Proteome and transcriptome analyses aim at comprehending the molecular profiles of the
brain, its cell-types and subcellular compartments including myelin. Despite the relevance of …

Background Myelin sheath is a crucial accessory to the functional nerve-fiber unit, its
disruption or loss can lead to axonal degeneration and subsequent neurodegenerative …

Enhancing remyelination after injury is of utmost importance for optimizing the recovery of
nerve function. While the formation of myelin by Schwann cells (SCs) is critical for the …

Confocal Raman microspectral imaging (CRMI) is a versatile non-invasive technique that
allows in vitro cell imaging without any chemical fixation, fluorescent markers or other …

Background Axonal myelination is critical for the functioning of vertebrate nervous system.
Myelin sheath malformation or degeneration can cause a variety of neurological diseases …

Myelin sheath plays important roles in information conduction and nerve injury repair in the
peripheral nerve system (PNS). Enhancing comprehension of the structure and components …

Neuronal-glial interactions are critical for brain homeostasis, and disruption of this process
may lead to excessive glial activation and inadequate pro-inflammatory responses …

As the myelin sheath is crucial for neuronal saltatory conduction, loss of myelin in the
peripheral nervous system (PNS) leads to demyelinating neuropathies causing muscular …

The present study aimed to explore the molecular mechanism of myelination in the
peripheral nervous system (PNS) based on genome expression profiles. Microarray data …

Recently, special attention has been given to the possible neuroprotective effects of lithium,
especially by the discovery of its regulatory effects on pro and anti-apoptotic proteins …