CAPSAICIN-INDUCED DEPOLYMERIZATION OF AXONAL MICROTUBULES MEDIATES ANALGESIA FOR TRIGEMINAL NEUROPATHIC PAIN
CAPSAICIN-INDUCED DEPOLYMERIZATION OF AXONAL MICROTUBULES MEDIATES ANALGESIA FOR TRIGEMINAL NEUROPATHIC PAIN Este estudio plantea que la capsaicina aumenta la despolimerización de los microtúbulos, que induce la ablación axonal y, por tanto, media la analgesia para el...
3D CULTURE PLATFORM OF HUMAN IPSCS-DERIVED NOCICEPTORS FOR PERIPHERAL NERVE MODELLING AND TISSUE INNERVATION
3D CULTURE PLATFORM OF HUMAN IPSCS-DERIVED NOCICEPTORS FOR PERIPHERAL NERVE MODELLING AND TISSUE INNERVATION The ability to detect external noxious stimuli and signals from internal organs is essential to maintain physical integrity and homeostasis. This process is...
3D CULTURE PLATFORM OF HUMAN IPSCS-DERIVED NOCICEPTORS FOR PERIPHERAL NERVE MODELLING AND TISSUE INNERVATION
3D CULTURE PLATFORM OF HUMAN IPSCS-DERIVED NOCICEPTORS FOR PERIPHERAL NERVE MODELLING AND TISSUE INNERVATION La capacidad de detectar estímulos nocivos externos y señales desde órganos internos es esencial para mantener la integridad física y la homeostasis. Este...