University of Michigan Center for RNA Biomedicine ????的动态

#CallForPapers ?? Special Issue ?? "Exercise Biochemistry and Cellular Physiology: Mechanisms and Insights" - ?? Molecular & Cellular Biomechanics (MCB) Q3 Using state-of-the-art analytical techniques, such as omics and systems biology, this will aim to further detail the molecular bases underpinning exercise and underline how this information can be used to inform training and health strategies. It, therefore, avails an opportunity for the revisiting and further refinement of some of the critical concepts in exercise science that may require revisiting for the advancement of the field itself and to help bridge the gap between traditional understandings and contemporary scientific findings. We hereby invite colleagues from around the world to submit original articles, experimental mechanistic studies, epidemiological studies, and systematic reviews with meta-analyses. Guest Editors ?? Prof. Jorge Luis Petro, PhD ?? Prof. Diego A. Bonilla, ISAK 3 +INFO: https://lnkd.in/eN4Ar7nw ?? Deadline for manuscript submissions: 30 June 2025 #exercise #Physiology #Biochemistry #stress #cellular #allostasis #adaptation #medicine

Precision Neuroscience / Precision BioMEMS will be part of the "BCI: State of the Art, Art of the Future" panel discussion this week at the IEEE Engineering Medicine and Biology Society 2024 conference, the world’s largest international biomedical engineering conference, currently underway in Orlando. Stop by the panel session on July 18th, for what promises to be a lively and informative discussion on brain-computer interfaces and their implications for the future of healthcare. #EMBC2024

Alzheimer’s disease (AD) may begin when brain no longer creates mature brain cells - QUT Health study finds. QUT School of Biomedical Sciences Researchers Dr Rachel Okolicsanyi and AsProf. Larisa M Haupt Haupt and PhD candidate Martina Gyimesi have called for a rethink about the possible early cause of AD in their recently published article in Open Biology; Beyond amyloid and tau: rethinking Alzheimer’s disease through less explored avenues. The study challenges the accepted view of a build-up of amyloid proteins in the brain as the cause of the brain deterioration seen in patients with AD, and instead offers a broader, alternative view that centres on impaired adult hippocampal neurogenesis (AHN) as a potential early causal factor. Read the full study here: https://lnkd.in/gQYp2Akt #QUT #QUTHealth #QUTResearch #RealWorldResearch #QUTBiomedicalSciences

IMRA Stories from the Field: 2019 Recipient Benjamin Steinberg, MD, PhD, FRCPC With a village of mentors and collaborators behind him and the support of The Scientist Track Investigator program at The Hospital for Sick Children, Benjamin Steinberg, MD, PhD, FRCPC was awarded the 2019 IARS Mentored Research Award for his research, “The Role of Pyroptosis in Neuropathic Pain.” The award helped to build a robust and successful research career in basic science for Dr. Steinberg, specifically focused on the science that most intrigued him - cellular and molecular mechanisms of pain. His initial science sought to implicate some of the key molecules and pathways, specifically a molecule called gasdermin D, and delineate how those pathways feed into the inflammatory burden of pain. However, along the way, they discovered something surprising, a male-female difference or a sexual dimorphism for this immune modulator. Today, that initial discovery has grown wings, creating several big questions leading to intriguing scientific outcomes. Dr. Steinberg and his team continue to work diligently to corroborate their initial findings and then phenotype them. The path from biomedical research to bedside is a long journey, but they hope to get there! #IARSAwards #IMRAStories #AnesthesiaResearch #ResearchAward #PainResearch #BiomedicalScience #ScientificDiscovery Read his interview: https://ow.ly/EtFQ50UuAkj

Precision BioMEMS / Precision Neuroscience will be part of the "BCI: State of the Art, Art of the Future" panel discussion this week at the IEEE Engineering Medicine and Biology Society 2024 conference, the world’s largest international biomedical engineering conference, currently underway in Orlando. Stop by the panel session on July 18th, for what promises to be a lively and informative discussion on brain-computer interfaces and their implications for the future of healthcare. #EMBC2024

Researchers at Tufts University School of Medicine and the Tufts Graduate School of Biomedical Sciences (GSBS) have made strides in understanding CTNNB1 syndrome, a rare developmental disorder linked to intellectual disabilities, motor challenges, and some forms of autism. Their latest findings, published in EMBO Molecular Medicine, offer evidence that a potential drug treatment could mitigate the cognitive and motor symptoms of the disorder. This discovery, using mouse models and human cell research, highlights a path toward improving the quality of life for individuals with CTNNB1 syndrome. Learn more about how this collaborative research effort is providing hope for the future: https://ow.ly/gRP150TR7BV

Want to accelerate breakthroughs in bioelectronic medicine? SPARC is focused on peripheral neuroscience and systems physiology research through open data sharing and collaborative platforms. Over 12,000 downloads have occurred to date across the >330 research contributions.? Learn more at #NANS25 by connecting with Center for Autonomic Nerve Recording and Stimulation System (CARSS) (Booth #520) and COSMIIC (Booth #101) – two key SPARC community members driving innovation in the field. https://bit.ly/3zzJpxy SPARC accepts data, devices, and models about the PNS and is compliant with the 2023 NIH Data Sharing Mandate. Share today: https://lnkd.in/ekJmVq9T #NIH_SPARC #OpenScience #BioelectronicMedicine North American Neuromodulation Society (NANS)

What research breakthroughs are accelerating understanding of disease related protein aggregation? PSC are excited to contribute to the @dpan Dutch Protein Aggregation Network (DPAN) conference at VU Amsterdam on Thursday 30th January. Details and registration at https://dpan-nl.org. Research leaders from across Netherlands will share their latest discoveries. PSC’s European Applications Director, Miriam Unger and Jevin Bosman from our partner, ST Instruments, are looking forward to many inspiring discussions! Miriam’s poster highlights how multi-modal Optical Photothermal Infra-red (O-PTIR) microscopy tracks the?formation of beta sheet structures in tissues prior to amyloid protein aggregation. For more insights on O-PTIR applications for neuroscience: https://lnkd.in/gpjaYCV7

?? Big News! ?? I’m beyond excited to announce that I am a co-author of an incredible new paper: "Injury distance limits the transcriptional response to spinal injury!" ??? This groundbreaking research uncovers a critical factor in spinal injury recovery: the distance of the injury determines how well neurons can respond and regenerate! Our study used cutting-edge single-nuclei sequencing to reveal that corticospinal neurons—crucial for movement and function—barely react to distant spinal injuries, but mount a strong response when damage occurs closer to the brain. This opens huge possibilities for improving therapies aimed at boosting nerve regeneration and recovery after spinal injuries! This research shines a light on one of the biggest challenges in neuroscience and has the potential to transform how we approach spinal injury treatments. Check out the full study here: https://lnkd.in/dgScBeHT #HealthcareInnovation #NeuroscienceResearch #RegenerativeMedicine #SpinalInjuryRecovery #HealthcareLeadership #MedicalResearch #NeuroRehabilitation #FutureOfHealthcare #HealthcareOpportunities