BioSTL’s Post

🚀🧠 Big news for St. Louis. The NEURO360 initiative, led by BioSTL and Washington University in St. Louis, is aiming to transform the region into a global neuroscience powerhouse. The project seeks to boost the local neurotech ecosystem and position St. Louis at the forefront of neuroscience research. From enhancing treatments for Alzheimer’s to advancing mental health solutions, NEURO360 hopes to drive innovation and create new job opportunities across sectors. This initiative builds on decades of progress in the region, with BioSTL having already launched 100 new companies and created around 1,000 jobs. Read more below. 🌟🔬 #NEURO360 #StLouisInnovation #Neuroscience #Neurotech #BioSTL #WashingtonUniversity #ScienceNews #TechHubs #InnovationEcosystem #FutureOfScience

Fyi: Update on Neuro360: “Rather than silo research and development within different universities’ academic structures and offices of technology development, Raymundo said Neuro360's goal is to create a regional apparatus to bring research alongtoward maturity, linking academics to entrepreneurs, executives, capital and manufacturers to help build up companies.” Informstion is For the St. Louis Region, Community and Beyond, #EcoNetworkSystem for #Founders, #StartUps, #Entrepreneurs, #Innovators, #SMB’s and Others. Some of the content. Please read all of content for more details, Thanks, #StartLouis. “Raymundo said the federal funding would help advance research "to advance discovery and allow us to commercialize it." Rather than silo research and development within different universities’ academic structures and offices of technology development, Raymundo said Neuro360's goal is to create a regional apparatus to bring research alongtoward maturity, linking academics to entrepreneurs, executives, capital and manufacturers to help build up companies. Neuroscience is one of WashU's strengths – its $616 million #JefferyTFortNeuroscienceResearchBuilding opened in January – and #Neuro360 wants to channel resources for academic research, private-sector innovation and human capital development into a self-propelling industry. Neuro360's plan focuses on four areas, according to its website: neuroscientific technology for devices and imaging; molecular, cellular and systems biology; apps, software and computing; and public health. ——- RePosted by: StartLouis Where: “StartUps” / Founders Start ! “ #StartLouis is For the St. Louis Region, Community and Beyond, #EcoNetworkSystem for #Founders, #StartUps, #Entrepreneurs, #Innovators, #SMB’s and Others. ….. For more information Access via web site (MeetUp) “StartLouis”, Thanks. ….. Ed Schneider, StartLouis V5.0 (ESO). Founder, Principal, Lead Organizer. ….. (R:09022401) —————— —- (O:090524-0936p-(00) -(R:0943p). ___

Watch on demand: "MEG in Translational Neuroscience: Present and Future Applications" presented by Professor Peter Uhlhaas. 💫 Watch this free 1 hour webinar here: https://lnkd.in/esAghyzj #MEG #neuroimaging #brainimaging #functionalmapping #thoughtleaders #masterclass

Attention VPs & Heads of Neuroscience in Biopharma 🧠! Traditional clinical research in neuroscience faces challenges: ✅ Patient variability and limited data ✅ Time-consuming and costly trials ✅ Personalized treatment pathways AI-powered Digital Twin technology is changing the game: ✅ Captures real-time patient data ✅ Accelerates trial timelines ✅ Provides comprehensive neurological modeling Let's discuss how digital twins are revolutionizing neuroscience research and accelerating new treatments for patients! #Neuroscience #Biopharma #AI #Innovation

Which are the top neuroscience institutes? 🧠 With SfN approaching, today we take a closer look at which institutions are citing the most antibodies in their neuroscience work. To access data on the top 50 neuroscience institutes, check out our latest blog ⬇ https://lnkd.in/euAZARNF ✅ Suppliers - find out where reagents are being used in neuroscience research!  ✅ Researchers - find new collaborators and see where your institution ranks! #SfN #neuroscience #marketdata

Pioneering ALS research - one gift at a time! Briana Ondatje, a PhD student and Fast Track Awardee for Translational Neuroscience, through the support of the Foundation, is investigating cell communication in the brain & spinal cord and how that communication is dysregulated in patients with ALS. We are so excited about what's in store for her research and the implications her findings could have for ALS patients. Click here to read more about Briana and her study: https://lnkd.in/gh7i9QF5

How iPSCs are Advancing Neuroscience Research 🧠✨ Induced pluripotent stem cells (iPSCs) offer an invaluable method to model neural tissue development in vitro. One of their most exciting applications is in studying neurons, which are essential for human cognition and sensory processing. Neuron activity defects are linked to conditions like epilepsy, Alzheimer’s disease, and schizophrenia. When culturing iPSCs, a well-designed matrix gel coating is crucial for supporting cell attachment and differentiation. At Nest, our NestGel Matrix provides the ideal environment for successful iPSC culture and differentiation. Explore how our products can advance your research in neuroscience and beyond. #iPSC #Neuroscience #StemCells #Innovation #LifeSciences #NestGel Each version is crafted to fit the tone and character limits of the respective platforms, while also promoting NestGel Matrix. Let me know if these work for you! https://lnkd.in/equrtVGm

‘Did I lock the door properly’ Questions like such won’t pop in your head anymore because there’s an exciting breakthrough in neuroscience!     Scientists from Wake Forest University School of Medicine and USC have achieved a remarkable feat: using a neural prosthetic device to recall specific memories for the first time. This groundbreaking research, published in Frontiers in Computational Neuroscience, builds on their previous success in implementing a prosthetic system that leverages a person's own memory patterns to enhance memory encoding and recall.  Some points worth noticing    - Successful trials have been conducted with human participants.  - The study involved 14 adults diagnosed with epilepsy and these individuals were part of a diagnostic brain-mapping procedure.  - Surgically implanted electrodes helped locate their seizures.  - Targeted electrical stimulation occurred in the hippocampus region.    This research opens new avenues for understanding memory and could lead to innovative treatments for memory-related disorders. Truly a remarkable milestone in neuroscience!    Source: https://lnkd.in/d_2eXDFB     #neuroscience #innovation #treatment #research

We recently shared our ranking of the top 50 neuroscience institutes! Using antibody citations as a metric gives a unique view for researchers and suppliers. Use this data to help you find new collaborators, or improve your outreach by understanding where scientists are citing reagents. In case you missed the full blog, here’s the top five institutions ⬇ #neuroscience #antibodies

Educational Content "Ever wondered how cutting-edge lab technologies are transforming neuroscience research? Here’s a deep dive into three pivotal techniques: 1. Electrophysiology: By measuring electrical activity in neurons, electrophysiology helps us understand neural communication and brain function in real time. 2. MRI and fMRI: Magnetic Resonance Imaging (MRI) provides high-resolution images of brain structures, while functional MRI (fMRI) tracks brain activity by measuring changes in blood flow, offering insights into brain function and connectivity. 3. Optogenetics: This revolutionary technique involves using light to control neurons that have been genetically modified to express light-sensitive proteins. It's enabling precise manipulation of neural circuits, advancing our understanding of brain functions and behaviors. These technologies are not just advancing our understanding of the brain but also paving the way for new treatments for neurological disorders. #Neuroscience #LabTech #Education"