The Research Nexus’ Post

🔍Discover the latest insights on how devices and neuromodulation are revolutionizing the treatment of headache syndromes in a comprehensive talk by Dr. Peter Goadsby, Professor Emeritus of Neurology, UCLA. 🔗Register Now : https://bit.ly/4bLI6cp Get exclusive 40% OFF on registration with Coupon Code EMED40. 🗓️ Mark your calendars: October 19-20, 2024 🏨 Hotel Fera, Anaheim, CA Why Attend? 🌐 Global Expertise: Learn from one of the leading figures in neurology, Dr. Goadsby, as he shares cutting-edge research and practical insights. 💡 Innovative Treatments: Discover how neuromodulation and advanced devices are reshaping the management of headache disorders and migraine treatment. 👩⚕️ CME Credits: Elevate your practice while earning 9 valuable continuing medical education credits. 🤝 Networking: Connect with fellow healthcare professionals and stay ahead of the latest developments in neurology. #GNS2024 #PhysicianAssistants #NursePractitioners #internists #residents #Neurology #CANeurology #NeurologyGroups #PrimaryCare #NeuroResidents #eMedEd

🧠 New Discovery: Brain Region Linked to Numerical Thinking! 🧠 Exciting research has revealed that our ability to understand and process numbers may originate in a much older part of the brain than previously thought. While studying brain activity in epilepsy patients, researchers found significant activity in the putamen, a brain area typically associated with basic functions like movement, rather than numerical thinking. 🔍 Key Findings: - Unexpected Brain Activity: The putamen, an ancient brain structure, showed significant activity when participants thought about numbers. - Evolutionary Insight: This suggests that our capacity for numerical cognition may have evolved much earlier than previously believed, deeply ingrained in our neural circuitry. - Implications for Neurosurgery: Identifying specific brain regions involved in numerical cognition can help surgeons avoid damaging these crucial areas during procedures, particularly in surgeries to remove tumors or treat epilepsy. 🌟 Why It Matters: This discovery not only challenges traditional understanding of where number processing occurs in the brain but also offers new hope for individuals struggling with math. By understanding the neural mechanisms underlying numerical cognition, educators and therapists can develop targeted interventions to improve learning and overcome math difficulties. Let's celebrate this groundbreaking research and its potential to enhance both medical practices and educational strategies! 🌱 #Neuroscience #BrainHealth #NumericalCognition #MedicalResearch #Education #Innovation #MedicalLaboratoryTechnology #Microbiology #Phlebotomy #LaboratoryTesting #DiagnosticTesting #HealthcareProfessional #MedicalTesting #ClinicalLaboratory #BiomedicalScience #HealthcareIndustry #MedicalScience #LaboratorMedicine #ClinicalMicrobiology #InfectionControl #PhlebotomyTechnician #MedicalLabTechnician #MicrobiologyLab #ClinicalLab #HealthcareCareer #MedicalCareer #ScienceCareer #COVID19Testing #Virology #Bacteriology #Parasitology #MolecularDiagnosis #GeneticTesting #Cytology #Histopathology #Immunology #Serology

🔍Discover the latest insights on how devices and neuromodulation are revolutionizing the treatment of headache syndromes in a comprehensive talk by Dr. Peter Goadsby, Professor Emeritus of Neurology, UCLA. 🔗Register Now : https://bit.ly/4bLI6cp Get exclusive 40% OFF on registration with Coupon Code EMED40. 🗓️ Mark your calendars: October 19-20, 2024 🏨 Hotel Fera, Anaheim, CA Why Attend? 🌐 Global Expertise: Learn from one of the leading figures in neurology, Dr. Goadsby, as he shares cutting-edge research and practical insights. 💡 Innovative Treatments: Discover how neuromodulation and advanced devices are reshaping the management of headache disorders and migraine treatment. 👩⚕️ CME Credits: Elevate your practice while earning 9 valuable continuing medical education credits. 🤝 Networking: Connect with fellow healthcare professionals and stay ahead of the latest developments in neurology. #GNS2024 #PhysicianAssistants #NursePractitioners #internists #residents #Neurology #CANeurology #NeurologyGroups #PrimaryCare #NeuroResidents #eMedEvents

🚨ATTENTION 🚨 ‼️ HERE ARE 3 SCHOLARSHIPS YOU CAN APPLY FOR IF YOU ARE INTERESTED IN NEUROLOGY ‼️ 3 Awards/Competitions/Scholarships You Should Apply For 1. Regeneron Science Talent Search (STS) Award Amount: Up to $250,000 for the top winner; finalists receive awards ranging from $25,000 to $250,000. Description: A prestigious science competition for high school seniors. Students can submit research projects in neuroscience or related fields. Benefit: Winning or being a finalist can significantly enhance your college applications, provide substantial financial support, and offer national recognition for your research in neurology. 2. International Brain Bee Award Amount: Up to $3,000 for the International Champion, along with travel and research opportunities. Description: A neuroscience competition focusing on knowledge of the brain, including neuroanatomy, neurophysiology, and brain disorders. Benefit: Demonstrates your expertise in neuroscience, provides exposure to advanced brain science, and can lead to valuable networking and educational opportunities. 3. USA Biology Olympiad (USABO) Award Amount: Top students receive gold medals and cash prizes; the top four can represent the USA at the International Biology Olympiad (IBO). Description: A nationwide competition testing knowledge in biology, including topics relevant to neurology. Benefit: Showcases your biological sciences knowledge, offers opportunities to represent the USA internationally, and enhances your college applications with a strong academic credential. to published work and future opportunities in neurology. 🚨 MORE INFORMATION CONTAINING THIS CONTENT ON OUR WEEKLY NEWSLETTER SIGN UP TO RECIEVE DETAILS 🚨 🔗 https://lnkd.in/dpgZa8ua

🚨 Join us tomorrow for a webinar Alert! 🚨 📅 Tuesday, October 1, 2024 | 12:00 PM - 1:00 PM ET Join ISoP’s MCS SIG for an exciting session on "Closed-Loop Control of Anesthetic State in Nonhuman Primates." 💡 Discover how cutting-edge mathematics is advancing anesthesia technology by using real-time EEG data and optimal-control methods to automatically manage anesthetic drug doses in nonhuman primates. This groundbreaking work paves the way for future human applications, offering precision control over anesthesia levels for improved patient care. 🔑 Key Takeaways: • Intelligent closed-loop anesthesia delivery (CLAD) optimal-control systems • Real-time management of anesthetic doses by math modeling of EEG feedback • Successful application in nonhuman primates with propofol • Next steps toward clinical practice and human testing Don’t miss out on this fascinating intersection of neuroscience, mathematics, and medicine! 💻 Register now! https://buff.ly/3TAhW65 #Webinar #Anesthesia #MedicalResearch #Mathematics #Computation #OptimalControl #Webinar #Anesthesia #MedicalResearch #CLAD #Neuroscience #TechInnovation#Mathematics#Computation

🌟From Learning to Publishing🌟 Two months ago, I had the privilege of conducting an intensive (Meta-Analysis Workshop) for a group of incredibly motivated students. The course wasn't just about theory—it was designed to take participants on a transformative journey, from mastering the basics to applying their skills in real-world research projects. 📚💡 What started as a classroom lesson quickly evolved into actionable knowledge. Together, we embarked on research projects, translating their newfound skills into impactful academic work. 🎉 Today, I’m thrilled to share that one of these projects, titled "Risk of Stroke in Patients with Congenital Heart Disease: A Systematic Review and Meta-Analysis," has been accepted for publication in the prestigious journal BMC Neurology! 🧠 This achievement is a testament to the power of applied learning and the dedication of these future leaders in research. It’s moments like these that reaffirm the value of fostering curiosity, collaboration, and hands-on experience in academic training. 🌍 Let this be an inspiration for all aspiring researchers: knowledge is powerful when paired with action. And the journey from learning to publishing is one worth celebrating. Congratulations to all the students involved—this is just the beginning of your incredible academic careers! 🎓✨ #Research #Neurology #Stroke #Meta-Analysis #Course #Congenital #Pediatric #Journal #BMC #Workshop

A little late in posting, but celebrating here nonetheless! After a tough and long journey, I have officially obtained my PhD in Medicine, specializing in Molecular Neurology. This accomplishment represents many years of hard work and dedication, including: - 4 years for my college degree - 5 years for my medical degree - 4 years for neurology residency training - 2 years of research fellowship, stretched into total of 5.5 years to achieve my PhD degree. #PhDGrad #MolecularNeurology #MedicalEducation #Celebration

Hope to see many of you at noon ET today at our math/computational webinar on optimal control in dosing anesthesia! #Math #OptimalControl #Computation #Dosing

I am very pleased to announce that I received a research fellowship by the Hertha-Nathorff-Programm from Ulm University! Supporting women in science, this program gives me the opportunity to focus on my PhD on ALS and neurodegeneration without neglecting my clinical work in neurology. I am very grateful and looking forward to my next chapter in my beginning scientific career! #HerthaNathorffProgramm2024 #ALS #neurodegeneration #neurology

The applied principles of #EEG analysis methods in #neuroscience and clinical #neurology This Podcast explores the application of electroencephalography (EEG) signal analysis methods in neuroscience and clinical neurology. It begins by introducing the various types of #EEG signals and then reviews five key directions of analysis methods, including power spectrum analysis, time-frequency analysis, connectivity analysis, source localisation methods, and machine learning methods. The article then discusses specific methods and their advantages and disadvantages, highlighting how they can be applied in neuroscience and neurological disease research. Finally, it discusses the joint application of EEG analysis and machine learning methods, which is an increasingly active area of research in these fields. #BCI https://lnkd.in/ehWadu8Q