BIO Integration @bio-integration.org · May 5 Highlighting advances in Neuroscience Regenerative Medicine & Advanced Therapeutics from BioIntegration bio-integration.org From gene therapy to biointerfaces & LIPUS-driven regeneration this thread explores cutting-edge translational research #Neuroscience #RegenerativeMedicine #UltrasoundTherapy
0 likes 6 replies
Replies
Low-intensity pulsed ultrasound (LIPUS) regulates cell fate via mechanotransduction, influencing proliferation & differentiation. A promising tool for regenerative medicine and tissue engineering doi.org/10.15212/bio... #LIPUS #Mechanotransduction #CellFate #RegenerativeMedicine #UltrasoundTherapy
LIPUS enhances NK cell therapy by improving activation, cytotoxicity, and tumor targeting. Ultrasound emerges as a non-invasive strategy to boost cancer immunotherapy outcomes doi.org/10.15212/bio... #LIPUS #NKCells #Immunotherapy #CancerTherapy #UltrasoundTherapy
LIPUS shows therapeutic potential in premature ovarian insufficiency by promoting tissue repair, angiogenesis, and ovarian function recovery doi.org/10.15212/bio... #LIPUS #PrematureOvarianInsufficiency #Angiogenesis #TissueRepair #RegenerativeMedicine
Gene therapy advances are reshaping treatment strategies for neurologic disorders, targeting genetic defects and enabling precision interventions in CNS diseases doi.org/10.15212/bio... #GeneTherapy #NeurologicDisorders #CNS #PrecisionMedicine #Neuroscience
WukongBot brain–spine interface demonstrates restoration of motor function through neural signal bridging, advancing neuroengineering and rehabilitation technologies doi.org/10.15212/bio... #BrainSpineInterface #Neuroengineering #NeuralInterface #Rehabilitation #Neuroscience
Submit your research to BioIntegration and contribute to advances in neuroscience, regenerative medicine, and therapeutic technologies mc04.manuscriptcentral.com/bioi #Neuroscience #RegenerativeMedicine #UltrasoundTherapy