Environmental and Molecular Mutagenesis publishes original research articles on environmental mutagenesis. It will publish manuscripts in the six general areas of mechanisms of mutagenesis; genomics; DNA damage; replication recombination and repair; public health; and DNA technology. Subsumed under these six general areas are subject matters that are appropriate for inclusion in EMM. Mechanisms of Mutagenesis spontaneous and induced mutation in indigenous and transgene systems genomic instability mutation rates the consequence of mutation on fitness and evolution of organisms Genomics molecular epidemiology genetic susceptibility gene expression biomarkers small genomes and comparative genomics DNA Damage Indentification detection characterization and quantification of DNA damage metabolism of chemicals into DNA-damaging agents Replication Recombination and Repair genetic and biochemical mechanisms genetic and infectious disease insertions deletions rearrangements aneuploidy Public Health Issues impacting basic human health such as cancer genetic disease aging or acute and chronic disease methodologies that will lead to better methods to determine risk and help to define regulatory policy DNA Technology DNA microarrays differential dispaly and mutation detection analysis novel sequencing strategies bioimaging techniques bioinformatics and functional genomics The study of environmental mutagenesis is a multidisciplinary activity. The journal is intended for investigators in such fields as genetics microbiology biochemistry basic cancer research radiation biology and toxicology. It should as well be of interest to a wide audience of scientists in other areas of biology chemistry and medicine that are engaged in public health research or in formulating public health policy.

環境和分子誘變發表了關于環境誘變的原始研究文章。它將在突變機制、基因組學、DNA損傷、復制重組和修復、公共衛生和DNA技術的六個一般領域出版手稿。包含在這六個一般領域中的是適合包含在EMM中的主題事項。基因不穩定突變對機體適應性和進化的影響機制基因流行病學分子易感性基因表達生物標志物小基因組和比較基因組損傷鑒定DNA損傷鑒定鑒定特征和DNA損傷代謝定量研究將化學品轉化為DNA-損傷劑復制、重組和修復遺傳和生化機制遺傳和傳染病插入刪除、重新安排或整倍性公共衛生問題影響人類基本健康，如癌癥、遺傳疾病、衰老或急性和慢性疾病方法，這些方法將導致更好地確定風險和風險的方法。幫助定義調控政策DNA技術DNA微陣列差異分析和突變檢測分析新測序策略生物成像技術生物信息學和功能基因組學環境突變研究是一項多學科活動。這本雜志是為遺傳學、微生物學、生物化學、基礎癌癥研究、輻射生物學和毒理學等領域的研究者撰寫的。在從事公共衛生研究或制定公共衛生政策的生物化學和醫學的其他領域，它也應該引起廣大科學家的興趣。