View Of Evolution Research Articles

Mindful Eating in Healthcare: A Concept Analysis

Purpose: This study aims to clarify the concept of mindful eating in healthcare and provide a basis for the development of related interventions in the healthcare field.Methods: This study was conducted according to the framework based on Rodgers' evolutionary view. The initial data of 879 in total were collected through databases (PubMed, CINAHL). included article only written in English and search term was ‘mindful’ and ‘eating’, and ‘health or healthcare or health science or medical or nursing'. There was no restriction on the year of publication and disciplines. In a total of 879 articles, 81 were finally included according to the researcher's selection and exclusion criteria.Results: A total of 4 attributes of mindful eating were identified ('Concentration to food', 'Sustained attention to self', 'Self-regulation', and 'The pursuit of pleasure'). There were 2 Antecedents ('Response to craving' and 'Voluntary will') and 3 Consequences ('Changes in eating habits', 'Physical health', and 'Emotional health') for this.Conclusion: This concept analysis describes mindful eating within the context of healthcare. It is anticipated that this paper will enhance the clarity and precision of its use in future tool development and intervention research, while promoting its broader application in the field of nursing.

Understanding behavioral strategy: a historical evolutionary perspective in “Management Decision”

PurposeThis article aims to trace the historical development of the behavioral strategy (BS) field, which implements psychology in strategic management. Mainly, it provides a contextual understanding of how this stream of research has historically evolved and what relevant future trajectories are. This work is part of the “over half a century of Management Decision” celebrative and informal Journal section.Design/methodology/approachWe consider BS literature produced in management decision (MD), the oldest and longest-running scholarly publication in management, as a proxy for the evolution of management thought. Through a Systematic Literature Review (SLR) process, we collected – via the MD website and Scopus – a sample of 97 BS articles published in MD from its foundation (1967) until today (2024). Regarding the analysis, we adopted a Reflexive Thematic Analysis approach to synthesize the main BS topics, then read from a historical perspective regarding three “eras” over which the literature developed. Selected international literature outside the Journal’s boundaries was considered to complement this historical analysis.FindingsHistorically, within the BS field, the interest passed from the rules to rationally govern strategic decision-making processes, to studying what causes cognitive errors, to understanding how to avoid biases and to being prepared for dramatic changes. The article also identifies six future research trajectories, namely “positive heuristics,” “context-embedded mental processes,” “non-conventional thinking,” “cognitive evolutionary triggers,” “debiasing strategies” and “behavioral theories for new strategic challenges” that future research could investigate.Research limitations/implicationsThe limitation of the study lies in its exclusive focus on MD for investigating the historical evolution of BS, thereby overlooking critical contributions from other journals. Therefore, MD’s editorial preferences have influenced results. A comprehensive SLR on the BS field is still needed, requiring broader journal coverage to mitigate selection biases and enhance field appraisal.Originality/valueThis contribution is the first to offer a historical evolutionary view of the BS field, complementing the few other reviews on this stream of research. This fills a gap in the study of the evolution of management thought.

The life sciences and the history of analytic philosophy.

Comparative to the commonplace focus onto developments in mathematics and physics, the life sciences appear to have received relatively sparse attention within the early history of analytic philosophy. This paper addresses two related aspects of this phenomenon. On the one hand, it asks: to the extent that the significance of the life sciences was indeed downplayed by early analytic philosophers, why was this the case? An answer to this question may be found in Bertrand Russell's 1914 discussions of the relation between biology and philosophy. Contrary to received views of the history of analytic philosophy, Russell presented his own 'logical atomism' in opposition not only to British Idealism, but also to 'evolutionism'. On the other hand, I will question whether this purported neglect of the life sciences does indeed accurately characterise the history of analytic philosophy. In answering this, I turn first to Susan Stebbing's criticisms of Russell's overlooking of biology, her influence on J.H. Woodger, and her critical discussion of T.H. Huxley's and C.H. Waddington's application of evolutionary views to philosophical questions. I then discuss the case of Moritz Schlick, whose evolutionist philosophy has been overlooked within recent debates concerning Logical Empiricism's relation to the philosophy of biology.

Fire, Vulcanus, Archeus, and Alchemy: A Hybrid Close-Distant Reading of Paracelsus’s Thought on Active Agents

The Swiss physician and philosopher Theophrastus von Hohenheim, called Paracelsus (1493-1541) is known for his strong advocacy of medical alchemy. That his natural philosophy was tied to medical alchemy is perhaps uncontroversial, but just how it was so is less straightforward. This article provides an insight into the connection between the two by means of Paracelsus’s concept of active agents, with an emphasis on fire, its master Vulcanus, and the associated term Archeus. I will show how these evolved in the thought of Paracelsus by taking an evolutionary view of his works. The complexity of his views comes to light as a result of employing the method of hybrid reading, which integrates the traditional close reading technique with the much more novel one of distant reading. The latter is part of the emerging field of digital and computational humanities, and involves the analysis of corpora by means of digital tools, including computer programming (Python). In the article, I will attempt to combine distant and close reading and showcase how such hybrid reading approaches may provide new insights into historical corpora.

An evolutionary view of the function of CC-type glutaredoxins in plant development and adaptation to the environment.

Land plants have to face an oxidizing, heterogeneous, and fast changing environment. Redox-dependent post-translational modifications emerge as a critical component of plant responses to stresses. Among the thiol oxidoreductase superfamily, class III CC-type glutaredoxins (called ROXYs) are land plant specific, and their evolutionary history is highly dynamic. Angiosperms encode many isoforms, classified into five subgroups (Aα, Aβ, Bα, Bβ, Bγ) that probably evolved from five common ancestral ROXYs, with higher evolutionary dynamics in the Bγ subgroup compared with the other subgroups. ROXYs can modulate the transcriptional activity of TGA transcription factor target genes, although their biochemical function is still debated. ROXYs participate in the control of proper plant development and reproduction, and are mainly negative regulators of plant responses to biotic and abiotic stresses. This suggests that most ROXYs could play essential and conserved functions in resetting redox-dependent changes in transcriptional activity upon stress signaling to ensure the responsiveness of the system and/or avoid exaggerated responses that could lead to major defects in plant growth and reproduction. In Arabidopsis Bγ members acquired important functions in responses to nitrogen availability and endogenous status, but the rapid and independent evolution of this subclass might suggest that this function results from neofunctionalization, specifically observed in core eudicots.

A Contemporary Aristotelian–Thomistic Perspective on the Evolutionary View of Reality and Theistic Evolution

This article presents a coherent and comprehensive proposal of a renewed contemporary Aristotelian–Thomistic approach to the evolutionary view of reality and the position of theistic evolution. Beginning with a proposal of a hylomorphically–grounded essentialist definition of species—framed within a broader revival of biological essentialism—a constructive model of the Aristotelian–Thomistic metaphysics of evolution is being offered, together with a reflection on the alleged violation of the principle of proportionate causation in evolutionary transitions and the role of teleology and chance in evolution. The theological part of the article addresses a number of questions concerning the Thomistic school of theology in its encounter with the evolutionary worldview, including the question of whether God creates through evolution, the query concerning the concurrence of divine and created causes in evolutionary transitions, and the question regarding evolutionary and theological notions of anthropogenesis. A list of ten postulates grounding a contemporary Thomistic version of theistic evolution is offered as a conclusion to the research presented in the text.

An evolutionary view of the Fusarium core genome

Fusarium, a member of the Ascomycota fungi, encompasses several pathogenic species significant to plants and animals. Some phytopathogenic species have received special attention due to their negative economic impact on the agricultural industry around the world. Traditionally, identification and taxonomic analysis of Fusarium have relied on morphological and phenotypic features, including the fungal host, leading to taxonomic conflicts that have been solved using molecular systematic technologies. In this work, we applied a phylogenomic approach that allowed us to resolve the evolutionary history of the species complexes of the genus and present evidence that supports the F. ventricosum species complex as the most basal lineage of the genus. Additionally, we present evidence that proposes modifications to the previous hypothesis of the evolutionary history of the F. staphyleae, F. newnesense, F. nisikadoi, F. oxysporum, and F. fujikuroi species complexes. Evolutionary analysis showed that the genome GC content tends to be lower in more modern lineages, in both, the whole-genome and core-genome coding DNA sequences. In contrast, genome size gain and losses are present during the evolution of the genus. Interestingly, core genome duplication events positively correlate with genome size. Evolutionary and genome conservation analysis supports the F3 hypothesis of Fusarium as a more compact and conserved group in terms of genome conservation. By contrast, outside of the F3 hypothesis, the most basal clades only share 8.8% of its genomic sequences with the F3 clade.

Experimentally manipulated anger activates implicit cognitions about social hierarchy

ABSTRACT A correlational pilot study (N = 143) and an integrative data analysis of two experiments (total N = 377) provide evidence linking anger to the psychology of social hierarchy. The experiments demonstrate that the experience of anger increases the psychological accessibility of implicit cognitions related to social hierarchy: compared to participants in a control condition, participants in an anger-priming condition completed word stems with significantly more hierarchy-related words. We found little support for sex differences in the effect of anger on implicit hierarchy-related cognition; effects were equivalent across male and female participants. Findings fit with functionalist evolutionary views of anger suggesting that anger may motivate the use of dominance to strive for high social rank in group hierarchies. Implications for downstream behaviour, including aggression and negotiation, are discussed.

Cultural Evolution of Religion, Spirituality and Ritual: Impacts On Human Cooperation

From the classic gene-centred view of evolution, cooperation is a mystery. This paper reviews the cultural evolutionary approach, which asks how genes and culture both carry information across generations to produce adaptive responses. Cultural evolution approaches ritual, religion and spirituality as collective responses to cooperation challenges. Ritual engages with individual and collective neuro-biological responses that cue group cohesion and facilitate trust. Ritual simultaneously cues social learning and can alleviate anxiety by downregulating neurological arousal. Religion forms a complex set of socio-cultural behaviours and beliefs that facilitate group identification and may help to resolve classic dilemmas of cheaters and free-riders who threaten the long-term survival of cooperative systems. Spirituality engages ways of being that are targeted at relational, holistic, and communal awareness that facilitates healthy relationships among individuals, communities and ecosystems. The cultural evolutionary view can reveal an underlying sensibility to beliefs and behaviours that seem on their surface nonsensical to an outside observer—helping to explain why they persist across groups despite costliness to individuals. It can also help to shed light on why some religious and spiritual forms spread while others do not, providing insight into how these forms change when groups mix.

The Conflict Between Reason and Faith: The Formation of The Universe Based on The Theories of Creation and Evolution

The conflict between reason and faith in understanding the universe's origins has been the subject of long-standing debate in various religious and scientific communities. This article undergoes an in-depth analysis of the two main views that define different views of the creation of the universe: creation theory and evolutionary theory. The first approach, which is based on creation theory, asserts that the universe was created by God in accordance with sacred texts, such as the Book of Genesis in the Bible. This view emphasizes the role of faith and religious beliefs in describing the universe's origins. This view interacts with modern scientific discoveries and how potential conflicts between religious beliefs and scientific evidence can be resolved. On the other hand, the evolutionary view relies on the origins of the universe on an ongoing evolutionary process, based on ever-growing scientific evidence. The theory of evolution views the creation of the universe as a process that took place over millions of years through biological and physical evolution. This concept influences religious views and how efforts are made to ease tensions between scientific views and religious faith.

A Bayesian astrochronology for the Cambrian first occurrence of trilobites in West Gondwana (Morocco)

Abstract The first occurrence of trilobites at ca. 520 Ma is an iconic feature of the Cambrian Explosion. Developing a robust evolutionary view on early Cambrian life is generally hindered by large uncertainties in the ages of fossil finds and their global stratigraphic correlation. We developed an astrochronological interpretation for the Tiout section in Morocco that features some of the oldest trilobite fossils. Our novel approach to incorporating individual astronomical cycle durations in an integrated radioisotopic and astrochronological Bayesian age-depth model results in an age estimate of 519.62 Ma (519.70–519.54 Ma 95% highest posterior distribution) for the first occurrence of trilobites in West Gondwana. This level of precise age estimation is exceptional for biological events in deep time and demonstrates the power of our novel approach.

The down to earth pole of understanding the complexity of life

This paper argues that the down-to-earth pole of the understanding of the complexity of life is made up by a threefold factor, namely the interplay of geology, microbiology, and evolution. It is such intertwining that provides the ground for life as we know it. This paper claims that the origins of life are contemporarily the origin of the biosphere as a living system. Dualism must be overcome at all costs; hence, there is not physics, say, geology on the one hand, and biology on the other hand. On the contrary, both make up a highly integrated complex system. The approach suggested in this paper conveys a phenomenological endeavor as a non-substantive comprehension of life and the living systems. Life, it can be safely said, is non-causal, and a self-organizing and autopoietic phenomenon. An evolutionary view of life implies hence after an open-ended understanding. At the end the paper explores the consequences of such a take.

An evolutionary view of vanillylamine synthase pAMT, a key enzyme of capsaicinoid biosynthesis pathway in chili pepper.

Pungent capsaicinoid is synthesized only in chili pepper (Capsicum spp.). The production of vanillylamine from vanillin is a unique reaction in the capsaicinoid biosynthesis pathway. Although putative aminotransferase (pAMT) has been isolated as the vanillylamine synthase gene, it is unclear how Capsicum acquired pAMT. Here, we present a phylogenetic overview of pAMT and its homologs. The Capsicum genome contained 5 homologs, including pAMT, CaGABA-T1, CaGABA-T3, and two pseudogenes. Phylogenetic analysis indicated that pAMT is a member of the Solanaceae cytoplasmic GABA-Ts. Comparative genome analysis found that multiple copies of GABA-T exist in a specific Solanaceae genomic region, and the cytoplasmic GABA-Ts other than pAMT are located in the region. The cytoplasmic GABA-T was phylogenetically close to pseudo-GABA-T harboring a plastid transit peptide (pseudo-GABA-T3). This suggested that Solanaceae cytoplasmic GABA-Ts occurred via duplication of a chloroplastic GABA-T ancestor and subsequent loss of the plastid transit signal. The cytoplasmic GABA-T may have been translocated from the specific Solanaceae genomic region during Capsicum divergence, resulting in the current pAMT locus. A recombinant protein assay demonstrated that pAMT had higher vanillylamine synthase activity than those of other plant GABA-Ts. pAMT was expressed exclusively in the placental septum of mature green fruit, whereas tomato orthologs SlGABA-T2/4 exhibit a ubiquitous expression pattern in plants. These findings suggested that both the increased catalytic efficiency and transcriptional changes in pAMT may have contributed to establish vanillylamine synthesis in the capsaicinoid biosynthesis pathway. This study provides insights into the establishment of pungency in the evolution of chili peppers.

A forerunner of Darwin in the service of nihilists: the translation and reception of Vestiges in Russia.

Vestiges of the Natural History of Creation by Robert Chambers, a Scottish publisher and popular writer, was one of the most influential evolutionary works in the pre-Darwinian age. This article examines the circumstances in which this treatise was published in Russia in 1863 and went through a second printing in 1868. Vestiges was translated into Russian by Alexander Palkhovsky (1831-1907), a former medical student, ideologically close to the nihilist movement, and was initially printed by the radical publisher Anatoly Cherenin, later prosecuted for his ties with revolutionary circles. Vestiges was translated not from the English original, but from a German translation by Karl Vogt. Given the popularity of German materialism among Russian radicals in the 1860s, association with Vogt's name did much to draw attention to the translation. Contrary to Vogt, who took an anti-evolutionary stance while translating Vestiges, Palkhovsky and other nihilists ardently supported evolution in the hope that it would help them combat religious belief. Praising the author of Vestiges for his evolutionary views, Russian radicals at the same time criticized him for numerous references to God, teleological thinking and blindness to social problems. In their attempts to put Vestiges into service, Russian nihilists were similar to English freethinkers of the 1840s. The study of how Vestiges was read and perceived in Russia provides a better understanding of the cross-cultural reception of evolutionary ideas on the eve of Darwin's Origin of Species.

An evolutionary view of foresight in the field of artificial intelligence

The article analyzes the task of scientific foresight in the field of artificial intelligence (AI) and assesses the possibility of predicting AI development in the coming decades. Based on an evolutionary model of AI, the authors hypothesize that AI fits into the evolutionary development of humans. Drawing on the ideas of nomogenesis, first introduced by biologist L.S. Berg in 1922, they argue that embracing the concept of stable evolutionary patterns creates a fundamental possibility to predict a certain range of forthcoming changes as a result. The question of transferring the function of foresight from humans to AI is also examined, particularly in areas of science and technology where decision-making necessitates complex analysis of future potential outcomes. Strong arguments are presented in favor of the possibility of predicting AI development in principle, although with some degree of probability. This optimistic view aligns with researchers across various domains of human activity in which AI has already found or will yet find its application.

From early curiosity to space wide web: The emergence of the small satellite innovation ecosystem

Innovation ecosystems have gained significant scholarly and managerial attention. Much of the literature focuses on established ecosystems, and the limited research that examines ecosystem emergence does not dig deeper into the dynamics and challenges during the process of emergence. With a focus on the transition from birth to growth of an ecosystem, this paper fills this important gap by systematically examining how a nascent ecosystem develops into a thriving one. Employing a conceptualized composition approach, we conduct an in-depth qualitative study on the emergence of the modern small satellite ecosystem from 1981 to 2017. Our case analysis demonstrates a dynamic process through which a seed innovation gradually grows into a thriving ecosystem without a centralized sponsor. We explicate how tensions arise within an evolving ecosystem and how forces hindering specialization delay the emergence process. We then develop a process model of ecosystem emergence to conceptualize how actors gradually become specialized, how their specialization decisions coevolve with the ecosystem value proposition, and how tensions get resolved through a complex and iterative process. We contribute to the literature by advancing an evolutionary view of ecosystem emergence with an in-depth analysis of the transition from birth to growth of an ecosystem.

Data Validation and Scientific Assumption of Impartiality in Accounting by Horkheimer’s Verstand

In this paper we discuss by Horkheimer’s perspective of instrumental reason (verstand), aspects related to data validation and impartiality in accounting research. In proposing the denial of absolute truth, Adorno & Horkheimer (1985) distinguishes two reasons: Verstand (instrumental reason) and Vernunft (substantial reason). The Verstand, as an expression of modernity and it science, is the character of reason purely formal, operational, ordering data. In other words, Verstand is the idea that the truth is known, or which must first seek a formula to put into practice only after. On the other hand, Vernunft is dialectical reason, a temporary fact, due to historical factors. Through Vernunft is possible to question the unquestionable, overcome the conclusive truth and objective authority. Thus, we show briefly an evolutionary view of accounting in order to highlight the development of accounting thought until a traditional theoretical perspective adopted. Then we make a counterpoint to this traditional perspective by verstand. In our discussion, we claim from researchers a choice between vernunft or verstand and make clear the data limitations into interpretations inside instrumental idea. We do not intend to propose in this article any ways to change the current paradigm in accounting. On the contrary, supported in Adorno (2009) displays as negative dialectics, this article aims solely to foster and mature debate, supported the substantial reason (Vernunft). As a result, by adding the verstand perspective in accounting research some interesting insights and interpretation will be provided by future research. In so doing, we expect a special attention to epistemological position which improve the data validation.

Readings on Evolution and the Nature of Science: One Christian’s Perspective

Readings on Evolution and the Nature of Science: One Christian’s Perspective

Heterosis in horticultural crop breeding: combining old theoretical bases with modern genomic views

Heterosis in plants has been among the challenging topics for plant scientists worldwide. The production of F1 hybrid varieties of seed-propagated horticultural species is one of the most successful applications of plant breeding techniques. The exploitation of the heterosis phenomenon promotes homogeneity and maximizes crop yields and is a way for breeders to legally control and protect their commercial products. In the past heterosis has been largely studied and explored in cereal crop systems, considering maize as a model for understanding the genetic bases of this phenomenon. To date, crossbreeding in horticultural vegetables has also rapidly progressed. F1 hybrid varieties are available for many horticultural crops, including both allogamous and autogamous species. Several genetic and nongenetic mechanisms have been applied to facilitate the large-scale production of F1 hybrid seeds in vegetable crops to prevent undesirable selfing. Although the development and commercialization of F1 hybrids is currently common in agriculture, this phenomenon is still being investigated at different levels. With the rapid accumulation of knowledge on plant genome structures and gene activities and the advancement of new genomics platforms and methodologies, significant progress has been achieved in recent years in the study of the genetic and molecular bases of heterosis. This paper provides a brief overview of current theoretical advances and practical predictions of the molecular mechanisms underlying heterosis in plants. The aim is to carefully summarize the fundamental mechanisms of heterosis in plants, focusing on horticultural plant breeding, to improve the existing knowledge in this research area. We describe the quantitative genetic model of phenotypic variation and combine evolutionary, phenotypic and molecular genetic views to explain the origin and manifestation of heterosis and its significance for breeding F1 hybrid varieties in horticultural crops. The principles of genomic prediction and its applications in genomic selection are then covered.

Evolution of Intrinsic Disorder in Protein Loops.

Intrinsic disorder accounts for the flexibility of protein loops, molecular building blocks that are largely responsible for the processes and molecular functions of the living world. While loops likely represent early structural forms that served as intermediates in the emergence of protein structural domains, their origin and evolution remain poorly understood. Here, we conduct a phylogenomic survey of disorder in loop prototypes sourced from the ArchDB classification. Tracing prototypes associated with protein fold families along an evolutionary chronology revealed that ancient prototypes tended to be more disordered than their derived counterparts, with ordered prototypes developing later in evolution. This highlights the central evolutionary role of disorder and flexibility. While mean disorder increased with time, a minority of ordered prototypes exist that emerged early in evolutionary history, possibly driven by the need to preserve specific molecular functions. We also revealed the percolation of evolutionary constraints from higher to lower levels of organization. Percolation resulted in trade-offs between flexibility and rigidity that impacted prototype structure and geometry. Our findings provide a deep evolutionary view of the link between structure, disorder, flexibility, and function, as well as insights into the evolutionary role of intrinsic disorder in loops and their contribution to protein structure and function.