Nerve autografts and tissue-engineered materials for the repair of peripheral nerve injuries: a 5-year bibliometric analysis

Neural Regeneration Research

关键词: microtubule;    axon;    kinesin-5;    Eg5;    regeneration;    monastrol;    molecular motor protein;    aging;    neurodegenerative disorders;    telomere shortening;    MSCs;    cellular therapy;    traumatic brain injury;    spinal cord injuries;    dual diagnosis;    diagnosis;    complications;    rehabilitation;    post-concussion syndrome;    brain concussion;    blood brain barrier;    phage display;    peptide library;    nanocarrier;    targeting;    Schwann cells;    neurite outgrowth;    neuromuscular junction (NMJ);    multiple sclerosis;    TGF-β/BMP-7/Smad signaling;    myogenic differentiation;    Trf3;    tumor suppression;    nerve regeneration;    bone marrow mesenchymal stem cells;    cerebral ischemia;    tail vein injection;    middle cerebral artery occlusion;    cell therapy;    neuroprotection;    nerve regeneration;    brain injury;    neuroimaging;    ferumoxytol;    superparamagnetic iron oxide particles;    human adipose-derived stem cells;    middle cerebral artery occlusion;    intracerebral injection;    magnetic resonance imaging;    enhanced susceptibility-weighted angiography image;    modified neurological severity scores;    rats;    Prussian blue staining;    neural regeneration;    neural regeneration;    non-invasive brain stimulation;    transcranial magnetic stimulation;    neurotrophic factor;    brain-derived neurotrophic factor;    neuroplasticity;    hippocampus;    aging;    cognitive function;    nerve regeneration;    curcumin;    neurons;    HIV-1 gp120 V3 loop;    plasticity;    HIV-associated neurocognitive disorders;    output/input curve;    long-term potentiation;    excitatory postsynaptic potential;    paired-pulse facilitation;    Ca 2+;    synaptosome;    NSFC grants;    neural regeneration;    nerve regeneration;    brain injury;    hydrogen sulfide;    cerebral ischemia/reperfusion injury;    P2X 7 receptor;    2;    3;    5-triphenyl-2H-tetrazolium chloride staining;    animal model;    protection;    sodium hydrosulfide;    immunofluorescence;    middle cerebral artery occlusion;    NSFC grant;    neural regeneration;    nerve regeneration;    γ-aminobutyric acid;    glial fibrillary acidic protein;    glutamic acid decarboxylase;    neurotoxicity;    weaning;    organ index;    cerebrum;    cortex;    glutamate;    neural regeneration;    p53 tumor suppressor gene family;    cerebral ischemia/reperfusion;    pyramidal neurons;    CA1 region;    delayed neuronal death;    immunohistochemistry;    western blotting;    neural regeneration;    nerve regeneration;    spinal cord injury;    rapamycin;    Wnt/β-catenin signaling pathway;    apoptosis;    caspase-3;    brain-derived neurotrophic factor;    neuroprotection;    loss of neurons;    NSFC grants;    neural regeneration;    nerve regeneration;    spinal cord injury;    hydrogen-rich saline;    reactive oxygen species;    physiological saline;    oxidative stress;    Basso;    Beattie and Bresnahan score;    malondialdehyde;    superoxide dismutase;    calcitonin gene-related peptide;    caspase-3;    neural regeneration;    nerve regeneration;    peripheral nerve injury;    rabbits;    sciatic nerve injury;    autologous nerve repair;    polylactic glycolic acid conduit;    extracellular matrix gel;    grafting;    stress relaxation;    creep;    viscoelasticity;    histomorphology;    electrophysiology;    neural regeneration;    nerve regeneration;    peripheral nerve injury;    pain sense model;    dorsal root ganglion;    primary sensory neuron;    glycosylated membrane protein;    sialic acid;    cell electrophoresis;    electrophoresis velocity;    heat-hyperalgesia behavior;    hyperalgesia;    neuraminidase;    neural regeneration;    N-propionylmannosamine;    sialic acid;    glycoengineering;    sciatic nerve;    peripheral nerve;    branching;    arborisation;    Thy1-YFP mouse;    nerve regeneration;    stem cells;    optic nerve;    optic neuropathy;    ophthalmology;    bone marrow-derived stem cells;    blindness;    visual loss;    nerve regeneration;    gustation;    cytokeratin;    tongue epithelium;    immunohistochemistry;    taste bud;    trigeminal nerve disorder;    NSFC grants;    neural regeneration;    nerve regeneration;    peripheral nerve injury;    nerve repair;    neural transplantation;    nerve transfer;    tissue engineering;    genetic engineering;    bibliometrics;    Web of Science;    neural regeneration;    nerve regeneration;    peripheral nerve;    nerve autograft;    nerve transplantation;    biomaterial;    tissue engineering;    neural regeneration;   

DOI  :  10.4103/1673-5374.158369

来源: DOAJ

【 摘 要 】

With advances in biomedical methods, tissue-engineered materials have developed rapidly as an alternative to nerve autografts for the repair of peripheral nerve injuries. However, the materials selected for use in the repair of peripheral nerve injuries, in particular multiple injuries and large-gap defects, must be chosen carefully. Various methods and materials for protecting the healthy tissue and repairing peripheral nerve injuries have been described, and each method or material has advantages and disadvantages. Recently, a large amount of research has been focused on tissue-engineered materials for the repair of peripheral nerve injuries. Using the keywords "pe-ripheral nerve injury", "autotransplant", "nerve graft", and "biomaterial", we retrieved publications using tissue-engineered materials for the repair of peripheral nerve injuries appearing in the Web of Science from 2010 to 2014. The country with the most total publications was the USA. The institutions that were the most productive in this field include Hannover Medical School (Germany), Washington University (USA), and Nantong University (China). The total number of publications using tissue-engineered materials for the repair of peripheral nerve injuries grad-ually increased over time, as did the number of Chinese publications, suggesting that China has made many scientific contributions to this field of research.

【 授权许可】

Unknown