Personal Information
Cargo
Professor of Human Genetics
Setor
Medical / Health Care / Pharmaceuticals
Site
blizard.qmul.ac.uk
Sobre
Blizard Institute
Queen Mary University of London
Marcadores
cancer
genetics
children
dna
brain tumours
treatment
clinical trials
epigenetics
mutations
chromosomes
braf
brain
low-grade gliomas
microrna
proteins
gene fusions
pathology
pi3k
mapk
glioblastoma
signalling
diagnosis
astrocytomas
histones
molecular pathways
repeat expansion disorders.
spinal muscular atrophy
genes
regulation
chromatin
coffin-lowry syndrome
transcription
rubinstein-taybi syndrome
transcriptomics
structural variation
linkage studies
homozygosity mapping
gwas
exome and whole genome sequencing
structural genomic aberrations
tumour suppressor genes
oncogenes
neuroblastoma
retinoblastoma
genetic predisposition
wilms tumour
embryonal tumours
homology
dna sequence
dna replication
genome variation
genome evolution
dna repair
genomic disorders
microhomology
dna damage
double-strand breaks
genome
gene mapping
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Apresentações
(7)Documentos
(1)Gostaram
(1)Identification of cancer drivers across tumor types
Nuria Lopez-Bigas
•
Há 10 anos
Personal Information
Cargo
Professor of Human Genetics
Setor
Medical / Health Care / Pharmaceuticals
Site
blizard.qmul.ac.uk
Sobre
Blizard Institute
Queen Mary University of London
Marcadores
cancer
genetics
children
dna
brain tumours
treatment
clinical trials
epigenetics
mutations
chromosomes
braf
brain
low-grade gliomas
microrna
proteins
gene fusions
pathology
pi3k
mapk
glioblastoma
signalling
diagnosis
astrocytomas
histones
molecular pathways
repeat expansion disorders.
spinal muscular atrophy
genes
regulation
chromatin
coffin-lowry syndrome
transcription
rubinstein-taybi syndrome
transcriptomics
structural variation
linkage studies
homozygosity mapping
gwas
exome and whole genome sequencing
structural genomic aberrations
tumour suppressor genes
oncogenes
neuroblastoma
retinoblastoma
genetic predisposition
wilms tumour
embryonal tumours
homology
dna sequence
dna replication
genome variation
genome evolution
dna repair
genomic disorders
microhomology
dna damage
double-strand breaks
genome
gene mapping
Ver mais