0000000001164616
AUTHOR
Christian H. Rickert
showing 2 related works from this author
Pediatric High-Grade Astrocytomas Show Chromosomal Imbalances Distinct from Adult Cases
2001
We studied 23 pediatric high-grade astrocytomas by comparative genomic hybridization. Chromosomal imbalances were found in 10 of 10 anaplastic astrocytomas and 11 of 13 glioblastomas and consisted of +1q (43%), +3q (26%), +1p, +2q, +5q (22%), −22q (34%), −6q, −10q (30%), −9q, −11q, −13q, −16q, and −17p (22%). Anaplastic astrocytomas frequently showed +5q (40%), +1q (30%), −22q (50%), −6q, −9q (40%), and −12q (30%); glioblastomas +1q (54%), +3q (38%), +2q, +17q (23%), −6q, −8q, −10q, −13q, and −17p (31%). Minimal common regions mapped to +1q21-41, +3q27-qter, +2q31-32, +5q14-22, −22q12-qter, −10q23-25, −6q25-qter, −9q34.2, −11q14−22, −16q22-qter, and −17p. High-level gains were located on 1q…
Population-based epidemiologic data on brain tumors in German children.
2001
BACKGROUND Brain tumors are the most common disease group of solid tumors in childhood, and children with brain tumors have a relatively poor survival rate. Epidemiologic data from a population-based cancer registry provide the necessary information to obtain a full picture of the frequency of this disease, which is a great challenge in pediatric oncology. METHODS The German Childhood Cancer Registry (GCCR) is a population-based registry. The level of completeness of patient registration is 95%, but it is somewhat lower for patients with brain tumors. More than 300 children with newly diagnosed brain tumors are reported every year. Analyses of GCCR data are performed according to the Intern…