| Description | Mice microglia (MMcg) are primary mouse microglia derived from CD1 mouse brains on the first day after birth. When resurrected, inoculated and cultured under the recommended conditions, MMcg forms adherents bring up. Microglia originate from hematopoietic stem cells in the bone marrow and are Mice microglia (MMcg) are primary mouse microglia derived from CD1 mouse brains on the first day after birth. When resurrected, inoculated and cultured under the recommended conditions, MMcg forms adherents bring up. Microglia originate from hematopoietic stem cells in the bone marrow and are resident macrophages in the central nervous system (CNS). Due to the presence of the blood-brain barrier, they are separated from the rest of the body. Microglia actively investigate the surrounding area and respond by removing damaged nerve cells, plaques and infectious agents. Because microglia have the function of immune response and maintaining homeostasis in the central nervous system, they are related to neurodevelopment, central nervous system plasticity and repair, neuroinflammation, aging and neurodegeneration, neuropathic pain and infection.... Read More | Creative Biolabs' Alzheimer's Disease Brain Tissue Panel (TeHAD-Alz) is designed to rapidly screen brain tissue for Alzheimer's disease-specific genes or proteins. | This product is a made-to-order Human PAQR4 membrane protein expressed in HEK293. The protein is for research use only and is not approved for use in humans or in clinical diagnosis. | Rabbit corneal epithelial cells (RbCEpC) are isolated from rabbit corneal epithelial tissue, which covers and protects the cornea from bacteria and other harmful organisms and substances. RbCEpC is cryopreserved in the X generation, and is cultivated and propagated at least when the X population hasRabbit corneal epithelial cells (RbCEpC) are isolated from rabbit corneal epithelial tissue, which covers and protects the cornea from bacteria and other harmful organisms and substances. RbCEpC is cryopreserved in the X generation, and is cultivated and propagated at least when the X population has doubled.... Read More | Rat Schwann cells (RSC) are the main glial cells in the peripheral nervous system, providing physical and chemical support for neurons. Myelin Schwann cells form an insulating sheath around neuron cell bodies (sensory ganglia) and fibers (sensory nerves and motor neurons). Regular exposure of the Rat Schwann cells (RSC) are the main glial cells in the peripheral nervous system, providing physical and chemical support for neurons. Myelin Schwann cells form an insulating sheath around neuron cell bodies (sensory ganglia) and fibers (sensory nerves and motor neurons). Regular exposure of the axon membrane to the extracellular space (myelin sheath space) at the Raniver node allows the action potential to propagate quickly along the axon. RSC is important for the morphology, survival and growth of axons and neurons. Studies have also shown that Schwann cells can promote neuronal recovery and experimental spinal cord regeneration.... Read More |