Körber European Science’s Post

Meet Professor Schmitz, Molecular and Cellular Neuroscience speaker ! ✨️ Dietmar Schmitz is delving into how brain cells communicate and the intricacies of learning and memory formation. His research not only sheds light on diseases like epilepsy and Alzheimer's but also lays the groundwork for better diagnostics and therapies. Learn more in #Neurizons2024! 🧠 #Neurizons2024 #neuroscience #IMPRS #goettingen #maxplanckinstitute #maxplanckgesellschaft

I’ve always had a stark interest in neuroscience and understanding the working of the human brain. Along with studying the course of clinical and molecular neurobiology this semester, I also completed my 5 week internship at Dr. Sibylle Jablonka's Lab. In this duration, I witnessed a lot of new things like dissection of mouse embryos , its spinal cord and motor neurons, culturing of neurons and HEK cells , genotyping of nmd mouse lines and also performed techniques like immunostaining. Really looking forward to explore the realms of this field in depth and learn new techniques on the way! 🧠 #neuroscience #humanbrain #spinalmuscularatrophy

We are thrilled to announce that Quanterix and Alamar Biosciences are the official sponsors of our upcoming event: 2nd Annual Fluid and Imaging Biomarkers and Endpoints in Neuroscience! 🔬 Quanterix is at the forefront of advancing biomarker science through its innovative digital immunoassay platforms. Their cutting-edge technology perfectly complements our focus on fluid and imaging biomarkers in neuroscience. 🧬 Alamar Biosciences, Inc. stands out for its high-quality reagents and assays that drive next-generation bioscience solutions. Their expertise and commitment are vital as we explore new frontiers in neuroscience research. We are honoured to have these leading companies partner with us, and we can't wait to dive into the latest advancements and insights in Neuro Biomarkers together. Learn More: https://ter.li/baqehw #CNS #DrugDelivery #Neuroscience #Neuroscience #Biomarkers #CNSResearch #ImagingBiomarkers #NeuroImaging #FluidBiomarkers #BrainResearch #NeuroScienceResearch #Neurology #ClinicalNeuroscience

Exciting Announcement: The Biomedical Tech Talk Marathon Series 2024! We at Atheenapandian Private Limited, in collaboration with our International Fovea-Z Biomedical Association (IFBA), are thrilled to announce "The Biomedical Tech Talk Marathon Series 2024"! This event is an exceptional learning opportunity for budding biomedical technology enthusiasts, providing extensive exposure to trending neuroscience methodologies and innovative solutions. As a regional representative, I highly encourage all Biomedical Engineering students and professionals to attend this invaluable series. Here’s why: - Cutting-Edge Knowledge:Gain insights into the latest trends and future directions in neurobiology. - Core Understanding:Strengthen your foundation with essential knowledge in neurophysiology. Each session is designed to provide you with practical knowledge and the latest advancements in neuroscience. Whether you are a student looking to deepen your understanding or a professional seeking to stay updated with the latest in biomedical technology, this marathon series is for you. How to Participate:Simply join us on Google Meet at the scheduled time each day from 10th to 14th June 2024. Mark your calendars and set reminders to not miss out on this incredible opportunity. Don’t miss this chance to enhance your biomedical knowledge and network with fellow enthusiasts and experts in the field. We look forward to your participation in this enriching experience. #BiomedicalTechTalk #Neuroscience #BiomedicalEngineering #Atheenapandian #IFBA #LearningOpportunity #ProfessionalDevelopment

🧠 Exciting developments in the field of neurodegenerative disease research! 🧬 🔬 Came across a groundbreaking perspective in Neural Regeneration Research that discusses the potential of the BDNF/TrkB signaling pathway in inducing neuronal regeneration and differentiation. This could be a significant step forward in our fight against neurodegenerative diseases. Christophe Rochais Université de Caen Normandie 📚 The article, "Inducing neuronal regeneration and differentiation via the BDNF/TrkB signaling pathway: a key target against neurodegenerative diseases?" explores the intricate mechanisms by which this pathway could be leveraged to promote the growth and repair of neurons, offering hope for conditions like Alzheimer's and Parkinson's. 🌟 About the Journal: Neural Regeneration Research is a leading publication in the field of neuroscience, indexed in SCI-E and PubMed, with a 2023 Journal Citation Reports Impact Factor of 5.9, ranking it in Q1 within Neuroscience (35/310). 🔍 Find the full article here: https://lnkd.in/g7CTFqWx #Neuroscience #Neurodegeneration #BDNFTrkB #NeuralRegeneration

Here is a real life example of how the cell Celector can fit into your stem cell research and maintains n the integrity of your sample cells during isolation and picking to alllow unfettered growth in carefully selected Sartorius growth media #TricelX

🧠 Explore the fascinating world of brain organoids with The Scientist's upcoming webinar on February 20, 2024! Join experts Sofie Salama and Alysson Muotri as they unravel the mysteries of human brain development and evolution using these remarkable models. 🔬 Discover how stem cell-derived brain organoids are revolutionizing research in neurodevelopment and behavior. Learn about the techniques that allow scientists to mimic human neurodevelopment and study complex diseases in a lab setting. 🛠️Discover the applications of brain organoids in biomedical sciences and bioengineering. 🗓️ Don't miss out on this opportunity to expand your knowledge on one of the most innovative tools in neuroscience. Register now: https://ow.ly/MitE50QxIxp #organoids #neurodevelopment #stemcells #neuroscience #lifescienceresearch #sciencethursday

Engineered ‘cat parasite’ helps deliver drugs to brain. Researchers from Tel Aviv University recently discovered a method to penetrate the blood-brain barrier and to deliver neurological treatment to the human brain using an engineered version of Toxoplasma gondii, commonly known as “the cat parasite.” This study was led by Prof. Oded Rechavi from TAU’s Department of Neurobiology and Sagol School of Neuroscience. The study was conducted in collaboration with Rechavi’s PhD student Shahar Bracha, and Prof. Lilach Sheiner from The University of Glasgow. Link to the full article attached bellow. Tel Aviv University Oded Rechavi #bloodbrainbarrier #toxoplasmagondii #cat #neuroscience #neuroscienceresearch

🔬 Lab Spotlight: The Stole Lab 🔬 Today, we’re highlighting the incredible research at The Stole Lab from the Tata Institute of Fundamental Research (TIFR)! Led by Prof. Dr. Shubha Tole , this lab is exploring new frontiers in brain development and neurobiology, focusing on how our brains form during early development. ✨ 🔬 Key Research Areas: Early Patterning of Cortical Primordium: The Stole Lab is unlocking the secrets behind the regulatory mechanisms of hippocampus development during embryonic brain growth. This research could provide critical insights into how our brain circuits are established early on. 🧩 Neuron Regulation: Their groundbreaking discovery of a cross-regulatory network of transcription factors is helping us understand how neuron-glia cell fate switching occurs. This has huge implications for neurobiology and understanding brain diseases. 🧠 Regulation of Cell Fate in the Neocortex: The lab investigates how LHX2 affects chromatin accessibility and epigenetic regulation. Their studies aim to uncover the mechanisms of cell fate regulation in the brain's neocortex, crucial for understanding brain function and disorders. 📚 Thalamocortical Connectivity: They’re also researching the LHX2 regulator's role in forming major axonal tracts in the forebrain, shedding light on the brain’s wiring and connectivity. 🧠 Explore more of their cutting-edge research, visit 🔗 Lab website: https://lnkd.in/gZJXAkHj ✍🏻Credits: Video: Smrutimayee Prusty Content: Shruti Gajbhiye #NGSF #LabShowcaseSeries #StoleLab #Neurobiology #BrainDevelopment #Neuroscience

What do I do as a Research Assistant? 🕵🏻♀️🧠🤔🔬 Let me give you a glimpse! Here’s an electron microscopy image from a hamster’s brain, specifically focusing on the motor cortex. One of the long-standing mysteries in neuroscience is how animals enter torpor, a state of reduced metabolism, and how their brains regulate this process. We’re particularly intrigued by what happens within the brain during this state. How does the brain orchestrate such complex changes and maintain control during metabolic suppression? Our research focuses on the synaptic structures during and after torpor. We’re investigating how these synapses change, whether there are regenerative processes at play, and how neural networks adapt. By understanding these mechanisms, we may unlock new insights into treating neurodegenerative diseases. Stay tuned for more updates if you’re curious about di/regenerative neuroscience! #Neuroscience #TorporResearch #SynapticPlasticity #Neuroregeneration #NeurodegenerativeDiseases #ElectronMicroscopy #RegenerativeMedicine #CortexResearch #Neurobiology #AnimalModels #SynapseResearch #NeuralNetworks #BrainScience #ScientificResearch