bluuebunny/crossref_metadata_2025_split huggingface dataset:
An introduction to voice in screenwriting
Authors: Ferrell Rose 
Published: October 2017

Abstract
This article explores the concept of an identifiable screenwriter’s voice, proposing that voice in a screenplay can be understood and described based on its formal and personal characteristics. The term voice can be understood to refer to the authorial presence of the screenwriter(s) whose consciousness has shaped every aspect of the text. This article also argues that the authorial presence is inscribed in a screenplay through the decision-making processes within screenwriting practice which lead the screenwriter to make many concrete and conceptual choices based on their own knowledge, perceptions and sensibilities. By disengaging the argument for voice from questions of quality, any voice is opened to interrogation and description based on its stylistic continuities. The article presents the conceptual framework for screenwriter’s voice, which is argued to be an effective tool through which a screenplay text can be interrogated to locate voice, whether this voice is created by a single or multiple authors.
Part 3
Authors: Stengers Isabelle , Davis Christine , Lyall Scott , Deleuze Gilles , Parnet Claire , Lanthier Daniel , Zizek Slavoj , Cubitt Sean 
Published: October 2017

Abstract
Entries: The Pick-Up, “Don’t Bifurcate”, Primary Colours, Touché-Touchant, Entropy, Redaction, Non-Colour, Mixture. Includes text by Isabelle Stengers, Christine Davis, Scott Lyall, Gilles Deleuze and Claire Parnet, Daniel Lanthier, Slavoj Zizek, Sean Cubitt. Artworks by Donald Weber, Odilon Redon, Patrick Syme, Claude Tousignant, Liz Deschenes, Steve McQueen, Frederik DeWilde, Pascale Marthine Tayou.
‘Public Art as Collective Practice’: ‘Collective Breath Poster’
Authors: Gabie Neville , Zaiontz Keren 
Published: October 2017

Abstract
UK-based artist Neville Gabie discusses the turns his art practice has taken since his Olympic Park residency in the lead up to the 2012 London Summer Games. Gabie reflects on his counter-Olympic initiative, The Greatest Possible Distance (2012) as well as his more recent residency at the Cabot Institute, which led to a series of formally experimental works entitled, Experiments in Black and White (2012–2013). This series served as the impetus for Gabie’s ephemeral, socially engaged work, Collective Breath. A poster that documents the Collective Breath project is printed in Part 4: ‘Suspending Freedom, Sustaining Spectacle’ of this special issue.
‘Figures (2015) – mass sculptural durational performance’
Authors: Crow Liz 
Published: October 2017

Abstract
UK-based art-activist Liz Crow discusses the challenges of making socially engaged, political art and performance in a climate of austerity. She reflects on the euphoric moment of the 2012 Paralympics Games, and the contradictory experiences that resulted for people with disabilities who were simultaneously lauded as ‘superhumans’ and castigated as ‘scroungers’. Crow talks about the dialogic works she created to counter these unattainable – and implicitly discriminatory – categories including two durational works, Bedding Out (2012–2013) and Figures (2015). Figures, a mass sculptural durational performance, testifies to the far-reaching effects of austerity measures and also holds the potential of serving as an alternative ‘legacy’ archive of the London Summer Games. A foldout of selected images and text from the Figures project is printed in Part 4: ‘Suspending Freedom, Sustaining Spectacle’ of this special issue.
METACOGNITIVE ACTIVITIES INVENTORY: Validade à partir de uma Análise Fatorial Confirmatória
Authors: Lima Filho Raimundo Nonato , Bruni Adriano Leal 
Published: October 2017

Este estudo tem o objetivo de traduzir e investigar evidências de validade do Inventário de Atividades Metacognitivas - MCAi, instrumento inédito na literatura em língua portuguesa. A tradução adotou a metodologia backtranslation e a validação foi através da Análise Fatorial Confirmatória pelo Modelo de Equações Estruturais. Foram coletadas 1058 respostas entre estudantes e profissionais de Administração na cidade Salvador, Bahia. O construto Atividade Metacognitiva, relacionado ao MCAi, confirmou que as dimensões Atividade Metacognitiva Planejamento, Atividade Metacognitiva Monitoramento e Atividade Metacognitiva Avaliação apresentaram medidas de confiabilidade composta e a validade discriminante corroborou que as correlações entre estes indicadores e suas respectivas dimensões são mais fortes que as correlações entre as dimensões; ou seja, o construto Atividade Metacognitiva reúne validade discriminante, o que permite validar o instrumento utilizado.
Az epidermolysis bullosa szájüregi tünetei és annak ellátása
Authors: Barna Balázs Károly , Eördegh Gabriella , Iván Gyula , Piffkó József , Silló Pálma , Antal Márk 
Published: October 2017

Abstract: The aim of this comprehensive article is to provide guidelines for the daily treatment of patients with epidermolysis bullosa, thus contributing to the attainment of their higher quality of life through the improvement of their oral health. Moreover, it is our intention to facilitate the cooperation among Hungarian general practitioners, dermatologists and dentists. Relying on recent research findings of the international literature, we intend to help general practitioners or dermatologists treating epidermolysis bullosa patients on a daily basis by identifying symptoms that require consulting an oral professional on the one hand, and to present the most important prevention strategies and further treatments advised for dentists on the other. Focusing on various aspects of dental treatment, we specify how a dentist can treat the patient without causing additional wounds or pain, and what kinds of therapy are justified by this approach. Orv Hetil. 2017; 158(40): 1577–1583.
Literatura e pintura abstrata: Água viva de Clarice Lispector
Authors: Oliveira Solange Ribeiro de 
Published: October 2017

O ensaio discute as relações intermidiáticas entre a arte e Água viva, de Clarice Lispector, concluindo pela análise do romance como uma versão literária da pintura abstrata. Descartando referências à realidade ficcional, Água viva elimina quase totalmente narrador, enredo e personagens. Entretanto, preserva resquícios desses elementos do romance tradicional, sinalizando a opção pela abstração a partir da figuração, com remanescentes de formas reconhecíveis de objetos e seres vivos ou imaginários, como em certos quadros de Wassily Kandinsky e de Manabu Mabe. Entretanto, tal como a pintura abstrata, o romance não prescinde de uma organização formal, constituída pelo emprego de imagens recorrentes, sobretudo associadas a elementos aquáticos e a construções sinestésicas. No conjunto, essas estratégias convergem para a retomada da temática existencial constante na obra de Clarice: a busca do it, do neutro, da coisa em si, embuçada sob o véu das aparências.
Correlation between maternal serum biochemical markers with karyotyping for prenatal screening of foetal chromosomal abnormalities
Authors: Kulkarni Ketki S. , Lakhani Payal , Dalvi Sujata A. , Gupta Chandrashankar 
Published: October 2017

Background: Prenatal screening for chromosomal abnormalities can be done by biochemical screening tests like dual marker test (DMT), triple marker test (TMT) and quadruple marker test (QMT). It is important to identify ideal screening test among them which best correlates with result of karyotyping which is confirmatory test of foetal chromosomal abnormalities. This helps to decrease need for invasive prenatal tests for foetal karyotyping. This study aims to evaluate sensitivity, specificity, diagnostic accuracy and correlation of DMT, TMT, and QMT with results of karyotyping.Methods: Retrospective observational study was conducted in tertiary care maternity hospital over one year- 1st January 2015 to 31st December 2015. Women with singleton pregnancy undergoing DMT, TMT or QMT were included.Results: Of the 529 women screened by biochemical marker tests, 462 (87.33%) were screen negative and 67 (12.66%) women were screen positive. In 56 women, it was false positive (83.58%) and in 11 women true positive (16.41%). In 461 women the test results were true negative (99.78%), but in one case, result was false negative (0.21%). 3/11 (27.27%)women with foetal chromosomal abnormalities were primigravidae. 4/11 (36.36%)women were below 35 years. DMT and QMT had higher sensitivity (both 100%) and specificity (90.00% and 93.18% respectively) than TMT (sensitivity 80% and specificity 82.61%). Positive likelihood ratio (LR+) was 1.00 in DMT. Diagnostic odds ratio was highest with DMT (DOR=115.11) and best correlated with karyotyping results (coefficient of correlation 0.4).Conclusions: Universal screening of antenatal women, irrespective of their age and parity is suggested. DMT has highest diagnostic value and best correlation with the results of karyotyping. Hence the dual marker test can be considered to be better test for screening for aneuploidy.
The Use of Cone‐Beam Computed Tomography in Management of Patients Requiring Dental Implants: An American Academy of Periodontology Best Evidence Review
Authors: Rios Hector F. , Borgnakke Wenche S. , Benavides Erika 
Published: October 2017

Background: Application of cone‐beam computed tomography (CBCT) has grown exponentially across dentistry with a clear impact in implant dentistry. This review aims at providing the scientific context to understand if CBCT imaging should become the standard of care for patients requiring dental implants.Methods: A literature search for CBCT applications in implant dentistry was performed using the PubMed database that included studies published between January 1, 2000, and June 24, 2017.Results: Of 559 citations identified and manually screened, 161 were selected as suitable for the purpose of the review. The selected studies belonged to three distinct categories: 1) diagnosis and treatment outcome assessment, 2) implant treatment planning, and 3) anatomic characterization.Conclusions: The current available literature reflects an increased optimization of emerging CBCT imaging protocols and further highlights its diverse applications for dental implant therapy. This technology continues to be considered an advanced point‐of‐care imaging modality and should be used selectively as an adjunct to two‐dimensional dental radiography. As with other ionizing radiation imaging modalities, CBCT imaging should be used only when the potential benefits to the patient outweigh the risks. Dental health care professionals should consider CBCT imaging only when they expect the diagnostic information yielded will lead to better patient care, enhanced patient safety, and ultimately facilitate a more predictable, optimal treatment outcome.
ANTIOXIDANT PROPERTIES OF DICHROCEPHALA INTEGRIFOLIA (ASTERACEAE) IN A MOUSE MODEL OF MONOSODIUM GLUTAMATE-INDUCED NEUROTOXICITY
Authors: Nadège Kouémou Emégam , Sylviane Dongmo Nguepi Mireille , Agathe Fotio Lambou , Clarisse Moto Okomolo Fleur , Germain Taiwe Sotoing , David Pahaye Bougolla , Simon Pale , Stephanie Njapdounke Kameni Jacqueline , Elisabeth Ngo Bum 
Published: October 2017

Background: In Africa, neurodegenerative diseases in the elderly have become a major health concern due to the increase
in live expectancy. Glutamate mediated neurotoxicity is involved in neurodegenerative diseases such as Ischemia, Epilepsy,
Alzheimer’s and Parkinson diseases. Plants with antioxidant properties are reported to protect vital organs against
glutamate toxicity. This study aims to assess the effect of Dichrocephala integrifolia against monosodium glutamatemediated
neurotoxicity and oxidative stress.
Methodology: The decoction prepared from the leaves of Dichrocephala integrifolia was evaluated against monosodium
glutamate-induced neurotoxicity in mice. The animals were grouped in seven groups of 6 animals each. The animals
received daily; distilled water (p.o) for the distilled water and the negative control groups, one of the four doses of the
decoction of the plant (35, 87.5, 175 or 350 mg/kg p.o) for the tests groups and memantine (20 mg/kg p.o) for the positive
control group. Monosodium glutamate (2.5 g/kg ip) was injected daily to animals except those of the normal control group
all the seven days of the experimentation. Animals were observed for aggressiveness, locomotor and forepaws muscle grip
activities 30 min after monosodium injections. Brain reduced glutathione and malondialdehyde levels were also assessed
following the behavioral tests on day 8.
Results: The decoction of Dichrocephala integrifolia at the doses of 87.5 and 175 mg/kg significantly (p
POTENTIAL ANTIFUNGAL ACTIVITY OF DIFFERENT HONEY BRANDS FROM PAKISTAN: A QUEST FOR NATURAL REMEDY
Authors: Ahmad Kafeel , Khalil Ali Talha , Somayya Ramla , Khan Faisal Nouroz , Shah Ali Raza , Ovais Muhammad , Shinwari Zabta Khan 
Published: October 2017

Background: Besides a wholesome food, honey is known for its therapeutic implications. We investigated the antifungal
activity of five honeys of different types from Pakistan against various pathogenic fungal strains. Antifungal properties of
processed and non-processed honey were determined.
Materials and Methods: The antifungal assay of honey was carried out against Aspergillus niger, Aspergillus flavus,
Aspergillus fumigates, Alterneria alternata, Fusarium solanai, Microsporum canis, Penicillium funiculosium and Rhizopus
solanai. Different dilutions of honey samples were used (20%, 50%, 70%, 90% and 100% w/v so as to find out the
minimum effective concentration of each honey type.
Results: It was observed that all of the honey samples were highly active, with percent inhibition range of (3-81%) for
Aspergillus niger, (2-82%) for Aspergillus flavus, (1-76%) for Aspergillus fumigates, (1-84%) for Alterneria alternata, (2-
67%) for Fusarium solanai, (1-87%) Microsporum canis, (2-78%) Penicillium funiculosium and (1-86%) for Rhizopus
solanai.
Conclusion: The study of Pakistani honey brands reveals that they possess a substantial antifungal nature. Therefore, they
may be used in curing fungal infections along with antifungal drugs as a cheaper alternative natural remedy with no side
effects.
Performance Prediction for Advanced Well Structures in Unconventional Oil and Gas Reservoirs Using Artificial Intelligent Expert Systems
Authors: Enyioha Chukwuka , Ertekin Turgay 
Published: October 2017

Abstract
Advanced well structures have continued to see an increase in field applications, particularly in unconventional reservoir development. Traditional methods for well performance analyses barely capture the complex interactions between these well structures and the reservoir. In this study, a set of artificial expert systems has been developed to predict the performance of advanced well structures in tight oil reservoirs given a set of reservoir properties.
The artificial expert systems are built on a system of neural networks. Data for training and validation was generated by building feature sets that contain inputs that were randomly selected within a broad range of limits to capture properties of a typical tight oil reservoir. The features set for inputs into the neural networks includes reservoir extent data, rock and fluid properties, relative permeability and capillary pressure data, as well as well design and operating condition data. Each feature set is run through a commercial numerical simulator to provide time-series data of cumulative oil, gas, water production, as well as bottom-hole pressure profile where applicable. Both the feature set and the time- series data are used for training the neural networks.
Generalization tests conducted on each expert system using a validation dataset show that the outputs of the expert systems compare closely with results from the numerical simulator for the same dataset with an average Mean Absolute Error (MAE) of 8%. Other tests such as permutation tests for estimating feature importance, and sensitivity analysis were conducted. The results of the sensitivity analysis showed that the expert system is consistent within its own parametric domain. It also showed that a trained expert system has the ability to diagnose certain characteristics of flow patterns within the reservoir, particularly in the near-wellbore region. This is determined by observing the relative sensitivity of one feature to another.
This study shows that an artificial expert system, once trained properly, provides a very practical, fast and robust method for predicting production performance in tight oil reservoirs using advanced well structures. This helps to eliminate the snag of developing an in-depth mathematical model to describe the complex relationships between variables involved, and also increases efficiency in well planning by providing quick, accurate estimates for production forecasts, thus reducing the iteration time spent between the reservoir engineer and other disciplines.
Dynamic Data Analysis with New Automated Workflows for Enhanced Formation Evaluation
Authors: Proett M. A. , Ma S. M. , Al-Musharfi N. M. , Berkane M. 
Published: October 2017

Abstract
Petrophysical workflows are primarily designed to process static data for traditional openhole logs (i.e., triple & quad combo) which can provide estimates of porosity, saturation, lithology and mineralogy. Dynamic data from core analysis can help to extend the log analysis for estimates of the rock’s dynamic properties such as permeability. However, there is normally a high degree of uncertainty in these estimates and formation testing and sampling (FTS) data is often required for reservoir condition calibration. The workflow for analyzing FTS data is highly specialized, and normally not performed by an operating petrophysicist, but by a specialist whose expertise covers FTS tools and applications, openhole logs, and reservoir dynamics.
This paper bridges the gap between operational petrophysicists and FTS specialists by documenting standardized methods of FTS measurements and introducing an automated workflow for petrophysicists to conduct FTS jobs. This workflow begins with job planning, to data processing, decision making and recommendations. Unique characteristics and capabilities of this workflow are summarized below.
The job planning methodologies are based on fundamental principles to determine how different tool technologies will perform in specific reservoir conditions. It will ensure that the most optimized selection of tools and modules are made for FTS operations. Measurement uncertainties and data qualification criteria are critical parts of the workflow. Expected uncertainties are compared to measured uncertainties to assess the results’ reliability. With test uncertainties, error bars are established for each measurement which are then incorporated into data processing such as gradient estimates. A quality grading algorithm is used to objectively provide a rating for each test based on the measurements. Exceptions for test anomalies are also handled and interpreted automatically. In real-time testing operations, automatic methods for objectively quantifying data quality and uncertainty are used for pressure, mobility, and fluid gradient analyses. Real-time decisions can then be made to either adjust pressure points or take fluid samples at critical locations to reduce uncertainty.
Preliminary results of applying this workflow to automatically process test data and determine data quality more objectively, consistently, and efficiently are demonstrated using field examples.
Elemental Compositional Zoning Using Reservoir Formation Water Samples for Oilfield Applications
Authors: Jimoh I. A. , Søgaard E. G. , Muff J. , Kano M. Yahaya 
Published: October 2017

Abstract
Formation water samples from 170 wells in Viola Limestone Formation in Kansas were analyzed based on multi elemental relationships on a field scale along 4733 ft. depth interval. Results indicated that physico-chemical parameters such as pH, total dissolved solid (TDS), specific gravity and resistivity showed a varying functional behavior with depth. In addition, the Na+, Ca2+, Mg2+, Cl–, SO42− and HCO3– ions predominate in the formation water samples from different wells. The relationships between the chemical compositions of formation waters showed that the concentrations of most dissolved constituents correlated positively with chloride ions with the exception of SO42− HCO3– and pH that correlated negatively. The model output of the self-organized map classification of Ca2+, TDS, HCO3–, SO42−, temperature and pH resulted in five classification groups from the formation water samples using a linear transformation. The relative frequency of the groups in the model were 18.53% for zone 1, 24.71 % for zone 2, 31.27 % for zone 3, 17.37 % for zone 4 and 8.11% for zone 5. The elemental correlation to the model of the principal components was 0.85 for pH, 0.80 for Ca2+, 0.75 for Temp, 0.74 for TDS, 0.67 for SO42− and 0.53 for HCO3– respectively. Based on these results, we were able to predict carbonate scale tendency of each group using Langelier method of saturation index and to interpolate the scale formation tendency of each classification group with depth.
Improving Fabrication Site Construction Safety with Industry Standardization
Authors: Popat N. , Perkins B. , Vassiliev N. , Valdes O. Reyes , Hawkes C. , Carvalho M. 
Published: October 2017

Abstract
This paper provides an overview of the key aspects of the International Oil and Gas Producers (IOGP) Association Fabrication Site Construction Safety Practices standardization initiative. It outlines the intent behind this initiative and the benefits that adoption and implementation of the IOGP-577 Fabrication SiteConstruction Safety Practices could bring to operators, EPCMs, contractors, and wider industry. The paper also provides a summary of the Construction Safety Practices developed as the result of this initiative and describes how this initiative could be implemented across IOGP member companies who formed the task force for this initiative. The paper further describes the tactics recommended for wider industry adoption.
This paper acknowledges the contribution of the following individuals, representing IOGP Fabrication Site Construction Safety Task Force: S. Bergeron, Kosmos Energy; K. Cruickshank, Oil & Gas UK; S. Devincq, Total; G. Gratz, ExxonMobil Development Company; A. Mugno, Chevron; D. Stroud, Kosmos Energy; S. Sotoudehmanesh, Statoil; J. Trapp, BP; A. Burton, Shell International Trading and Shipping Company;