Peripheral nerve physiology and regeneration has been observed and investigated in
literature but surgical applications to reconstruct and restore motor or sensory functions are …

The nervous system is a vital component of the human body, and its dysfunction can have
fatal consequences or severe adverse effects. After significant disabling conditions, the …

Several proteomics studies have been conducted to identify new cerebrospinal fluid (CSF)
biomarkers in Multiple Sclerosis (MuS). However, the complexity of CSF and its invasive …

Decellularized nerve hydrogels (dNHs) containing bioactive molecules are promising
biomaterials for peripheral nerve injury (PNI) treatment and have been extensively applied …

Chronic denervation is one of the key factors that affect nerve regeneration. Chronic
axotomy deteriorates the distal nerve stump, causes protein changes, and renders the …

Proteomics offers vast potential for studying the molecular regulation of the human brain.
Formalin fixation is a common method for preserving human tissue; however, it presents …

Introduction Proteomic analysis of injured human peripheral nerves, particularly focusing on
events occurring in the proximal and distal nerve ends, remains relatively underexplored …

Background: Molecular changes associated with the initiation of the epithelial to
mesenchymal transition (EMT) program involve alterations of large proteome-based …

Peripheral nerve trauma and regeneration are complex events, and little is known
concerning how occurrences in the distal stump affect the cell body's response to injury …

Introduction Numerous treatments suggest that brain plasticity changes after peripheral
nerve injury (PNI), and most studies examining functional magnetic resonance imaging …