Pediatric brain tumor cell lines

Pediatric brain tumors as a group, including medulloblastomas, gliomas, and atypical teratoid rhabdoid tumors (ATRT) are the most common solid tumors in children and the leading cause of death from childhood cancer. Brain tumor-derived cell lines are critical for studying the biology of pediatric brain tumors and can be useful for initial screening of new therapies. Use of appropriate brain tumor cell lines for experiments is important, as results may differ depending on tumor properties, and can thus affect the conclusions and applicability of the model. Despite reports in the literature of over 60 pediatric brain tumor cell lines, the majority of published papers utilize only a small number of these cell lines. Here we list the approximately 60 currently-published pediatric brain tumor cell lines and summarize some of their central features as a resource for scientists seeking pediatric brain tumor cell lines for their research.

TUMOURS OF THE CENTRAL NERVOUS SYSTEM IN CHILDREN

One hundred and fifty-five tumours of the central nervous system which occurred in children in the north west of England during a period of nine years are analysed from a pathological point of view. It is probable that these represent over 90% of all such tumours occurring in the region at that time and that the relative incidence of various tumour types is, therefore, a true one: just over a fifth (35) were medulloblastomas; just under a fifth (29) were juvenile astrocytomas; a similar group (33) were of the adult astrocytic type; there were 24 ependymomas and 34 in miscellaneous minor groups.