Existence of multipotent neural stem cells (NSC) has been known in developing or adult
mammalian CNS, including humans. NSC have the capacity to grow indefinitely and have …

Neural stem cells (NSCs) of the central nervous system (CNS) have recently received a
great deal of attention and interest for their therapeutic potential for neurological disorders …

We have generated stable, immortalized cell lines of human NSCs from primary human fetal
telencephalon cultures via a retroviral vector encoding v-myc. HB1. F3, one of the human …

We document the protocols and methods for the production of immortalized cell lines of
human neural stem cells from the human fetal central nervous system (CNS) cells by using a …

In recent years, it has become evident that the developing and even the adult mammalian
central nervous system contains a population of undifferentiated, multipotent cell precursors …

Isolation and expansion of neural stem cells (NSCs) of human origin are crucial for
successful development of cell therapy approaches in neurodegenerative diseases …

The discovery and study of neural stem cells have revolutionized our understanding of the
neurogenetic process, and their inherent ability to adopt expansive growth behavior in vitro …

Multipotent neural progenitors or stem cells (or cells which mimic their behavior) are capable
of differentiating along multiple central nervous system (CNS) cell-type lineages, neuronal …

The study of the basic physiology of the neural precursors generated during brain
development is driven by two inextricably linked goals. First, such knowledge is instrumental …

Since last few years, an impressive amount of data has been generated regarding the basic
in vitro and in vivo biology of neural stem cells (NSCs) and there is much far hope for the …