A new review in Regenerative Medicine Reports explores how long noncoding RNAs (#lncRNAs) influence #angiogenesis in conditions like stroke and epilepsy. These RNAs, once considered 'junk,' are key players in vascular #repair and #regeneration. ❤️❤️

New article in #NRR explores how compartmentalized organelle regulation in neurons impacts neurodegenerative diseases. Using Drosophila motor neurons, scientists uncover key insights into mitochondrial dynamics, ER integrity, and autophagy pathways. 🧠✨

🚀 Exciting new review on #biophotons! "Exploring current and future technologies to make sense of the biophoton phenomenon" in Advanced Technology in Neuroscience dives into how cells emit light and its potential role in communication and repair. #ATN

🚀 New insights on Neuromuscular Junction #regeneration! The article in Neural Regeneration Research explores promising therapies for amyotrophic lateral sclerosis, spinal muscular atrophy, and #sarcopenia. @FujitaniMasashi

🌐 Discover the latest advancements in #gas sensing with #plasmonics! This comprehensive review in Medical Gas Research explores high-performance plasmonic nanostructures and their applications in detecting gases like NO2, CO, and H2. #Nanotechnology

⚖️A double-edged sword! New research in Neural Regeneration Research explores the dual role of VEGFA in white matter lesions and cSVD. VEGFA promotes angiogenesis but may also increase BBB permeability, leading to #neuroinflammation.

🌟A study in Neural Regeneration Research explores how N-cadherin, a key #cell adhesion molecule, regulates neuronal migration in the cerebral cortex. It highlights the crucial role of membrane trafficking and actin cytoskeleton in this process. #brain

🌟 A new study in AgingAdvances explores the role of interferon-gamma (IFNG) in #AlzheimersResearch. Key findings: decreased IFNG levels, stable receptor expression, and dynamic correlations as disease progresses. #Neuroscience

🧠 A new article explores how neural networks control behavior. Using innovative models like "Flailer" and CRISPR, it investigates necessity vs. sufficiency of #brain areas.#BehaviorControl #neurologicaldisorders #NeuralRegeneration

✨ A new review in NeuroMarkers explores how #AI is transforming meningioma diagnosis. AI-driven techniques enhance #imaging #biomarkers, improve tumor grading, and predict recurrence and quality of life. Hybrid models and radiomics are key advancements.

✨"Sympathetic chain reconstruction after failed sympathectomy" explores nerve regeneration techniques to address complications from hyperhidrosis surgery. #tissueengineering #stemcelltherapy #RegenerativeMedicine #Hyperhidrosis #NerveRegeneration

🔍 A study in Neural Regeneration Research explores the role of ATP in acute pain in neuromyelitis optica spectrum disorder (NMOSD) and compares it with peripheral neuropathic pain. ATP is a key mediator of acute pain in NMOSD. #NeuropathicPain

💡#StemCellResearch #PainTherapy #Neuroscience The study in Neural Regeneration Research reveals how MSC secretome reduces neuroinflammation, restores spinal circuits, and offers a safer alternative to traditional therapies.

🔖A recent article in Neural Regeneration Research explores the emerging structures and dynamic mechanisms of γ-secretase, a key enzyme involved in amyloid-beta production. #Alzheimersdisease #Neuroscience

🧠 A new narrative review explores how EEG-based emotion recognition tech integrated into brain-computer interfaces (#BCIs) could transform #depression treatment. This cutting-edge research offers hope for more effective, personalized therapies.

✨Exciting new research published in Aging Advances shows that Brazilin-rich extract from Sappan wood can improve cognitive function in mice with #Alzheimer! 🌳This extract reduces #neuroinflammation and restores gut microbiota balance.

🧠A recent study in Neural Regeneration Research explores how brain-derived neurotrophic factor (BDNF) plays different roles in various brain regions under social stress. This research could pave the way for targeted #depression treatments. #Neuroscience

🚩The autophagy-lysosome pathway is emerging as a potential target for chemical and gene therapies in #ParkinsonsDisease. This study published in Neural Regeneration Research explores how targeting this pathway could improve or reverse PD progression.

💡New article on Peroxisome proliferator-activated receptors (PPARs) as #biomarkers in #CerebrovascularDiseases, published in NeuroMarkers. PPARs play key roles in lipid metabolism & inflammation regulation.

🔖New review in Regenerative Medicine Reports explores the early attempts to future possibilities of tissue & organ #cryopreservation! Cryopreservation could revolutionize #organtransplantation, addressing the global shortage of viable organs.