NATURE REVIEWS GENETICS（自然评论遗传学杂志）影响因子_期刊投稿发表

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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

在某种程度上，所有的生命科学家都是遗传学家，因为遗传技术和基因组信息的积累丰富了整个生物学。你可以称自己为遗传学家，也可以不称自己为遗传学家，但如果你从事基因研究或与基因有关的工作，你需要了解最新的发展。自然评论遗传学涵盖现代遗传学的全部科学广度，捕捉其兴奋，多样性和含义。基因组测序、基因组计划、生物信息学、癌症基因组学、宏基因组学、药物基因组学、资源-功能基因组学：转录组学、功能基因组学筛选、生物信息学-进化遗传学：evo-devo、基因组进化、比较基因组学、群体遗传学、种系发生学-技术：新技术、实验策略、治疗、应用遗传学和基因组学、计算生物学-基因表达：基因调控元件、转录和转录后调控、调控RNA、基因调控的广阔前景、基因表达谱、基因调控网络-多因子遗传学：复杂性状、作图策略、技术、遗传变异-疾病：疾病基因鉴定、基因型与表型关系、遗传病分子病理学、复杂疾病、疾病易感性/抗性-染色体生物学：DNA元件、端粒、着丝粒、移动的元件、染色体稳定性、DNA损伤、减数分裂和有丝分裂、核组织、人工染色体-表观遗传学：DNA甲基化、组蛋白修饰、染色质结构、印迹、染色质重塑、表观基因组学-发育生物学：模式、分化、干细胞、生殖技术-系统和网络：系统生物学，生物网络，合成生物学，建模-遗传学和基因组学的伦理，法律的和社会影响

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