glutathione measurement in cultured cells Quantification Live with Real-Time Imaging and Flow Cytometry: STAR Protocols Intracellular GSH Assay Kit |

Myelin remodeling Mast cells Mast cell from muscle Myelin & Schwann cells: Sural nerve Neurofilament stain (Green) P 0 stain (Red) P 0 (Red) Prominent in myelin around most (large & small) myelinated axons Smallest axons (Green), often in clusters, have no myelin or associated P 0 staining Neurofilament stain (Green) P 0 stain (Red) Neurofilament stain (Green) Myelin basic protein stain (Red) Myelin basic protein (MBP) in Myelin (Red) Most prominent in myelin around largest myelinated axons In myelin around fewer axons than P0 Neurofilament stain (Green) Myelin basic protein stain (Red) Non-myelinating Schwann cells Nerve: Sciatic Neurofilament stain Large & small axons: Non-uniform distribution within a fascicle Neurofilament stain Large & small axons: Non-uniform distribution among fascicles Neurofilament stain Regions with varied numbers of large & small axons Neurofilament stain Neurofilament stain Non-myelinating Schwann cells NCAM1 stain Regions have varied numbers and distributions of NCAM+ Schwann cells NCAM1 stain NCAM1 stain Regions with varied numbers of NCAM+ Schwann cells NCAM1 stain Myelin Components Neurofilament stain (Green) P 0 stain (Red) P 0 (Red) Prominent in myelin around most (large & small) myelinated axons Smallest axons (Green), often in clusters, have no myelin or associated P 0 staining Neurofilament stain (Green) P 0 stain (Red) Myelin basic protein (MBP) (Red) Most prominent in myelin around largest myelinated axons Neurofilament stain (Green) Myelin basic protein stain (Red) P 0 vs Myelin Basic Protein (MBP) in Myelin P 0 stain (Green) Myelin basic protein stain (Red) P 0 protein Associated with large & small axons More around periphery of myelin sheath Myelin basic protein Mainly associated with largest axons More toward inside of myelin sheath P 0 stain (Green) Myelin basic protein stain (Red) Nerve: Infraorbital (Branch of Trigeminal) H&E stain Myelinated Axons : Abundant all through endoneurium Gomori trichrome stain VvG stain Myelinated Axons : Abundant all through endoneurium H&E stain Gomori trichrome stain Acid phosphatase stain Infraorbital Nerve Acid phosphatase positive cells scattered in endoneurium (Above) Alkaline phosphatase positive vessels: Few in endoneurium (Below) Alkaline phosphatase stain ATPase activity: Abundant in endoneurial cells ATPase pH 4.3 stain Infraorbital Nerve Larger myelinated axons: Many Small unmyelinated axons: Fewer than in sural nerve Neurofilament stain NCAM stain Infraorbital Nerve Non-myelinating (Remak) Schwann cells : Fewer than in sural nerve NCAM stain NCAM : Present in Schwann cells Non-myelinating (Remak) Schwann cells Myelinating Schwann cells: Adaxonal & Abaxonal cytoplasm NCAM stain Infraorbital Nerve Larger myelinated axons (Green): No associated NCAM

Relax and Rejuvenate : Sit back and relax as the infusion takes effect, typically over 30-60 minutes

Bilberry Bilberry extract has shown in studies to be helpful in preventing cataracts

Graphical Abstract Schematic illustration of the synthesis process and therapeutic mechanism of Se/LDH@PEG-M