bluuebunny/crossref_metadata_2025_split huggingface dataset:
A criação da Rede Brasil-Reino Unido em Medicina & Ciência da Dança como um lugar potencial de relações entre pesquisas poético-criacionais.
Authors: FIGUEIREDO VALERIA Maria Chaves , Bittar Adriano , Ferreira Alexandre 
Published: June 2017

A Medicina e Ciência da Dança (MCD) é uma área que se desenvolve há mais de 20 anos através da colaboração entre profissionais da dança, medicina, educação, psicologia, nutrição, dentre outros. O objetivo é promover o bem-estar e saúde dos dançarinos através do desenvolvimento de pesquisas e serviços nas diversas vertentes, desde a saúde, treinamento, performance, bem-estar, educação e a cena artística. No Reino Unido, a UNIVERSITY OF WOLVERHAMPTON, líder na área da MCD, em parceria com o NATIONAL INSTITUTE OF DANCE MEDICINE AND SCIENCE – NIDMS, formado por esta instituição e o BIRMINGHAM ROYAL BALLET, ONE DANCE UK, TRINITY LABAN E UNIVERSITY OF BIRMINGHAM, iniciou em 2016, amplo diálogo com a UEG, UFG, IFG, USP, UNICAMP, UNIVERSO e UFRGS, além de outros interessados da iniciativa privada e pessoas físicas, no sentido de estruturar uma cooperação internacional, constituindo assim, a REDE BRASIL-REINO UNIDO EM MCD. O objetivo central é desenvolver pesquisas e serviços colaborativos durante o período de 15 anos, estabelecendo caminhos transdisciplinares para o sucesso da parceria Dança, Ciência e Saúde.

ABSTRACT
Dance Medicine & Science (DMS) is a field of study that has developed globally over the last 20 years through the collaboration of different professionals, from dance, medicine, education, psychology, nutrition, among others. The goal is to promote the well-being and health of dancers through the development of research and services in various aspects, from health, training, performance, well-being and education. In the United Kingdom, the UNIVERSITY OF WOLVERHAMPTON, a leader in the DMS field, in partnership with the NATIONAL INSTITUTE OF DANCE MEDICINE AND SCIENCE - NIDMS, formed by this university and BIRMINGHAM ROYAL BALLET, ONE DANCE UK, TRINITY LABAN AND UNIVERSITY OF BIRMINGHAM, started, in 2016, a broad dialogue with UEG, UFG, IFG, USP, UNICAMP, UNIVERSO and UFRGS, as well as with other stakeholders from the private sector and individuals, in order to create an international cooperation, through the BRAZIL-UNITED KINGDOM DMS NETWORK. The main objective is to develop research and collaborative services during a 15-year period, establishing transdisciplinary ways for the advancement of the partnership Dance, Science and Health.

KEY WORDS: Network, dance, medicine, science.
Effects of Intracyclic Velocity Variations on the Drag Exerted by Different Swimming Parachutes
Authors: Cortesi Matteo , Di Michele Rocco , Gatta Giorgio 
Published: June 2017

Abstract
Cortesi, M, Di Michele, R, and Gatta, G. Effects of intracyclic velocity variations on the drag exerted by different swimming parachutes. J Strength Cond Res 33(2): 531–537, 2019—Swimming parachutes are often used as a tool for resisted swimming training. However, little is known on their behavior in terms of exerted drag as a consequence of intracyclic velocity fluctuations. This study aimed to assess the drag provided by 2 swimming parachutes of different shape, also characterized by different volumes and cross-sectional areas, under conditions of velocity variations in the range of those occurring in swimming. A flat square-shaped parachute (FLAT, cross-sectional area and volume: 400 cm2; 0.12 L) and a truncated cone-shaped parachute (CONE, 380 cm2; 7.15 L) were passively towed: (a) at constant velocities ranging from 1.0 to 2.2 m·s−1, and (b) with velocity fluctuations from 10 to 40% around a mean of 1.6 m·s−1. At constant velocities, FLAT showed 0.1 N (at 1.0 m·s−1) to 10.8 N (at 2.2 m·s−1) higher drag than CONE. For both parachutes, the average drag showed trivial differences between constant and any fluctuating velocity. Conversely, the maximum drag values were higher under conditions of velocity fluctuations than the respective values estimated under stationary instantaneous velocity, although this was observed in CONE only. These findings suggest that swimmers and coaches can select the parachute characteristics based on whether the focus is on increasing/decreasing the average drag or regulating the maximum resistance provided.
FORWARD: A Registry and Longitudinal Clinical Database to Study Fragile X Syndrome
Authors: Sherman Stephanie L. , Kidd Sharon A. , Riley Catharine , Berry-Kravis Elizabeth , Andrews Howard F. , Miller Robert M. , Lincoln Sharyn , Swanson Mark , Kaufmann Walter E. , Brown W. Ted 
Published: June 2017

BACKGROUND AND OBJECTIVE:
Advances in the care of patients with fragile X syndrome (FXS) have been hampered by lack of data. This deficiency has produced fragmentary knowledge regarding the natural history of this condition, healthcare needs, and the effects of the disease on caregivers. To remedy this deficiency, the Fragile X Clinic and Research Consortium was established to facilitate research. Through a collective effort, the Fragile X Clinic and Research Consortium developed the Fragile X Online Registry With Accessible Research Database (FORWARD) to facilitate multisite data collection. This report describes FORWARD and the way it can be used to improve health and quality of life of FXS patients and their relatives and caregivers.

METHODS:
FORWARD collects demographic information on individuals with FXS and their family members (affected and unaffected) through a 1-time registry form. The longitudinal database collects clinician- and parent-reported data on individuals diagnosed with FXS, focused on those who are 0 to 24 years of age, although individuals of any age can participate.

RESULTS:
The registry includes &gt;2300 registrants (data collected September 7, 2009 to August 31, 2014). The longitudinal database includes data on 713 individuals diagnosed with FXS (data collected September 7, 2012 to August 31, 2014). Longitudinal data continue to be collected on enrolled patients along with baseline data on new patients.

CONCLUSIONS:
FORWARD represents the largest resource of clinical and demographic data for the FXS population in the United States. These data can be used to advance our understanding of FXS: the impact of cooccurring conditions, the impact on the day-to-day lives of individuals living with FXS and their families, and short-term and long-term outcomes.
EFEITO “IN VITRO” DE PRODUTOS COMERCIAIS SOBRE O CRESCIMENTO DE Fusarium solani F.sp. piperis
Authors: Carminate Bruna , Santos Bianca Ferreira , De Souza Winicius Botelho , Lima Alex Silva , D'Addazio Verônica , Da Silva Marcelo Barreto 
Published: June 2017

A pimenta-do-reino (Piper nigrum) é muito suscetível ao fungo Fusarium solani f. sp. piperis Alb., causador de grandes danos à cultura, reduzindo o período útil de exploração da cultura para apenas quatro anos ou menor, dependendo do nevel de infecção. O objetivo do trabalho foi avaliar a atividade antifúngica in vitro de um fertilizante com ação bioestimulante (Eurofit Max) e um fungicida sistêmico do grupo fosfonato frente ao fungo Fusarium spp. Foi prepara uma solução com os produtos a serem testasdos nas concentraçoes de 2000, 1000, 500 e 250 ppm, a solução foi adicionada em 30 ml de BDA fundente estéril e posteriormente transferido para o centro da placa um disco de 6 mm de diâmetro de micélio do fungo e incubado em B.O.D. a 25 ± 1°C por 12 dias. O produto testado com ação bioestimulante (Eurofit Max ®) se demostra eficiente na inibição do crescimento in vitro do fungo Fusarium solani f. sp. piperis Alb.
DESONERAÇÃO DA FOLHA DE PAGAMENTO - ESTUDO DE CASO EM UMA EMPRESA PRESTADORA DE SERVIÇOS NA CONSTRUÇÃO CIVIL
Authors: Andrade Gabriele Bueno Goulart 
Published: June 2017

Resumo - O Brasil é um dos países da América Latina que possui o maior índice de carga tributária, principalmente os relacionados a encargos sociais. Devido a essas cargas elevadas, o mercado nacional vem perdendo posição e desvantagem econômica. Em agosto de 2011 o Governo Federal criou uma série de medidas provisórias chamado de Plano Brasil Maior, que consiste em estimular a inovação e a produção nacional. A pesquisa utilizada neste artigo é a Dedutiva, com estudo de caso e pesquisas exploratórias através de estudos bibliográficos O caráter da pesquisa é a qualiquantitativa. Foram elaboradas planilhas em um quadro comparativo evidenciando os encargos sociais com e sem a desoneração na folha em uma empresa prestadora de serviços na construção civil e o resultado apresentado não pode-se dizer que a desoneração da folha de pagamento seja um incentivo fiscal do Governo Federal mas sim uma despesa fiscal que pode levar as empresas a reduzir seu número de empregados e aumentar o numero de desempregados ou empregados não formalizados.
GÊNEROS TEXTUAIS: UMA INTERVENÇÃO PEDAGÓGICA
Authors: Souza Cibele Avellar , Moreira Bárbara Guardiano de Castro , Dos Santos Michelle Priscila , Dias Vera Lúcia Catoto , Oliveira Anamaria da Silva Martin Gascón 
Published: June 2017

Este trabalho é continuidade de pesquisa do Programa Institucional de Bolsa de Iniciação à Docência, PIBID, convênio firmado entre universidade comunitária e escola pública, para formação inicial de professores na educação básica. O objetivo do trabalho é investigar o processo de alfabetização, construção da língua escrita, tendo como suporte os gêneros textuais. A pesquisa em educação do tipo estudo de caso etnográfico (ANDRÉ, 2005), no período de 2015-2016, realizada pela observação participante de bolsistas PIBID, em sala do 4o ano do Ensino Fundamental I, em uma escola estadual, localizada no município de São José dos Campos, SP. A metodologia centrou-se inicialmente em pesquisa bibliográfica fundamentada em: Bezerra (2002), Marcuschi (2002), e Bakhtin (2003, p. 271), dentre outros, seguida de pesquisa de campo. Os resultados apontaram para as contribuições dos gêneros textuais na alfabetização ao longo do processo.
O CURRÍCULO DE LIBRAS: UM ESTUDO EXPLORATÓRIO EM UMA INSTITUIÇÃO FEDERAL DE ENSINO, NO MUNICÍPIO DE SÃO ROQUE, ESTADO DE SÃO PAULO
Authors: Souto Proença Lizandra Cassia , Andrade Alequexandre Galvez , Andrade Valter Zotto 
Published: June 2017

A noção de inclusão está ligada ao direito de igualdade. O presente estudo trata-se de uma pesquisa sobre o currículo do ensino de Libras no Instituto Federal de São Paulo, no município de São Roque, estado de São Paulo, e tem como objetivo identificar e comparar os conteúdos de Libras aplicados aos cursos de Ensino Médio profissionalizante e Superior. A metodologia utilizada foi à pesquisa bibliográfica e exploratória. Foram analisados os projetos pedagógicos dos sete cursos ofertados pela instituição em 2015. Os resultados indicam que três cursos não possuem o componente curricular de libras e quatro cursos possuem o mesmo conteúdo programático e bibliografia, independentemente se pertencem ao ensino médio ou superior. O curso de Licenciatura em Biologia voltado para formação de professores possui uma carga horária inferior ao ensino médio profissionalizando, sendo respectivamente de 31,6 e 63,3.
AÇÃO ANTI-HELMÍNTICA DO EXTRATO HIDROALCOÓLICO DE Alternanthera sessilis e Alternathera brasiliana EM OVINOS
Authors: Demarco Claudia Faccio , Maffi Andressa Stein , Luz Gabriela Bueno , Weiller Maria Amélia Agnes , Silveira Pedro Augusto Silva , Milech Cristini , Fialho Gustavo Sessa 
Published: June 2017

Avaliou-se a atividade anti-helmíntica do extrato hidroalcoólico de plantas de Alternanthera sessilis e Alternanthera brasiliana em ovinos naturalmente infectados. Para o experimento foram utilizados 30 ovinos e estes foram distribuídos em 3 grupos: grupo 1: controle, que recebeu 10 mL de água, grupo 2: com 10 mL de solução com concentração de 500 mg/L de extrato de A. brasiliana e grupo 3: com 10 mL de solução com concentração de 500 mg/L de A. sessilis. Os animais receberam o tratamento por via oral durante os dias 1, 2, 3, 4 e 5 e as coletas de fezes para avaliar a carga parasitária foram realizadas nos dias 2, 3, 4, 5, e 7. Os resultados demonstraram que não houve diferença significativa na redução de ovos por grama de fezes, bem como na porcentagem de redução de OPG. Conclui-se que nas condições deste trabalho, os extratos não apresentaram ação anti-helmíntica em ovinos.
Industrial Sponsor Perspective On Leveraging Capstone Design Projects To Enhance Their Business
Authors: Weissbach Robert S. , Snyder Joseph W. , Evans, Jr. Edward R. , Carucci, Jr. James R. 
Published: June 2017

Capstone design projects have become commonplace among engineering and engineering technology programs. These projects are valuable tools when assessing students, as they require students to work in teams, communicate effectively, and demonstrate technical competency. The use of industrial sponsors enhances these projects by giving these projects more of a “real world” feel. Most of the research into capstone design projects focuses on student learning as well as the overall design process. However, very little research has been performed from the perspective of the industrial sponsor. In this paper, an industrial sponsor who has sponsored several large-scale capstone design projects presents their perspective on working with students on these projects. These projects serve as training systems for their existing employees and clients, and offer the sponsor the opportunity to evaluate the students as prospective future employees.
A Thorough Investigation Into the Transient-Pressure Data From Horizontal Oil Wells Equipped With Electrical Submersible Pumps
Authors: Al-Khaldi H. A. , Al-Obathani O. H. , Anisur Rahman N. M. 
Published: June 2017

Abstract
Sometimes electrical submersible pumps (ESPs) are deployed in oil wells to compensate for low reservoir pressures. Although such an artificial-lift mechanism dramatically boosts production rates, there are consequences on the quality of transient-pressure data in some cases. The paper presents the results of a thorough investigation of the behavior of pressure-transient data from horizontal wells equipped with ESPs in an oil field.
Capturing the transient data without any distortion is important in estimating parameters of a horizontal well. This ensures establishment of all the important flow regimes on the log-log plot. But the early-time data suffers from distortion in buildup tests due to a very short period of hydrostatic balancing of fluids in the production string right after the ESPs are turned off. Drawdown data and rate transient analysis tools have been utilized to retrieve key well and reservoir information which might be missed in the early-time buildup data. Such integration is enabled by large sets of data from permanent downhole monitoring systems.
Distortion of the early-time buildup data due to the falling liquid levels and some natural flow right after the ESPs are turned off for buildup tests consequently masks the early-time, vertical radial-flow regime. This distortion sometimes makes it impossible for unique estimates of the effective horizontal well length, the anisotropy ratio (vertical to horizontal permeability) and the damage skin. However, the empirical investigation shows that the early, vertical radial-flow regime develops in some drawdown tests with minor ESP effects. This drawdown data has been utilized to offset or reconstruct the flow regimes missed by the distorted early-time buildup data. In some cases, any low sampling frequency, low gauge resolution or lack of repeatability of the measured intake pressures at the ESP may hinder development of the early, vertical radial-flow regime in some drawdown tests. Note that a high sampling frequency and a high gauge resolution is required in capturing this flow regime. We have utilized rate-transient analyses to complement the pressure-transient analyses results whenever large data sets are available.
The literature is devoid of any discussion on the challenges of interpreting the buildup tests on oil wells equipped with ESPs. This investigative paper with examples makes a comprehensive effort to understand such challenges. We have also shown ways to get around the problems and have provided reasonable interpretation of transient-test data.
Supercharging Assessment in Formation Pressure Measurements Made While Drilling by Deliberately Pulsed Circulation in a Carbonate Reservoir
Authors: Ceyhan Adil G. , Bravo Maria , Walrond Kenny 
Published: June 2017

Abstract
Forward modelling was applied to correct formation pressures measured while drilling on a wiper run for the effects of supercharging. Supercharging is increased sand face pressure caused by drilling fluid filtrate leak-off. The study is carried on one of the well-known carbonate reservoir of the North Sea. This reservoirs, in general, exhibit good porosity; however they have poor permeability because of small pores.
Pressure variations near the wellbore are primarily influenced by near-wellbore drilling fluid filtrate invasion and filter-cake formation. In general, the lower the sand-face permeability, the higher the variations. Considerable progress has been made towards understanding how filter cake forms and how it influences the near-wellbore pressure stability. Available analytical and numerical models in generally focus on dealing with "initial spurt loss" only, remaining transition and dynamic periods are assumed to be negligible. However the dynamic period, which incorporates possible erosion, plastering, clogging, and other implications, can be modelled if the sand-face (near-wellbore) is exposed to controllable and quantifiable influences. The greater number of planned quantifiable influences, the better the forward modelling. The coupled filter cake growth and formation pressure model incorporates; the geometry of the well and the drilling assembly, the time sequence of the drilling or wiper operation, and drilling fluid and formation properties.
A total of 52 formation pressures were acquired during wiper run, across several thousands of horizontal section drilled in to the chalk reservoir. Pressure tests were evenly distributed to evaluate possible faults, depletion, and pressure barriers, and, more importantly, to calibrate the flow model for the future drilling campaigns. Tests acquired at same depth interval with different circulation rates were used as primary the calibration point for the forward model calibration. A secondary calibration point was obtained by from two consecutive tests, during which first circulation was kept off, and then turned on. These simulations are also applicable to exploring system behavior and responses when planning and executing the job, assessing the feasibility and suitability of the methodology to check that assumptions are satisfied, and building some expectations about the likely measured pressures and their behavior over time.
Effect of Molecular-Diffusion Mechanisim on CO2 Huff-n-Puff Process in Shale-Oil Reservoirs
Authors: Alfarge Dheiaa , Wei Mingzhen , Bai Baojun , Almansour Abdullah 
Published: June 2017

Abstract
Unconventional resources have played a significant role in changing oil industry plans recently. Shale formations in North America such as Bakken, Niobrara, and Eagle Ford have huge oil in place, 100-900 Billion barrels of recoverable oil in Bakken only. However, the predicted primary recovery is still low as less than 10%. Therefore, seeking for techniques to increase oil recovery in these complex plays is inevitable. In this paper, three different approaches have been combined to investigate the effect of molecular-diffusion mechanisim on CO2 huff-n-puff process in Bakken formation. Firstly, comprehensive review has been conducted on the reported experimental studies for diffusion mechanism of CO2 injection in shale cores. Then, numerical simulation methods were used to mimic CO2 performance in these poor-quality reservoirs. Different scenarios of these shale reservoirs conditions have been simulated, which in turn, generated different diagnostic plots of CO2 performance. Finally, these diagnostic plots have been fitted with some of the CO2 fields’ pilots which were performed in Bakken formation of North Dakota and Montana.
This study found that the integration method of different tools such as experimental, simulation, and pilot tests is the proper technique to accurately diagnose the role of CO2 diffusion mechanism in these poor-quality reservoirs. This work concluded that there is a clear gap between lab-works conclusions and pilot tests performance, and this gap mainly happened due to the misleading prediction for the role of CO2 diffusion mechanism in field conditions by upscaling lab observations. However, pilot tests performance generally denied any significant role for diffusion mechanism on CO2 performance. The poor role for CO2 diffusion mechanism in Bakken formation happened due to that either of kinetics of oil recovery process in productive areas of these reservoirs are too fast or CO2 diffusion rate in field conditions are too slow. Therefore, upscaling the same CO2 diffusion rate, which has been obtained from injecting CO2 in chips of cores in lab conditions, to field scale needs to be reconsidered. This study explains how CO2 diffusion mechanism in unconventional reservoirs is different in macroscale level (field scale) from microscale level (lab conditions), and how that affects CO2 performance in improving oil recovery from unconventional resources.
Scale Mitigation Strategy for Fracturing Using Seawater-Based Fluid
Authors: BinGhanim Ahmed , Chen Tao , Al Ohaly Maryam , Bataweel Mohammed , Rahal Raed 
Published: June 2017

Abstract
As part of the continuous efforts to save freshwater resources in the Middle East, seawater-based fracturing fluid offers a high-potential solution to help save millions of gallons of fresh water while developing fracturing fluids for hydraulic fracturing applications.
Scale deposition is one of the major technical challenges for fracture stimulations using seawater-based fluid. To understand the scale deposition and mitigation for fracturing using seawater-based fluid, a series of dynamic and static performance, compatibility, and thermal stability tests were conducted.
Results showed that harsh scale forms with mixing raw seawater and high total dissolved solids (TDS) tested formation water at higher temperatures under dynamic and static conditions. Scale inhibitors cannot effectively inhibit scale deposition in such harsh scaling conditions because of the issues of compatibility and performance at static conditions.
Nanofiltration of seawater is introduced to remove most of the sulfate ions in seawater and help significantly reduce the scaling tendency when mixing with high TDS formation water during fracturing treatments using seawater-based fluid. Combining the nanofiltration technique and scale inhibitor application, the scale issue during fracturing using seawater-based fluid can be effectively mitigated and was determined to be suitable for field application. The scale inhibitor showed good compatibility with nanofiltered seawater. The dynamic scaling tests were successful when the proper scale inhibitor and optimum concentration were used, while the static tests did not form any precipitation. Thermal aging resulted in a color change for all tests, as expected, and the performance of the thermal-aged scale inhibitor was evaluated.
This paper provides insight into the scale deposition and inhibition for fracturing treatments using seawater-based fluid at high-temperatures up to 300°F and furthers the effective strategies to address the scale issue during fracturing using seawater-based fluid.