When The News Was Sung: Ballads as News Media in Early Modern Europe

News songs differ in crucial ways to the other news media of the early modern period like newsletters, newspapers, or diplomatic correspondence – they differ even from the prose broadsheets and pamphlets that they so closely resemble. As historians of news we need to ask different kinds of questions of these multi-media artifacts. For example, how does the presentation in a performative genre affect the dissemination and reception of information about events? What part do orality and aurality play in how the news was sold and received? Here the activities and social status of street singers play an important role. We must consider the production, format and distribution of these songs in order to understand their impact. We also need to pay attention to the conjunction between text and melody, and the ways in which this affected the presentation of a news event. On a broader scale, what kind of information can ballads provide about specific news events that other documents cannot or will not provide? Can they offer us a new medium by which to interpret historical events? And lastly, how should historians deal with these profoundly emotive texts? The combination of sensationalist language and affecting music meant that songs had the potential to provoke a more powerful response than any other contemporary news source, and this emotional potency can at times be challenging for a modern historian to decipher and explain. This article will attempt to answer some of these questions and suggest some of the skills we as historians need to develop in order to appreciate the full meaning of songs as the most popular of news media in early modern Europe

Paleo-Immunology: Evidence Consistent with Insertion of a Primordial Herpes Virus-Like Element in the Origins of Acquired Immunity

BACKGROUND:The RAG encoded proteins, RAG-1 and RAG-2 regulate site-specific recombination events in somatic immune B- and T-lymphocytes to generate the acquired immune repertoire. Catalytic activities of the RAG proteins are related to the recombinase functions of a pre-existing mobile DNA element in the DDE recombinase/RNAse H family, sometimes termed the "RAG transposon". METHODOLOGY/PRINCIPAL FINDINGS:Novel to this work is the suggestion that the DDE recombinase responsible for the origins of acquired immunity was encoded by a primordial herpes virus, rather than a "RAG transposon." A subsequent "arms race" between immunity to herpes infection and the immune system obscured primary amino acid similarities between herpes and immune system proteins but preserved regulatory, structural and functional similarities between the respective recombinase proteins. In support of this hypothesis, evidence is reviewed from previous published data that a modern herpes virus protein family with properties of a viral recombinase is co-regulated with both RAG-1 and RAG-2 by closely linked cis-acting co-regulatory sequences. Structural and functional similarity is also reviewed between the putative herpes recombinase and both DDE site of the RAG-1 protein and another DDE/RNAse H family nuclease, the Argonaute protein component of RISC (RNA induced silencing complex). CONCLUSIONS/SIGNIFICANCE:A "co-regulatory" model of the origins of V(D)J recombination and the acquired immune system can account for the observed linked genomic structure of RAG-1 and RAG-2 in non-vertebrate organisms such as the sea urchin that lack an acquired immune system and V(D)J recombination. Initially the regulated expression of a viral recombinase in immune cells may have been positively selected by its ability to stimulate innate immunity to herpes virus infection rather than V(D)J recombination Unlike the "RAG-transposon" hypothesis, the proposed model can be readily tested by comparative functional analysis of herpes virus replication and V(D)J recombination