The process of regeneration describes the full restoration of tissue after destruction from
injury or disease. Most mammals show very limited ability for regeneration of adult organs …

Brain regeneration from an evolutionary perspective: Brain regeneration (the full restoration
of tissue after loss from injury or disease) is the most sought after goal for researchers …

Regeneration of lost cells in the central nervous system, especially the brain, is present to
varying degrees in different species. In mammals, neuronal cell death often leads to glial cell …

In the adult mammalian brain, the ability to minimize secondary cell death after injury, and to
repair nervous tissue through generation of new neurons, is severely compromised. By …

Traumatic brain injury and spinal cord injury are devastating conditions that may result in
death or long-term disability. A promising strategy for the development of effective cell …

In contrast to mammals, teleost fish exhibit an enormous potential to continuously produce
new neurons in many areas of the adult brain, and to regenerate neural tissue after brain …

Neural stem cells (NSCs) are the building blocks of the developing nervous system, and it
has become apparent over the last couple of decades that they are also important for …

Poor recovery of neuronal functions is one of the most common healthcare challenges for
patients with different types of brain injuries and/or neurodegenerative diseases …

The review is an overview of the current knowledge of neuronal regeneration properties in
mammals and fish. The ability to regenerate the damaged parts of the nervous tissue has …

Regenerative capacity of the brain is a variable trait within animals. Aquatic vertebrates such
as zebrafish have widespread ability to renew their brains upon damage, while mammals …