Conclusion: In the #Brain 🧠, #Microvasculature is not #Innervated like in #PeripheralTissue. #PrecapillarySphincters and/or #FirstOrderCapillaries are central to #NeurovascularCoupling, which may be enhanced by perpendicular alignment of #NeuronalProcesses (12/15)
#neuronalprocesses #neurovascularcoupling #firstordercapillaries #precapillarysphincters #peripheraltissue #innervated #microvasculature #brain
🐭#Brain #Microvasculature is not #Innervated. But #Parenchymal #NeuronalProcesses arrange perpendicular to #Arteriole direction where #PerivascularSpace exists, while #AscendingVenules do not have this arrangement (10/15)
#ascendingvenules #perivascularspace #arteriole #neuronalprocesses #parenchymal #innervated #microvasculature #brain
Conclusion: In the #Brain 🧠, #Microvasculature is not #Innervated like in #PeripheralTissue. #PrecapillarySphincters and/or #FirstOrderCapillaries are central to #NeurovascularCoupling, which may be enhanced by perpendicular alignment of #NeuronalProcesses (12/15)
#neuronalprocesses #neurovascularcoupling #firstordercapillaries #precapillarysphincters #peripheraltissue #innervated #microvasculature #brain
🐭#Brain #Microvasculature is not #Innervated. But #Parenchymal #NeuronalProcesses arrange perpendicular to #Arteriole direction where #PerivascularSpace exists, while #AscendingVenules do not have this arrangement (10/15)
#ascendingvenules #perivascularspace #arteriole #neuronalprocesses #parenchymal #innervated #microvasculature #brain