researchmatters #sciencematters #decadeofdiscovery #neuroscience #neurotechnology #braincomputerinterface https://lnkd.in/e_p7CZ9t

In a new study published in Science, Yale researchers shed light on how brain cells come together to form a wired network in early development, even before experiences shape the brain. The research reveals that early brain development relies on cells firing together, with spontaneous cellular activity playing a crucial role instead of external experiences driving the process. Michael Crair, co-senior author of the study and Professor of Neuroscience at Yale School of Medicine, highlights that understanding these mechanisms is key to unraveling the mysteries of brain wiring. #BrainDevelopment #NeuroscienceResearch #learning

#VisionSuite - Unlock innovations to study the brain🧠 Photonics advancements have the potential to study the mind and brain, enabling a deeper explanation of neurobiology and cognitive functions. Vision Suite will offer a look at the pivotal role photonics will play in the future as it helps develop transformative brain-related technologies. Visit Vision Suite at Photonics West to see what this future looks like. https://ow.ly/AEe850Ql3R8 #VisionSuite #PhotonicsWest | SPIE, the international society for optics and photonics

Solid-State Circuits Magazine (SSC-M): Closed-loop neural interfaces are paving the way for groundbreaking advancements in neurology and neuroscience systems, enabling continuous real-time monitoring and modulation of neural activity. This article delves into the significant progress made within this dynamic field. https://bit.ly/4acsduC

Exploring the Link Between Hearing Difficulty and Brain Structure In my latest graphic design project, I visualized the findings of a large-scale study analyzing the genetic links between hearing difficulty (HD) and brain structure. This research, involving over 500,000 participants, highlights how genetic variations in brain imaging-derived phenotypes (IDPs) may influence HD predisposition, with fascinating sex-specific differences. Through complex analyses such as genetic correlation, Mendelian randomization, and pleiotropy, the study found key associations between HD and brain regions like the hippocampus, cerebellum, and visual cortex. These insights could deepen our understanding of how the brain impacts hearing loss in older adults, potentially driving new interventions. I’m proud to bring this important research to life visually. Feel free to reach out if you need scientific graphics that translate complex concepts into clear and engaging designs. Yale University School of Medicine Oxford Academy Learn more: https://lnkd.in/ggGvC5mb #ScientificDesign #GeneticResearch #HearingHealth #BrainStructure #GWAS #Neuroscience #MedicalGraphics #ResearchGraphics #ScienceCommunication #ParinazGhanbari #DesigningDiscovery #PhD #Brain