To an extent| all life scientists are geneticists because genetic technology and the accumulation of genomic information have enriched all of biology. You may or may not call yourself a geneticist| but if you work on or with genes you need to know about the latest developments. Nature Reviews Genetics covers the full scientific breadth of modern genetics| capturing its excitement| diversity and implications. Subjects Covered: -Genomics: genome sequencing| genome projects| bioinformatics| cancer genomics| metagenomics| pharmacogenomics| resources- Functional genomics: transcriptomics| functional genomics screens| bioinformatics- Evolutionary genetics: evo-devo| genome evolution| comparative genomics| population genetics| phylogenetics- Technology: new techniques| experimental strategies| therapy| applied genetics and genomics| computational biology- Gene expression: gene regulatory elements| transcriptional and post-transcriptional regulation| regulatory RNAs| broad perspectives on gene regulation| gene expression profiling| gene regulatory networks- Multifactorial genetics: complex traits| mapping strategies| technology| genetic variation- Disease: disease gene identification| relationship between genotype and phenotype| molecular pathology of genetic disease| complex disease| disease susceptibility/resistance- Chromosome biology: DNA elements| telomeres| centromeres| mobile elements| chromosome stability| DNA damage| meiosis and mitosis| nuclear organization| artificial chromosomes- Epigenetics: DNA methylation| histone modification| chromatin structure| imprinting| chromatin remodeling| epigenomics- Developmental biology: patterning| differentiation| stem cells| reproductive technology- Systems and networks: systems biology| biological networks| synthetic biology| modelling- Ethical| legal and social implications of genetics and genomics
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