Acupuncture and vitamin B12 injection for Bell′s palsy: no high-quality evidence exists

Neural Regeneration Research

关键词: active zone stability;    Drosophila;    neuromuscular junction;    dephosphorylation;    Liprin-α;    Syd-1;    PP2A;    GSK-3ß;    living scaffolds;    neural tissue engineering;    cell transplant;    biomaterials;    regeneration;    neurotrauma;    neurodegeneration;    axon pathfinding;    cell migration;    injury;    plasticity;    neurodegenerative disease;    brain;    therapy;    neuron;    microglia;    neural progenitor;    tissue engineering;    neuroregeneration;    repair;    central nervous system;    biomaterial;    regenerative medicine;    nanotechnology;    spinal cord injury;    axonal regeneration;    exosome;    extracellular vesicle;    microRNA;    microvesicle;    nerve gap;    neurite outgrowth;    peripheral nerve injury;    Schwann cell;    stem cell;    hemodynamic phases;    cerebral subarachnoid hemorrhage;    metabolic crises;    nerve regeneration;    hypoxic-ischemic brain damage;    ginsenoside Rg1;    neural stem cells;    cell transplantation;    cell differentiation;    cognition;    nerve reconstruction;    neural regeneration;    nerve regeneration;    brain injury;    neuroimaging;    functional magnetic resonance imaging;    regional homogeneity;    apoplexy;    subacute;    ischemia;    participants;    healthy;    volunteers;    brain activity;    NSFC grants;    neural regeneration;    nerve regeneration;    brain injury;    neuroprotection;    cerebral ischemia/reperfusion injury;    lateral intracerebroventricular injection;    Apelin-13;    nerve apoptosis;    Bcl-2;    caspase-3;    NSFC grants;    neural regeneration;    nerve regeneration;    fractalkine;    CX3 chemokine receptor 1;    neuronal maturation;    dendrites;    doublecortin;    synaptic maturation;    newborn neurons;    neural regeneration;    nerve regeneration;    neurodegenerative diseases;    Alzheimer′s disease;    transgenic animal models;    mice;    epimedium herb;    milkvetch root;    kudzuvine root;    divalent metal transporter 1;    ferroportin 1;    neural regeneration;    nerve regeneration;    microRNA-124;    neurogenesis;    neuronal survival;    Huntington′s disease;    SRY-related HMG box transcription factor 9;    brain-derived neurotrophic factor;    peroxisome proliferator-activated receptor gamma coactivator 1-alpha;    mutant huntingtin;    nerve regeneration;    Ras/Raf/Erk1/2 signaling pathway;    spinal cord injury;    apoptosis;    repair;    regulation;    inhibition;    neural regeneration;    nerve regeneration;    neurogenic bladder;    bibliometric analysis;    Web of Science database;    visualization analysis;    CiteSpace III;    citation analysis;    neural regeneration;    nerve regeneration;    sciatic nerve injury;    autologous nerve grafting;    epineurial suturing;    three-dimensional finite element models;    load;    stress;    displacement;    neural regeneration;    nerve regeneration;    brain injury;    facial palsy;    Bell′s palsy;    comparison;    methodological quality;    therapy;    fixed effect model;    acupuncture;    incomplete recovery;    randomized controlled trials;    electroacupuncture;    NSFC grants;    neural regeneration;   

DOI  :  10.4103/1673-5374.156987

来源: DOAJ

【 授权许可】

Unknown