Modern views of ancient metabolic networks

Metabolism is a molecular, cellular, ecological and planetary phenomenon, whose fundamental principles are likely at the heart of what makes living matter different from inanimate one. Systems biology approaches developed for the quantitative analysis of metabolism at multiple scales can help understand metabolism's ancient history. In this review, we highlight work that uses network-level approaches to shed light on key innovations in ancient life, including the emergence of proto-metabolic networks, collective autocatalysis and bioenergetics coupling. Recent experiments and computational analyses have revealed new aspects of this ancient history, paving the way for the use of large datasets to further improve our understanding of life's principles and abiogenesis.https://www.sciencedirect.com/science/article/pii/S2452310017302196Published versio

Atossa’s Dream Yoking Music and Dance, Antiquity and Modernity in Maurice Emmanuel’s Salamine (1929)

This essay explores the conflicting trends of tradition and modernism, unity and independence in Parisian musical and dance culture in the late 1920s through an analysis of Maurice Emmanuel’s (1863-1938) aesthetics of contemporary and ancient Greek music and dance. It begins by outlining and critiquing Emmanuel’s relevant scholarly contributions to ancient Greek dance history and music history before demonstrating how these tensions manifested in the 1929 production of Emmanuel’s opera Salamine based on Aeschylus’s The Persians. Exploring Emmanuel’s aesthetics of music and dance (ancient and modern) affords a unique opportunity to see how these creative media were theorized and practiced in the tumultuous years after the Ballets russes, while illustrating some of the conflicts between what Léandre Vaillat termed “the academic and the eurhythmic” in dance and music

A History of Dystonia: Ancient to Modern

Before 1911, when Hermann Oppenheim introduced the term dystonia, this movement disorder lacked a unifying descriptor. While words like epilepsy, apoplexy, and palsy have had their meanings since antiquity, references to dystonia are much harder to identify in historical documents. Torticollis is an exception, although there is difficulty distinguishing dystonic torticollis from congenital muscular torticollis. There are, nevertheless, possible representations of dystonia in literature and visual art from the pre-modern world. Eighteenth century systematic nosologists such as Linnaeus, de Sauvages, and Cullen had attempted to classify some spasmodic conditions, including torticollis. But only after Charcot's contributions to clinical neuroscience were the various forms of generalized and focal dystonia clearly delineated. They were categorized as névroses: Charcot's term for conditions without an identifiable neuroanatomical cause. For a time thereafter, psychoanalytic models of dystonia based on Freud's ideas about unconscious conflicts transduced into physical symptoms were ascendant, although there was always a dissenting “organic” school. With the rise of subspecialization in movement disorders during the 1970s, the pendulum swung strongly back toward organic causation. David Marsden's clinical and electrophysiological research on the adult-onset focal dystonias was particularly important in establishing a physical basis for these disorders. We are still in a period of “living history” of dystonia, with much yet to be understood about pathophysiology. Rigidly dualistic models have crumbled in the face of evidence of electrophysiological and psychopathological overlap between organic and functional dystonia. More flexible biopsychosocial frameworks may address the demand for new diagnostic and therapeutic rationales

The invention of ancient Israel: the silencing of Palestinian history

Whitelam, Keith W. The invention of ancient Israel: the silencing of Palestinian history. London: Routledge, 1996

Field surveys for ancient woodlands: Issues and Approaches

Field surveys of ancient woodlands and potential ancient woodlands can be undertaken for a variety of purposes, including: to help identify an Ancient Woodland, investigation into existing designated ancient woodlands, gathering information for site management and conservation decision making, assessing potential impacts of development, and making decisions on restoration etc. There is a variety of features in a woodland which can indicate whether it is an ancient woodland and can inform on the history and current ecological/historical value of the site. Many surveys of potential ancient woodlands have tended to focus on ancient woodland indicator species (AWIs), particularly Ancient Woodland Vascular Plants (AWVPs). Surveys which just focus on such indicators miss a lot of historical, archaeological and species information which can help confirm woodland continuity (i.e. that it is an ancient woodland) and/or identify features of historical and conservation value. There is a wide range of field survey techniques which can be used in ancient woodlands and a need to bring together the archaeological and ecological surveys in a single guide, hence this document. There are three broad types of feature to look for in an ancient woodland: • Ancient woodland vascular plant indicators; • Tree shape and form; and • Surface and buried archaeology. This report sets out survey methods for these features and advises on what to look for. Many important ecological and archaeological features can only be easily found at specific times of the year and surveying these features requires specific technical expertise and experience. Where surveys are undertaken outside the optimal period of time and/or are undertaken by individuals without the appropriate training and surveying expertise, the results should be treated with caution. Ideally several types of surveys of a woodland should be undertaken at different times of year to maximise the evidence collected and the robustness of this evidence. Where this is not possible, limitations in the surveys need to be stated and recognised in any analysis. In most cases field surveys should be combined with archive surveys (of site history, previous surveys etc.); this is particularly important when identifying ancient woodlands

Physical Mathematics and The Fine-Structure Constant

Research into ancient physical structures, some having been known as the seven wonders of the ancient world, inspired new developments in the early history of mathematics. At the other end of this spectrum of inquiry the research is concerned with the minimum of observations from physical data as exemplified by Eddington's Principle. Current discussions of the interplay between physics and mathematics revive some of this early history of mathematics and offer insight into the fine-structure constant. Arthur Eddington's work leads to a new calculation of the inverse fine-structure constant giving the same approximate value as ancient geometry combined with the golden ratio structure of the hydrogen atom. The hyperbolic function suggested by Alfred Landé leads to another result, involving the Laplace limit of Kepler's equation, with the same approximate value and related to the aforementioned results. The accuracy of these results are consistent with the standard reference. Relationships between the four fundamental coupling constants are also found

The history of ancient Palestine from the palaeolithic period to Alexander\u27s conquest

Reviewed Book: Ahlström, Gösta Werner. The history of ancient Palestine from the palaeolithic period to Alexander\u27s conquest. Minneapolis: Augsburg Fortress; Sheffield: JSOT Press, 1993

Oyster shells as history books

[FIRST PARAGRAPH] A collaborative project was established in 2002 that has brought together geochemistry and archaeology in order to investigate environmental change and the harvesting strategies of ancient peoples. The objectives of this study are to decipher the life history and environmental information contained in shells of the European oyster, Ostrea edulis, by analyzing geochemical variations along shell growth. This approach provides an independent measure of age and season of death, as well as a record of environmental change in temperature and salinity through the life of the oyster. By understanding the life history and environmental records contained in modern oyster shells, we can analyze shells from archaeological sites to gain an historical perspective of harvesting practices and environmental change in ancient shellfisheries

The African origins of Greek philosophy: Ancient Egypt in retrospect

The demand of philosophizing in Africa has faced a history of criticism that has been particularly Eurocentric and strongly biased. However, that trend is changing with the emergence of core philosophical thinking in Africa. This paper is an attempt to articulate a singular issue in this evolution— the originality of African philosophy, through ancient Egypt and its influence on Greek philosophy. The paper sets about this task by first exposing the historical debate on the early beginnings of the philosophical enterprise, with a view to establishing the possibility of philosophical influences in Africa.It then goes ahead to posit the three hypotheses that link Greek philosophy to have developed from the cultural materiality of Ancient Egypt, and the Eurocentric travesty of history in recognizing influences of philosophy as from Europe alone, apart from Egypt

Astrophysics: Most distant cosmic blast seen

The most distant -ray burst yet sighted is the earliest astronomical object ever observed in cosmic history. This ancient beacon offers a glimpse of the little-known cosmic dark ages.Comment: Published in Nature News & View