HOW WILL THE ECONOMIC DOWNTURN AFFECT ACADEMIC BIOETHICS?

An educated guess about the future of academic bioethics can only be made on the basis of the historical conditions of its success. According to its official history, which attributes its success primarily to the service it has done for the patient, it should be safe at least as long as the patient still needs its service. Like many other academic disciplines, it might suffer under the present economic downturn. However, in the plausible assumption that its social role has not been exhausted yet, it should recover as soon as the economy does. But if, as this paper tries to argue, the success of academic bioethics should be attributed first and foremost to the service it has done for the neoliberal agenda, then its future would have to depend on the fate of the latter. The exact implications of the downturn for the neoliberal agenda are obviously impossible to predict. Among the various options, however, the one of going back to ‘normal’ seems to be the least likely. The other options suggest that the future of academic bioethics, as we have known it, is bleak.     

THE CLASSIFICATION OF PROBOSCIDEA: HOW MANY CLADISTIC CLASSIFICATIONS?

Abstract— Hennig conceived a method to build a "phylogenetic system", with the stipulation that a "properly drawn phylogenetic tree must be directly translatable into the language of phylogenetic systematics". Consequently, this system could be the general reference system of biology. A review of the classificatory technical improvements, conventions and rules which have been proposed for the past twenty years together with their application to the classification of the Proboscidea, leads to the conclusion that more than one formal system can be built upon one given cladogram. As words are used more frequently for communication than diagrams, schemes or graphs, the "general reference system of biology1' remains somewhere in Utopia. The "phylogenetic system" is rather more synonymous with a cladogram than with a written classification.     

THE LOCI OF EVOLUTION: HOW PREDICTABLE IS GENETIC EVOLUTION?

Is genetic evolution predictable? Evolutionary developmental biologists have argued that, at least for morphological traits, the answer is a resounding yes. Most mutations causing morphological variation are expected to reside in the cis‐regulatory, rather than the coding, regions of developmental genes. This “cis‐regulatory hypothesis” has recently come under attack. In this review, we first describe and critique the arguments that have been proposed in support of the cis‐regulatory hypothesis. We then test the empirical support for the cis‐regulatory hypothesis with a comprehensive survey of mutations responsible for phenotypic evolution in multicellular organisms. Cis‐regulatory mutations currently represent approximately 22% of 331 identified genetic changes although the number of cis‐regulatory changes published annually is rapidly increasing. Above the species level, cis‐regulatory mutations altering morphology are more common than coding changes. Also, above the species level cis‐regulatory mutations predominate for genes not involved in terminal differentiation. These patterns imply that the simple question “Do coding or cis‐regulatory mutations cause more phenotypic evolution?” hides more interesting phenomena. Evolution in different kinds of populations and over different durations may result in selection of different kinds of mutations. Predicting the genetic basis of evolution requires a comprehensive synthesis of molecular developmental biology and population genetics.     

THE PLACE OF GOD IN SYNTHETIC BIOLOGY: HOW WILL THE CATHOLIC CHURCH RESPOND?

Some religious believers may see synthetic biology as usurping God's creative role. The Catholic Church has yet to issue a formal teaching on the field (though it has issued some informal statements in response to Craig Venter's development of a 'synthetic' cell). In this paper I examine the likely reaction of the Catholic Magisterium to synthetic biology in its entirety. I begin by examining the Church's teaching role, from its own viewpoint, to set the necessary backround and context for the discussion that follows. I then describe the Church's attitude to science, and particularly to biotechnology. From this I derive a likely Catholic theology of synthetic biology. The Church's teachings on scientific and biotech research show that it is likely to have a generally positive disposition to synbio, if it and its products can be acceptably safe. Proper evaluation of, and protection against, risk will be a significant factor in determining the morality of the research. If the risks can be minimized through regulation or other means, then the Church is likely to be supportive. The Church will also critique the social and legal environment in which the research is done, evaluating issues such as the patenting of scientific discoveries and of life.     

EUTHANASIA AFTER THE HOLOCAUST – IS IT POSSIBLE?: A REPORT FROM THE FEDERAL REPUBLIC OF GERMANY

The author theorizes that eugenically-related killings before and during the Nazi era have made it more difficult to discuss euthanasia in modern West Germany and have influenced public policy on this issue. Opinion polls reveal that over 50% of West Germans favor active euthanasia, a proportion identical to that in corresponding U.S. polls. However, official opinion is strongly opposed to legalizing any kind of euthanasia except nontreatment of those in the irreversible process of imminent death. Even legally acceptable treatment refusal may be easily overridden by declaring the patient incompetent. Kottow cites poor medical treatment of the mentally ill and 38% public acceptance of proposals to kill them as evidence of dormant tendencies which support the view that the "times are not yet ripe for innovative legislation."     

SHAPING THE IMMIGRATION DEBATE: CONTENDING CIVIL SOCIETIES ON THE US–MEXICO BORDER

This article explores the cultural politics of memory and the reconfiguration of commemorative landscapes as one of the principal arenas within which the interiority and exteriority of place and identity are being re-narrated, contested, and re-enacted by actors and institutions representing a wide range of scalar stances. We treat place and identity as mutually constituted, dynamically interactive discursive and practical categories of becoming, and identify borderlands as multiscalar sites of imminence, where the interiority and exteriority of place and identity are re-narrated and re-enacted. Using a multiscalar network approach, we focus on the actors engaged in the cultural politics of memory in the southern Russian-Estonian borderlands. We conclude that borderlands are central multiscalar nodes where power, place and identity intersect, where the interior and exterior not only of Setomaa and Seto-ness, but also of Estonia and Estonian-ness, Russia and Russian-ness, and Europe and European-ness are reconfigured.     

HOW AND WHEN DO LAMBS RECOGNIZE THE BLEATS OF THEIR MOTHERS?

ABSTRACT

In domestic sheep Ovis aries, the mother and the young display a preferential bond for each other that relies on multimodal inter-individual recognition. Lambs show a preference for their own dam shortly after birth, and this is important for their survival. The role of acoustic cues in this early preference for the mother is not clear. The aim of the present work was to analyze the timing of acoustic recognition of the mother and to identify the physical parameters used in the recognition of maternal bleats by the lamb.

In a first study, we investigated the ability of lambs to discriminate between the bleats of their own mother and an alien equivalent mother in a two-choice test. Both ewes were hidden behind a canvas sheet and lambs were not allowed to approach the dams closer than 1 m, thus preventing visual as well as olfactory perception. Tests were conducted 12 hr, 24 hr or 48 hr after birth (n=19 or 20/group). An indication of vocal discrimination was already present at 24 hr and at 48 hr lambs spent significantly more time near their mother than near the alien dam.

In a second step, we investigated which physical parameters of the bleats were important for recognition. For this, we conducted playback experiments with modified bleats at two weeks postpartum. Ours results show that lambs pay attention to a combination of various time, energy and frequency parameters: timbre (distribution of energy within the spectrum), amplitude and frequency modulations appear to be the most important parameters encoding the individual signature.

We conclude that vocal recognition between the ewe and her lamb plays an important role in the display of preferential mother-young bond from very early on. Our studies also demonstrate that the encoding of the individual signature is not limited to the frequency domain but rather involves a multiparametric encoding process.     

LIVING TO THE BITTER END? A PERSONALIST APPROACH TO EUTHANASIA IN PERSONS WITH SEVERE DEMENTIA

The number of people suffering from dementia will rise considerably in the years to come. This will have important implications for society. People suffering from dementia have to rely on relatives and professional caregivers when their disorder progresses. Some people want to determine for themselves their moment of death, if they should become demented. They think that the decline in personality caused by severe dementia is shocking and unacceptable. In this context, some people consider euthanasia as a way to avoid total deterioration. In this article, we discuss some practical and ethical dilemmas regarding euthanasia in persons with severe dementia based on an advance euthanasia directive. We are using a personalist approach in dealing with these ethical dilemmas.     

THE SOUTHERN SEA LION,OTARIA BYRONIA OR OTARIA FLAVESCENS?

Abstract: The status of the specific name of the Southern sea lion is controversial; currently two names are in use: Otaria flavescens (Shaw, 1800) and Otaria byronia (de Blainville, 1820). The former was based on a two-foot-long yellowish otariid collected in the Strait of Magellan and the latter on a skull stated to have been collected on the Tinian Island (Marianas Archipelago); unfortunately both holotypes are lost. Otaria flavescens has date priority over Otaria byronia , but its identification was uncertain. This paper focuses on analyzing the main features of Shaw's holotype (body length, ear size, and hair color), which fit with the features of a Southern sea lion pup. As this was a tangible specimen from a valid locality and has priority over other available epithets, the specific name of the Southern sea lion should be Otaria flavescens (Shaw, 1800).     

HOW DOES SPATIAL DISPERSAL NETWORK AFFECT THE EVOLUTION OF PARASITE LOCAL ADAPTATION?

Studying patterns of parasite local adaptation can provide insights into the spatiotemporal dynamics of host–parasite coevolution. Many factors, both biotic and abiotic, have been identified that influence parasite local adaptation. In particular, dispersal and population structuring are considered important determinants of local adaptation. We investigated how the shape of the spatial dispersal network within experimental landscapes affected local adaptation of a bacteriophage parasite to its bacterial host. Regardless of landscape topology, dispersal always led to the evolution of phages with broader infectivity range. However, when the spatial dispersal network resulted in spatial variation in the breadth of phage infectivity range, significant levels of parasite local adaptation and local maladaptation were detected within the same landscape using the local versus foreign definition of local adaptation. By contrast, local adaptation was not detected using the home versus away or local versus global definitions of local adaptation. This suggests that spatial dispersal networks may play an important role in driving parasite local adaptation, particularly when the shape of the dispersal network generates nonuniform levels of host resistance or parasite infectivity throughout a species’ range.