Forensic Patients in the Healthcare Setting

Author(s):  
Debra S. Holbrook
2009 ◽  
Author(s):  
Janett Naylor ◽  
Carol Patrick ◽  
Stephanie Erickson ◽  
Julie Hildebrand ◽  
Tiffani Long ◽  
...  

2018 ◽  
Vol 13 (1-3) ◽  
pp. 189-210 ◽  
Author(s):  
Tim McNamara ◽  
Cathie Elder ◽  
Eleanor Flynn ◽  
Ute Knoch ◽  
Elizabth Manias ◽  
...  

2015 ◽  
Vol 2 ◽  
pp. 110-121
Author(s):  
María Shcherbakova

В течение последних нескольких десятилетий проблемы терминологии привлекли внимание многих исследователей и ученых, что может объясняться растущей важностью науки в жизни людей. Развитие медицинской терминологии началось много веков назад и продолжается по сей день. Основная цель этой работы заключается в рассмотрении терминологического глоссария сердечно-сосудистой системы, созданного на основе  Nomina Anatomical 2001 года, а также в комплексном анализе перевода специализированной терминологии. Наряду с разработкой испано-русского двуязычного глоссария, мы также обратили внимание на анализ собранных данных и комментарии, которые могут предотвратить ошибки и путаницу среди переводчиков и получателей переведенной информации. Для достижения целей мы прибегли к методу анализа параллельных текстов на выбранную тему в испанском и русском языках, а также к методу визуализации, что позволило нам перевести термины из списка и гарантировать высокий уровень точности, объективности, корректности, эквивалентности и адекватности. Основной гипотезой данной статьи является то, что, несмотря на греческое и латинское происхождение большинства выбранных терминов на испанском и значительной их части в русском языке, дословный перевод представляет собой наиболее серьезную и наиболее распространенную ошибку, которую совершают переводчики медицинских текстов, что объясняется особенностями развития медицинских систем в русском и испанском языках, где каждая отрасль терминологии сосредоточилась на своих собственных эволюционных принципах.Resumen: En las últimas décadas, los problemas de la terminología han llamado la atención de muchos investigadores y científicos, lo cual se explica por la creciente importancia que adquiere la ciencia en la vida de las personas. La terminología médica empezó su formación hace siglos y sigue desarrollándose hasta el momento. El objetivo de nuestro trabajo es dar cuenta de la creación de un glosario de la terminología del sistema cardiovascular basada en la Nómina Anatómica del año 2001 y un análisis exhaustivo de la traducción de términos realizada. Además de la elaboración de un glosario bilingüe español-ruso también nos hemos centrado en el análisis de datos recogidos y comentarios que pueden prevenir errores y confusiones para los traductores y otros destinatarios. Para conseguir los objetivos propuestos hemos optado principalmente por el método de análisis de textos paralelos acerca del tema elegido en español y en ruso, así como el de la metodología de visualización, lo que nos ha permitido traducir los términos de la lista representada garantizando el máximo nivel de fidelidad, objetividad, precisión, equivalencia y adecuación. La hipótesis principal del presente artículo consiste en que, a pesar del origen griego y latín de la mayoría de los términos seleccionados en castellano y una gran parte de los términos en ruso, la traducción literal de éstos representa el error más grave y más frecuente de los traductores de los textos médicos ya que debido a las peculiaridades del desarrollo de los sistemas de lenguajes médicos en español y en ruso, la terminología de cada idioma ha seguido sus propias pautas de evolución.Abstract: During the last few decades the problems of terminology have caught the attention of many researchers and scientists which can be explained by the growing importance of science in the lives of people. Medical terminology formation began centuries ago and keeps developing nowadays. The main objective of this paper is to discuss the terminological glossary of the cardiovascular system created based on the Nomina Anatomical 2001 as well as the comprehensive analysis of specialized terminology translation. Apart from the development of the Spanish-Russian bilingual glossary, I have also focused on the analysis of data collected and comments that can prevent errors and confusion among translators and recipients of the translated information. To achieve the objectives the method of analysis of parallel texts on the subject chosen has been used in Spanish and in Russian, as well as that of visualization, which allowed us to translate the terms from the list and guarantee the highest level of fidelity, objectivity, accuracy, equivalence and adequacy. The main hypothesis of this article is that, despite the Greek and Latin origin of most of the terms selected in Spanish and a large part of the terms in Russian, their literal translation represents the most serious and most common mistake that translators in healthcare setting make due to the peculiarities of the development of medical systems in Spanish and Russian languages, where each language terminology has followed its own guidelines of evolution.  


Author(s):  
Daniel Berman

How can we prevent the rise of resistance to antibiotics? In this video, Daniel Berman,  Nesta Challenges, discusses the global threat of AMR and how prizes like the Longitude Prize can foster the development of rapid diagnostic tests for bacterial infections, helping to contribute towards reducing the global threat of drug resistant bacteria. Daniel outlines how accelerating the development of rapid point-of-care tests will ensure that bacterial infections are treated with the most appropriate antibiotic, at the right time and in the right healthcare setting.


2020 ◽  
Vol 5 (1) ◽  
pp. e000542
Author(s):  
Nabil Issa ◽  
Whitney E Liddy ◽  
Sandeep Samant ◽  
David B Conley ◽  
Robert C Kern ◽  
...  

BackgroundCricothyrotomy is associated with significant aerosolization that increases the potential risk of infection among healthcare providers. It is important to identify simple yet effective methods to suppress aerosolization and improve the safety of healthcare providers.Methods5 ear, nose and throat and general surgeons used a locally developed hybrid cricothyrotomy simulator with a porcine trachea to test three draping methods to suppress aerosolization during the procedure: an X-ray cassette drape, dry operating room (OR) towels and wet OR towels. The three methods were judged based on three categories: effectiveness of suppression, availability in all healthcare systems and ease of handling.ResultsAll five surgeons performed the procedure independently using each of the three suppression methods. The wet OR towel drape was found to be an effective method to suppress aerosolization, and it did not hinder the surgeons from performing the procedure accurately. This finding was confirmed by using an atomized fluorescein dye injection into the porcine trachea, representing aerosolized material while performing the procedure.ConclusionsWe present a novel intervention using wet towels to suppress aerosolization during cricothyrotomy. Wet towels are cheap and readily available within any healthcare setting regardless of the financial resources available.


Author(s):  
Dane A. Morey ◽  
Jesse M. Marquisee ◽  
Ryan C. Gifford ◽  
Morgan C. Fitzgerald ◽  
Michael F. Rayo

With all of the research and investment dedicated to artificial intelligence and other automation technologies, there is a paucity of evaluation methods for how these technologies integrate into effective joint human-machine teams. Current evaluation methods, which largely were designed to measure performance of discrete representative tasks, provide little information about how the system will perform when operating outside the bounds of the evaluation. We are exploring a method of generating Extensibility Plots, which predicts the ability of the human-machine system to respond to classes of challenges at intensities both within and outside of what was tested. In this paper we test and explore the method, using performance data collected from a healthcare setting in which a machine and nurse jointly detect signs of patient decompensation. We explore the validity and usefulness of these curves to predict the graceful extensibility of the system.


2020 ◽  
Vol 30 (Supplement_5) ◽  
Author(s):  
C Miani ◽  
S Batram-Zantvoort ◽  
O Razum

Abstract Background Measuring the phenomenon of violation of maternal integrity in childbirth (e.g. obstetric violence) relies in part on the completeness of maternity care providers' data. The population coverage and linkage possibilities that they provide make for a great untapped potential. Although violation of integrity is a complex phenomenon best measured with dedicated instruments, standard data provide details about the birth and care received. Relevant variables include justifications of medical procedures (e.g. episiotomy) and characteristics of the birth process (e.g. length of labour). Demographic variables can be used for intersectional analyses to track potential discrimination -a dimension of violation of integrity in childbirth. Methods Using a baseline questionnaire and perinatal data obtained from hospitals, birth centres and midwifes in the BaBi study (Germany), we compared the completeness of integrity-relevant variables across providers and depending on the demographic and clinical characteristics of the women. We investigated potential for analysis from an intersectional perspective. Results Our analyses included 908 births, of which 32 outside hospital. There were 634 vaginal birth vs. 274 caesarean sections. We found poor reporting on demographic variables, in particular with regard to the 'region of origin' variable (correct origin recorded for half of the migrants). There was better reporting by midwives than by hospitals for “soft indicators”, such as the position of the women during birth (100% vs. 87.6%). Conclusions Putting more emphasis on completeness of standardised data could increase their potential for research. Healthcare setting, organisational culture and working conditions might determine what is judged important in terms of reporting; therefore, targeted education may improve this process. Next, we will interview care providers to understand data collection constraints and priorities and potential reporting bias in real-life settings.


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