This document discusses whether health data constitutes big data. It identifies several sources of health data, such as clinical data, medical publications, and genomic data. While health data storage is projected to reach 25,000 petabytes by 2020, health data only accounts for 30% of the world's total data storage compared to other data-rich domains. However, the healthcare system has not fully optimized the potential benefits of big data due to issues like a lack of data integration and standardization. While health data is large, it is not as big as data from other domains that have more successfully harnessed the value of big data analytics.
This document discusses healthcare analytics. It begins by defining healthcare analytics as focusing on technologies and processes that measure, manage, and analyze healthcare data to enable more effective and efficient operational and clinical decisions. It then outlines the objectives of healthcare analytics as making decisions data-driven, transparent, verifiable, and robust. The document describes the main types of analytics as descriptive, predictive, diagnostic, and prescriptive. It also lists some common sources of healthcare data and how healthcare companies use analytics to reduce costs, improve patient outcomes, and conduct randomized clinical trials. Emerging technologies discussed include big data, AI/ML, blockchain, and AR/VR. Finally, some existing healthcare analytics tools on the market are briefly described.
Role of information technology on healthNisha Yadav
This document provides an overview of the role of information technology in healthcare. It discusses the history and basics of IT, highlights key IT tools used in healthcare like electronic medical records, telemedicine, and health information exchange. It also covers the need for IT in healthcare to improve quality, access, and efficiency. Privacy and security challenges with healthcare IT are also summarized. Finally, the current adoption of IT in healthcare settings and India's National Digital Health Mission initiative are briefly outlined.
Big data in healthcare refers to large, diverse, and complex datasets that are difficult to analyze using traditional methods. The healthcare industry generates huge amounts of data from sources like electronic health records, medical imaging, and fitness trackers. Analyzing this big data can help improve patient outcomes, reduce costs, and advance personalized medicine. However, healthcare also faces challenges like data silos, privacy concerns, and resistance to change. Opportunities include disease prediction and prevention, reducing readmissions and fraud, and optimizing care through remote monitoring. Some organizations are starting to see benefits from big data initiatives focused on areas like evidence-based treatment and integrated health records.
This document discusses how big data can be used in the healthcare sector to improve outcomes and reduce costs. It begins by defining big data and describing how large corporations have been using big data for years. It then draws a parallel between how big data helped answer what advertising worked for companies like Google, and how big data can help determine which medical treatments are effective. The document outlines some key characteristics of big data in healthcare, such as different types of data silos and the 4 Vs of big data. It also discusses drivers for adoption of big data in healthcare and provides examples of how big data can enable quality improvement and cost cutting. Challenges to adoption are outlined as well as some leading big data companies in healthcare. The document
This presentation is about basics of Big data Analytics along with Characteristics,Challenges,Structures,Differences between Traditional and Big data,How Big data is getting benefited in Healthcare Industry,Big data in Real time
The document discusses healthcare information technology and its evolution. It defines common terms like EMR, EHR, HIS, HL7, DICOM and PACS. It states that computerized physician order entry (CPOE) can significantly reduce medication errors and preventable adverse drug events. The hospital information system (HIS) is described as an integrated system that manages administrative, financial and clinical data across different departments. Several standards organizations are working to develop standards for interoperability between different health IT tools and electronic medical records.
Digital health technologies like electronic health records (EHRs) aim to make healthcare delivery more efficient, timely and effective. However, simply implementing technology for its own sake is not enough - technology must be used to truly transform clinical processes and improve patient outcomes. A "smart hospital" focuses on using information and digital tools to enhance clinical decision-making and support high quality care, rather than just replacing paper records. Health IT should help humans perform better rather than replace them.
Healthcare in future will not be like today. The changes are dramatic and paradigmatic. In this presentation we will see some the mega trends influencing this field. Future Trends, Population Increase, Aging, Urbanization, Individualization and health awareness, Consumerism, Shifting Economy, Technological Progress, Climate Change and Environmental Pollution, Shifting Disease Patterns, lifestyle diseases, high-calorie diet, physical inactivity and higher levels of stress, Decline in muscular, skeletal and infectious diseases, Better-informed Patients, Decline in information asymmetry, Internet, Social Networks, Self care, home care, self-medication, New Health Markets, Pharma, economy, pharmerging countries, Growing Competition, Brand, Generic, Innovative, HighTech, Increasing Cost Pressure, Aging, Better Access, Complex Supply Chains, R&D outsourcing, Complex Products, supply chains, Product Development, Innovation, Pharmacogenomics, Therapeutic Vaccines, Regenerative medicine, 3D Printing, Robot-assisted surgeries, Mobile health,Tele-medical applications, Direct-to-consumer (DTC ) distribution, Direct-to-consumer (DTC ) advertisement, OTC Growth, home delivery, prescription drugs,
MEASURE Evaluation’s Health Information System Strengthening ModelMEASURE Evaluation
This PowerPoint presentation provides an updated overview of MEASURE Evaluation’s Health Information System Strengthening Model, or the HISS Model. The slides describe the purpose of the model and each of the model’s areas and sub-areas.
Digital healthcare technologies are transforming healthcare delivery globally. Companies are developing technologies like mobile apps, big data analytics, and smart medical devices to improve patient monitoring and outcomes. These digital innovations extract insights from medical data to enhance healthcare provisioning, reduce costs, and support preventative care and remote patient monitoring. Emerging areas like bioinformatics and medical analytics utilize big data to provide actionable clinical insights.
Digital health care technology is transforming hospitals. While technology offers opportunities to improve quality, safety and efficiency, fully digitizing healthcare and replacing clinical judgement with algorithms is still a long way off. Hospitals need to focus on using technology to support, not replace, clinicians. Success requires balancing the needs of people, processes and technology, and managing risks from unintended consequences and legal compliance issues. The ultimate goal remains providing high quality, patient-centered care.
The document discusses various topics related to information systems in healthcare, including electronic medical records, hospital information systems, intranets, telemedicine, picture archiving and communication systems, and clinical decision support systems. It provides details on the objectives, capabilities and benefits of these systems, highlighting how they can improve various aspects of healthcare delivery such as quality, efficiency, cost and accessibility.
A health information system (HIS) refers to a system designed to manage healthcare data, including a patient's electronic medical record, a hospital's operations, and supporting healthcare policy decisions. [HIS] has five core components: hardware, software, telecommunications, databases, and human resources/procedures. Good information management is crucial at all levels of healthcare from local to national as it provides data to policymakers, managers, and healthcare providers. A HIS aims to adequately enable information processing for patient care, administration, research, and education while considering economic and legal factors. It should provide the right information, knowledge, and data to the right people at the right time and place in the right format to support decision making and
This document discusses the development and management of information systems in healthcare. It outlines how health IT can help improve quality of care by making information more accessible and reducing errors. Effective management of IT requires balancing people, processes, and technology, and using strategic and project management approaches. Health IT development may involve in-house or outsourced software solutions using methodologies like waterfall or agile development. The goal is to apply technology to enhance care while considering the complex, information-rich nature of healthcare.
Big Data in Healthcare Made Simple: Where It Stands Today and Where It’s GoingHealth Catalyst
The document discusses big data in healthcare, where it currently stands and its future potential uses. It explains that while big data is not necessary for most healthcare organizations currently, emerging technologies like wearable devices and whole genome sequencing will generate large amounts of diverse data requiring big data solutions. It also outlines some barriers to big data adoption in healthcare like a lack of security and need for data science expertise. The document envisions future applications of big data like predictive analytics, using additional data sources to better predict patient outcomes and needs.
Health information systems (HIS) allow for the optimization of healthcare information acquisition, storage, retrieval, and usage. Key advantages of HIS include centralized data access across locations, increased efficiency through easy access to patient records and test results, improved security and confidentiality of patient data, increased storage capabilities, and improved accuracy through automated flagging of abnormal test results. However, HIS implementation presents disadvantages as well, most notably very high upfront and ongoing costs. Learning new systems also presents a learning curve challenge for some. On balance, the advantages of data access, efficiency, and patient care improvements provided by HIS are worth the costs.
Public Health informatics, Consumer health informatics, mHealth & PHRs (Novem...Nawanan Theera-Ampornpunt
Presented at the M.S. and Ph.D. Programs in Data Science for Health Care, Faculty of Medicine Ramathibodi Hospital, Mahidol University, Bangkok, Thailand on November 11, 2019
The document discusses hospital information management and hospital information systems. It defines key terms like hospital, information, health information management. It describes the objectives of health information management as acquiring, analyzing and protecting medical information to provide quality patient care. It also discusses how information systems can streamline hospital operations and increase efficiency.
This is a simple presentation about Hospital Information System. The following are the contents.
1) What is Hospital Information System?
2) Problems associated with traditional paper based systems.
3) Purpose of Hospital Management System
4) Functions
5) How it works?
6) System Requirements
7) Advantages
This is my first upload, hope you like it.
The document discusses the services provided by AMAX Electronics, an IT solutions and security company located in Pretoria, South Africa. AMAX offers integrated security solutions including access control, CCTV, electric fencing, boom gates, visitor management systems, and more. It also provides network infrastructure, call center support, energy management, and timelapse video capture services. The company aims to be a one-stop-shop for all a client's IT and security needs through quality products and service.
BBC Radio 1 is a British radio station aimed at listeners aged 15-19. It is funded by TV licenses and operated by the BBC. The station broadcasts pop music as well as news, documentaries, and campaigns to entertain its young audience. Popular hosts include Nick Grimshaw, Clara Amfo, and Greg James. BBC Radio 1 has about 9 million listeners and can be accessed through radio, the BBC website, app, and iPlayer.
An interview is a conversation between two or more people where questions are asked to gather information. It is an important part of evaluating candidates for jobs or programs. There are several types of interviews including formal, appraisal, stress, behavioral, informal, and group interviews which differ in their structure and purpose.
Este documento explica los derechos de autor y las licencias Creative Commons. Los derechos de autor protegen las creaciones intelectuales de los autores. Las licencias Creative Commons permiten a otros usar y distribuir obras bajo ciertas condiciones, como dar crédito al autor o no usarlas comercialmente. El documento describe los seis tipos principales de licencias Creative Commons.
This document contains the resume of Imthiyas.S, who has 4 years of experience as a Mechanical Technician. He is currently working at EMOIL - EMDAD PETROLEUM AND AVIATION FUEL STORAGE FZCO in the UAE, where his responsibilities include maintenance of marine loading arms, valves, pumps and other equipment. Prior to this, he worked as a Quality Controller in India. He has training in fire safety and first aid. Imthiyas holds a B.E. in Mechanical Engineering and is proficient in AutoCAD, SOLIDWORKS, and Microsoft Word.
El silencio es_el_mejor_amigo_del_billying_no_te_quedes_calladorodriguesj18
Este documento presenta un proyecto de investigación sobre el bullying en la escuela. Los objetivos generales son analizar conclusiones de tesis sobre estudios del bullying y profundizar el tema, conocer las causas y tipos de bullying, y valorar la importancia de una sana convivencia. Resume dos tesis, una de 2014 que analizó formas frecuentes, causas y consecuencias de bullying a través de una encuesta, concluyendo que los estudiantes son conscientes de las graves consecuencias. La otra tesis de 2013 estudió manifestaciones de agresión verbal entre
Muhammad Arshad has over 20 years of experience in security roles. He is currently a Facility Security Manager at Gulf Medical University in Ajman, UAE, where his responsibilities include supervising personnel, enforcing rules and regulations, and ensuring security of doors, equipment, and facilities. Previously, he held roles as a Team Leader for Security at Al Ghurair Center in Dubai and as a CCTV Operator at Bahrain City Centre, among other security positions. He has qualifications in CCTV control, fire safety, customer service, and languages including English, Arabic, Hindi, and Punjabi.
1. El documento habla sobre el significado de la misericordia desde la perspectiva cristiana como un atributo divino de compasión, consideración y perdón. 2. Explica que la misericordia se puede expresar de formas materiales como espirituales a través de obras como dar de comer al hambriento o perdonar. 3. También resume brevemente algunos aspectos clave del Año de la Misericordia convocado por el Papa Francisco como una oportunidad especial de reconciliación.
La administración tributaria busca administrar los recursos públicos y lograr el bienestar de los ciudadanos mediante la eliminación de abusos y corrupción. La SUNAT es la institución encargada de la administración tributaria en Perú, cuyos objetivos son promover el cumplimiento tributario voluntario mediante la virtualización de servicios, facilitar el comercio exterior reduciendo tiempos de despacho, y reducir el incumplimiento tributario mejorando la detección de ilícitos.
This document discusses big data analytics in healthcare. It begins by defining translational bioinformatics and discussing the challenges and opportunities of big data. It then outlines how big data is generated from a variety of clinical, administrative, and other sources. Technologies like Hadoop and NoSQL databases are important for analyzing large and diverse healthcare datasets. The document argues that big data analytics can help innovate and accelerate healthcare by enabling predictive analytics, personalized medicine, and improving outcomes while reducing costs.
This document presents an MSc thesis on big data in healthcare. It discusses how the healthcare sector is generating large amounts of data and how big data can be used in healthcare. The document outlines a plan to first discuss why big data is important in healthcare, providing examples of data usage history and current applications. It then details how big data can be collected, processed and analyzed in the healthcare sector using tools like Hadoop, Hive, Pig and Sqoop. The future potential of big data in healthcare is also envisioned, with real-time uses.
White paper examines the unstructured data management challenges healthcare organizations face and how the Hitachi Data Systems solution employs metadata to address the data storm.
A BIG DATA REVOLUTION IN HEALTH CARE SECTOR: OPPORTUNITIES, CHALLENGES AND TE...ijistjournal
This document discusses opportunities and challenges of big data in the healthcare sector. It begins by introducing big data - describing its volume, velocity and variety characteristics. It then outlines various sources of big data in healthcare like electronic health records, medical images, and sensor data. The document explores opportunities like decreasing costs, personalized medicine, and preventative care. Challenges discussed include privacy concerns, data aggregation issues, and the need for expert knowledge. Finally, it presents technologies that support big data analytics in healthcare such as Hadoop, Hive and Cassandra.
This document discusses big data analytics for the healthcare industry. It describes how big data is being generated at an alarming rate in healthcare for purposes like patient care and regulatory compliance. The four V's of big data - volume, velocity, variety and veracity - are discussed. The document outlines how big data analytics can improve patient outcomes through pathways like right living, right care, right provider, right innovation and right value. Hadoop applications that can help the healthcare sector manage and analyze large amounts of unstructured data are also presented.
Beyond Reporting: Monitoring and Evaluation as a Health Systems Strengthening...MEASURE Evaluation
This document discusses monitoring and evaluation (M&E) as a health systems strengthening intervention. It presents the World Health Organization's health systems framework, which depicts six building blocks of a health system: service delivery, health workforce, information, medical products and technologies, financing, and leadership and governance. The document argues that strengthening M&E systems can improve all six building blocks by increasing accountability, management, and use of data to strengthen programs. It acknowledges challenges like transitioning to more robust M&E systems and maintaining momentum for improvement.
As countries continue to invest and make strides toward achieving the SDGs and universal health coverage, strong routine health information systems (RHIS) are fundamental to the effort. Well-functioning RHIS provide a wealth of data on a country’s health system, including service delivery, availability of a trained workforce, and reach of interventions, that can be harnessed to identify gaps and support evidence-based decision making. Yet, while many low-to-middle income (LMIC) countries have established a national RHIS structure, there are existing challenges related to the availability, analysis, and use of the data that have yet to be addressed.
Written Assignment 1 HIT Strategic Plan .docxtroutmanboris
Written Assignment 1
HIT Strategic Plan
Information and Communication Technology for Health Professionals
Dr. Michelle Kameka
Florida International University
2
HIT Strategic Plan
Corporate/ Institutional Goals and Objectives
Our mission is to provide the best environment for our employees and patients. Providing
employees with a comfortable workplace and training to offer patients the best possible care.
Patients will be able to receive effective quality care at a low cost. Our goal is to expand and
diversify the market service base to the best of our ability (Glandon, Smaltz, Slovensky, 2014).
HIT Goals and Objectives
Our Health Information Technology systems will analyze changes in the service market
and resources for the development of new services (Glandon, Smaltz, Slovensky, 2014).
Supplying our physicians with top of the line tools and software will allow them to effectively
treat patients with the highest quality of care. New health information technology will strive to
improve quality, effectiveness and efficiency of healthcare services while keeping their personal
health information private (Aminpour, Sadoughi, Ahmadi, 2013).
Priorities for the applications portfolio
Each factor listed below is imperative to the success of a HIT system but for the
successful planning we must list priorities for the new computer applications from most
recommended priority to least below. (Glandon, Smaltz, Slovensky, 2014)
Financial information system that manages all financial transactions like
payments from patients, assets, and expenses.
Office automation system ensure communication and document storage
Facilities project management system to ensure meeting company goals by
planning and organization
3
Human resources system for the hiring and proper training of employees
Resource utilization and scheduling systems for patients and physicians to avoid
delays, missed appointments and unused equipment
Materials management system organizing and controlling the disbursement of
materials available to employees
Financial information and office automation is listed as top priorities because patient
financial and medical documents need to be ensured of their privacy. The Health Information
Portability and Accountability Act (HIPAA) ensures that a patient’s medical private information
will be protected when electronically transmitted (Glandon, Smaltz, Slovensky, 2014). There can
be serious consequences if violated, thus we must ensure a patient’s privacy is protected at all
times.
HIT Architecture and Infrastructure
The current HIT architecture has many flaws to its system like time consumption,
distribution, information security, and sever pressure (Yao, Han, Ma, Xue, Chen, Li, 2014). All
of these detrimental issues can be avoided by using a Cloud based Virtual Desktop
Infrastructure. The new Cloud syste.
Application of Big Data in Medical Science brings revolution in managing heal...IJEEE
Big Data can be combined with new technology to bring about positive conversion in the health care segment. A technology aimed at making Big Data analytics a certainty will act as a key element in transforming the way the health care industry operates today. The study and analysis of Big Data can be used for tracking and managing population health care effectively and efficiently. In ten years, eighty percent of the work people do in medicine will be replaced by technology. And medicine will not look anything like what it does today. Healthcare will change enormously as it becomes a data-driven industry. But the magnitude of the data, the speed at which it’s growing and the threat it could pose to individual privacy mean mastering "big data" is one of biomedicine's most pressing challenges. Hiding within those mounds of data is knowledge that could change the life of a patient, or change the world. This also plays a vital role in delivering preventive care. Health care will change a great deal as it becomes a data- driven industry. But the size of the data, the speed at which it’s growing and the threat it could cause to individual privacy mean mastering it is one of biomedicine's most critical challenges. In this research paper we will discuss problems faced by big data, obstacles in using big data in the health industry, how big Data analytics can take health care to a new level by enhancing the overall quality of patient care.
Benefits of Big Data in Health Care A Revolutionijtsrd
Lifespan of a normal human is increasing with the world population and it produces new challenge in health care. big data change the method of data management ,leverage data and analyzing data.with the help of big data we can reduces the costs of treatment, reducing medication and provide better treatment with predictive analytics. Health related data collected from various sources like electronic health record EHR ,medical imaging system, genomic sequencing, pay of records, pharmaceutical research , and medical devices, etc. are refers to as big data in healthcare. Dr. Ritushree Narayan ""Benefits of Big Data in Health Care: A Revolution"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd22974.pdf
Paper URL: https://www.ijtsrd.com/computer-science/data-miining/22974/benefits-of-big-data-in-health-care-a-revolution/dr-ritushree-narayan
The document provides an overview of big data analytics for healthcare. It begins with motivating examples that demonstrate how big data can help improve healthcare outcomes and lower costs. It then discusses the main sources of healthcare data, including structured EHR data like billing codes, labs, and medications, as well as unstructured clinical notes. The document outlines challenges in analyzing these different types of complex healthcare data. It also introduces a healthcare analytics platform that can extract and select features from various data sources to build predictive models. Finally, it discusses techniques for clinical text mining, including named entity recognition and negation analysis.
HEC 2016 Panel: Putting User-Generated Data in Action: Improving Interpretabi...Pei-Yun Sabrina Hsueh
Chair/Moderator: Pei-Yun Sabrina HSUEH, PhD (IBM T.J. Watson Research Center)
Panelists: XinXin ZHU, Bian YANG, Ying-Kuen CHEUNG , Thomas WETTER, and Sanjoy DEY
a IBM T.J. Watson Research Center, USA
b Norwegian University of Science and Technology, Norway
c Mailman School of Public health, Columbia University, USA
d, Department of Biomedical Informatics, University of Washington, USA
e Department of Medical Informatics, University of Heidelberg, Germany
The rise of consumer health awareness and the recent advent of personal health management tools (including mobile and health wearable devices) have contributed to another shift transforming the healthcare landscape. Despite the rise of health consumers, the impact of user-generated health data remains to be validated. In fact, many applications are hinged on the interpretability issues of this sort of data. The aim of this panel is two-fold. First, this panel aims to review the key dimensions in the interpretability, spanning from quality and reliability to information security and trust management. Secondly, since similar issues and methodologies have been proposed in different application areas ranging from clinical decision support to behavioral interventions and clinical trials, the panelists will also discuss both the success stories and the areas that fall short. The opportunities and barriers identified can then serve as guidelines or action items individuals can bring to their organizations to further improve the interpretability of user-generated data.
The Health Catalyst Data Operating System (DOS™): Lessons Learned and Plans ...Health Catalyst
Just over three years ago, Health Catalyst publicly announced the development of the Data Operating System (DOSTM). Conceptually, DOS goes back more than 20 years as a single platform that could support what Dale Sanders calls the “Three Missions of Data”—analytics, data-first application development, and interoperability.
“Data platforms are the next evolution of the technology stack,” Sanders says. While the Cloud made infrastructure an easy and scalable platform, modern operating systems and programming languages made software platforms scalable and easy to build. He cautions, however, “Data wrangling, especially in healthcare, is still a giant challenge.” Sanders explains that DOS is therefore an essential strategy for Health Catalyst, as well as an important new concept in the world of platforms.
“DOS and its concept is a data platform that makes analytics, app development, and interoperability easy and scalable,” Sanders says.
In this webinar, Sanders and Bryan Hinton will review the concept of a data operating system and the vision behind it. Hinton, who leads the DOS team for Health Catalyst, will reflect on lessons learned over the past three years and what he has planned for the future.
A presentation in March 2012 presented at the Ramathibodi Hospital Administration School, Faculty of Medicine Ramathibodi Hospital, Mahidol University in Bangkok, Thailand. Presentation partly in English and partly in Thai.
Why is the NIH investing $100M at the intersection of data science and health research? The NIH seeks to invest in ways to help researchers easily find, access, analyze, and curate research data. Researchers want visual analytics, and to build the database into a “social network” – being able to “friend” or “like” the data.
Big data can be described as a large and complex set of data tha.docxtangyechloe
Big data can be described as a large and complex set of data that requires specialized approaches to use effectively to uncover hidden insights and help solve problems that may arise in healthcare. Big data in healthcare focuses on the patient’s data to improve their clinical experience, use operational data to maximize workflow, and use financial data to streamline revenue (Agarwal, Gao, DesRoches & Jha, 2010). Nurse executives in the healthcare system need to be diverse thinkers on manipulating vast amounts of data to shape and reshape the system (Gefen & Ragowsky, 2005). Critical analysis and synthesis of the data are done to develop conclusions on how to plan and run the organization. Although the assessment of big data is vital, it bears benefits as well as detriments.
The main challenges that big data has on healthcare are increased healthcare data and growing costs. Health records moved from manual to digital, which increased the volume of the data made available. Health care data is not limited to what the healthcare providers present but includes data from the internet-of-things devices such as wearable devices, smartphone applications, and increased social media traffic. This extensive collection of data from these sources means a large data deposit that needs to be analyzed in the healthcare system (Bryant, Katz & Lazowska, 2008). Large amounts of input suggest that processing this data to give meaningful output requires high healthcare investments to allow for such analysis to be made by trained clinical staff. Big data needs to be sorted to develop conclusions on how to run the organization to achieve quality and enhanced information.
On the other hand, big data ensures effectiveness and personalized care with complete records of the patients. The data collected from the various health care platforms brings about more detailed information about a patient’s health. Although the information contained might seem bulky, once it has been sorted and organized, it provides a perspective on efficiency in healthcare services and neat patient information storage. Big data makes it possible for clinical systems to provide quality care to patients (Goh, Gao & Agarwal, 2011). Some patient records bring to focus those who have a risk of chronic illnesses. Hospitals need to identify such cases early and develop treatment, ensuring that the patient’s condition is mitigated before getting worse.
Challenges experienced in healthcare systems need to be solved for big data to become a valuable healthcare system tool. Getting rid of medication errors is one way to begin. A significant cause of health problems often leading to death is giving wrong medications to patients. Implementing high-end computing tools in the healthcare system is essential to access and process the collected data (Goh et al., 2011). As much as a vast amount of data is available, it is imperative to avoid making errors. The records compiled should be analyzed for proper medi.
Managing and Analyzing Health Data (VLDB Conference)Peter Speyer
This document summarizes the work of the Institute for Health Metrics and Evaluation (IHME) in managing and analyzing global health data. IHME aims to improve global health by providing independent health measurements and evaluations. It faces challenges in finding, accessing, using, and disseminating the large quantities of diverse health data from various sources. IHME develops solutions like statistical computing infrastructure and the Global Health Data Exchange, a data catalog and repository that aims to increase transparency, access, and sharing of health information.
This document provides an introduction to health information technology (IT) applications in hospitals from Dr. Nawanan Theera-Ampornpunt. It discusses her background and credentials in health informatics. The presentation covers why healthcare differs from other industries in needing IT, examples of common health IT tools, and the value of health IT in improving quality, safety and efficiency. It summarizes landmark reports calling for healthcare reform and modernization through increased IT adoption. The concept of "meaningful use" of electronic health records is introduced as a strategy to promote effective health IT implementation in the US.
The application of big data in health care is a fast-growing field, with many discoveries and methodologies published in the last five years. Big data refers to datasets that are not only big but also high in variety and velocity, which makes them difficult to handle using traditional tools and techniques. Moreover, medical data is one of the most growing data, as it is obtained from Electronic Health Records (EHRs) or patients themselves. Due to the rapid growth of such medical data, we need to provide suitable tools and techniques in order to handle and extract value and knowledge from these datasets to improve the quality of patient care and reduces healthcare costs. Furthermore, such value can be provided using big data analytics, which is the application of advanced analytics techniques on big data. This paper presents an overview of big data content, sources, technologies, tools, and challenges in health care. It also intends to identify the strategies to overcome the challenges.
This document outlines an evaluation plan for Nova Scotia 811 Telecare, a telehealth program that provides non-emergency health services. The plan aims to evaluate if the program reduces hospital utilization and improves patient symptoms and self-care. Data will be collected through interviews, focus groups, questionnaires, and case studies from program participants. Both quantitative and qualitative data will be analyzed to determine if the program achieved its goals of reducing hospital use by 10% and improving symptoms for 95% of patients. The evaluation design uses a pre-test post-test approach to measure changes before and after using the telehealth services.
Social Network Analysis: A Discussion Forum on Weight LossSteve Iduye
The document discusses a social network analysis of an online weight loss discussion forum. It presents the agenda, background on weight loss programs, and introduces the dataset of 109 posts by 63 users about 28 different weight loss programs. It then analyzes the two-mode network through measures of degree centrality, betweenness centrality, closeness centrality, and eigenvector centrality to determine the most popular, effective, accessible, and recommended programs. The conclusions are that popularity relates to effectiveness, programs depend on individual factors, preferences consider location and cost, and successful programs are readily recommended.
This document discusses whether health data constitutes big data. It finds that while health data is large in size, it is not as large as data from other domains that have more fully leveraged big data technologies and approaches. Health data makes up only 30% of global data storage and is projected to reach 25,000 petabytes by 2020. However, health data has not reached its full potential due to a lack of data integration, standardization issues, and other logistical challenges. While the size of health data is big, more work remains to be done to optimize its benefits in the same way other data-rich domains have.
This document discusses nurses burnout and its implications for nursing leadership. It begins with an introduction to burnout syndrome among nurses, explaining that burnout is a significant issue due to nursing shortages. It then covers the causes of burnout including workplace factors. The theoretical frameworks of structural empowerment theory and the dualistic model of passion are discussed. The stages and impacts of burnout are outlined, including effects on nurses, patients, and management. Recommendations are provided for addressing burnout through lifestyle modifications, structural empowerment in organizational culture, and improving staffing and work hours. Measurement tools like the Maslach Burnout Inventory are also discussed.
National e-health involves using information and communication technologies to improve healthcare. The WHO promotes intersectoral collaboration between health and IT to develop e-health solutions that are health-centric. Germany launched an e-health initiative in 2007 that gave 80 million patients mobile access to their electronic health records. Both Canada and Australia have invested heavily in developing national e-health infrastructures, with Canada investing $1.6 billion and Australia around $5 billion since 1998. While both countries have seen benefits from increased efficiency and care quality, they still face challenges around interoperability and a fragmented approach.
This document outlines a care model for diagnosing and treating bacteriuria in nursing home residents. It describes a protocol developed in Nova Scotia that uses clinical workflows and BPMN diagrams to standardize the diagnosis and treatment of UTIs. The goal is to accurately diagnose UTIs, improve outcomes, optimize antibiotic use, and decrease morbidity and mortality. The protocol focuses on residents with and without indwelling catheters, outlining signs and symptoms that indicate treatment based on lab test results and fever. It was implemented successfully in nursing homes across Nova Scotia.
Clinical Practice Guildeline in Diagnosis and Treatment of AsthmaSteve Iduye
This document outlines guidelines for diagnosing and treating asthma, including:
1. Lists symptoms that should prompt consideration of asthma in adults and children, such as wheezing, coughing, and difficulty breathing.
2. Specifies that spirometry testing can confirm asthma if results show improved airflow after a bronchodilator.
3. Provides criteria for classifying asthma as controlled or uncontrolled and treating accordingly.
Data mining techniques on heart failure diagnosisSteve Iduye
The document discusses using data mining techniques to diagnose coronary artery disease (CAD) through three case studies. Case 1 uses association rule mining on the Cleveland dataset to identify risk factors for CAD. Case 2 uses decision trees and bagging algorithms on laboratory and echocardiography features to diagnose CAD. Case 3 applies classification algorithms like SMO and Naive Bayes as well as feature selection and creation to the Z-Alizadeh Sani dataset to predict artery stenosis. The studies demonstrate how data mining can effectively analyze medical data and extract rules to diagnose CAD.
Social media analysis: A Discussion Forum on Weight LossSteve Iduye
Social network analysis (SNA) has been widely used across a range of disciplines but is most commonly applied to help improve the effectiveness and efficiency of decision making processes in many settings. We are utilizing SNA to inform the development of behavioural-change in order to improve the right program intervention.
This ppt with few visuals will explains meaning of compartment syndrome , main causes , types, nursing management, Intra abdominal pressure monitoring, procedure ,main role of nurses...intra abdominal hypertension & Intra abdominal pressure vitality in maintaining homeostasis.....
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Cost-Effective Hospital Marketing Strategies Maximize your reach without Brea...HMS Advisors Pvt Ltd
In today's competitive healthcare landscape, effective marketing is essential for attracting and retaining patients, but budget constraints can make extensive campaigns challenging. This article explores affordable marketing solutions to help healthcare providers maximize their reach without breaking the bank.
Database Creation in Clinical Trials: The AI AdvantageClinosolIndia
The use of AI in creating and managing databases for clinical trials offers significant advantages, transforming how data is collected, managed, and analyzed. Here are the key benefits and approaches of leveraging AI in this context
Benefits:
The joined thumbs accentuate
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A price that is appropriate for massage therapy enables cost-effective healthcare access. If such treatments cost is low, it would provide more individuals with an opportunity to enjoy frequent massages which are crucial in relieving anxiety and pain. Because it is cheap, individuals may incorporate such treatments in their healthcare lifestyles without having to be concerned about how much they spend on themselves. At Malayali Kerala Spa Ajman, we are providing all types of massage services @ 99 AED. Visit us today.
VENEERS: YOUR SMILE'S BEST KEPT SECRET.pptxSatvikaPrasad
Veneers are a transformative dental solution that offers a seamless blend of aesthetics and functionality, making them a popular choice for enhancing smiles. These thin, custom-fabricated laminates are primarily constructed from either high-grade porcelain or composite resin materials, both selected for their superior aesthetic and functional properties. Veneers are meticulously bonded to the labial surfaces of anterior teeth, providing a definitive solution for a variety of dental conditions, including intrinsic discoloration, enamel defects, minor malalignments, diastemas, and structural deficiencies such as chips or fractures. The preparation for veneer placement typically involves minimal reduction of the tooth structure, preserving the maximum amount of healthy tooth while allowing for optimal adhesive bonding. This conservative approach is pivotal in maintaining tooth vitality and structural integrity. The precise customization and application of veneers require a thorough understanding of dental materials, occlusion, and esthetic principles, underscoring their role as a sophisticated and effective treatment modality in contemporary prosthodontic practice.
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Organic Mimi is a real treat for skin and hair care. A healthy and pleasant pampering experience when you want to indulge yourself with organic natural ingredients for skin beauty and delicious fragrances for cheerful mi-mi mood. Our products are "no-fuss": pure formulations and simple application ensure your skin's basic needs for hydration, nourishment and protection are covered. Fun packaging, reminiscent of ice-cream cups, and mimi-aromatherapy turn your everyday skincare routine into a genuine beauty ritual causing beauty addiction
World Health Organization Guidelines on Nutrition .pptxMopideviSravani
WHO is the directing and coordinating authority for health. It is responsible for providing
leadership on global health matters, shaping the health research agenda, setting norms and
standards, articulating evidence-based policy options, providing technical support to countries
and monitoring and assessing health trends.
WHO guidelines on Nutrition:
1. Guideline: iron and folic acid supplementation in menstruating women
2. Guideline: iron supplementation in preschool and school-age children
3. Guideline: Neonatal vitamin A supplementation
4. Guideline: Vitamin A supplementation during pregnancy for reducing the risk of mother-tochild transmission of HIV
5. Guideline: Vitamin A supplementation for infants 1-5 months of age
6. Guideline: Vitamin A supplementation in postpartum women
https://www.biomedscidirect.com/journalfiles/IJBMRF2024345/prevalence-and-drug-susceptibility-of-e-coli-campylobacter-and-citrobacter-from-the-eggshell-surface-of-table-and-hatchable-eggs-in-lahore-pakistan.pdf
Authors: Muhammad Danish Mehmood, Shan E Fatima, Huma Anwar Ul-Haq, Rabia Habib, Muhammad Usman Ghani
Int J Biol Med Res. 2024; 15(3): 7825-7832
Abstract
Eggs, a staple food consumed globally, are at risk of contamination, posing a severe threat to their safety and quality. The bacterial load on the eggshell surface is crucial in predicting bacterial penetration and egg interior contamination. Exposure to nesting material and faecal matter can introduce egg-borne pathogens, some of which can lead to food-borne illnesses. The global scale of epidemics caused by egg-borne pathogens underscores the criticality of egg safety. A comprehensive study was conducted in Punjab, Pakistan, to assess the potential risk of contamination. A total of 360 eggs from various breeds of hens were tested and categorized as unclean, soiled and clean. The bacteria Salmonella, Proteus and Staphylococcus were isolated from the eggs. The highest percentage of isolates were found in unclean eggs: Salmonella (26.7%), Proteus (24.5%) and Staphylococcus (33%). In soiled eggs, the highest percentage of isolates were Salmonella (22.6%), Proteus (17.6%) and Staphylococcus (10.9%). In cleaned eggs, Proteus showed the highest prevalence (15.5%), followed by Salmonella (10.3%) and Staphylococcus (9.4%). The antibiotic susceptibility test (AST) results showed that all bacterial isolates were sensitive to the drugs Ofloxacin (5 µg/ml) and Cefotaxime (30 µg/ml). However, Staphylococcus and Proteus also showed sensitivity to Trimethoprim + Sulphamethoxazole (2.25/23.75 µg/ml). The study aimed not only to raise awareness about the importance of egg safety and identify the most common pathogens found on eggshells but also to develop effective strategies to reduce the risk of contamination of eggs and egg products. Once implemented, these strategies will ensure the safety and quality of this essential food source, offering a promising solution to the current challenges.
Dawn of new Era: Digital Human, Agentic AI, and Auto sapiensJAI NAHAR, MD MBA
This interactive talk focuses on Intelligent Digital
agents, Digital human, and Embodied agents, which
are important emerging applications of Generative AI
in 2024 and beyond.
Understanding Behavioral changes in Mental Distress.pdfAdetayo Kaife
Sometime ago, I had the privilege of hosting a LinkedIn webinar focused on understanding behavioral changes in individuals experiencing mental distress. I broke down this complex topic into easily understandable segments, and the positive feedback was overwhelming. Many attendees found the information incredibly valuable and requested access to the presentation slides.
I’m pleased to announce that I’ve now made these slides available for free on SlideShare. Whether you're in the medical field or not, these resources can help you better understand and support someone going through a mental health crisis.
You don’t need to be a healthcare professional to make a difference.
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Module 7- Care Planning, Restorative Care, Documentation, Working in the Comm...Reliable Assignments Help
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2. Questions
Is health data big?
How big is health data compared to other
data rich domain?
3. Big Data
The concept of Big Data has transformed the way we live
Last two decades
Remarkable increase in global data
90% of world’s data created in the last two years (IBM, 2013)
Data is growing by 40% annually
Gradually reaching 45ZB (IBM, 2013)
When big data is mentioned, size is
what easily comes to mind
4. What exactly is Big Data?
“A large volume of high velocity, complex, and variable data
that require advanced techniques and technologies to
enable the capture, storage, distribution, management, and
analysis of the information” (Tech America Foundation, 2012)
Large data
Appropriate IT
To capture, analyze and disseminate the information
6. Is Health Data big?
Sources of Health Data (Canada Health Infoway Inc. 2013)
Clinical data – structured and unstructured documents, images,
and transcribed notes
Medical Publications – clinical research and medical reference
material
Clinical references – text-based practice guidelines and health
product (e.g., drug information) data
Genomic data – represents significant amounts of new gene
sequencing data
7. Is Health Data big?
Sources of Health Data (Canada Health Infoway Inc. 2013)
Streamed data – home monitoring, telehealth, handheld and
sensor-based wireless or smart devices are new data sources and
types
Web and social networking data – consumer use of Internet data
from search engines and social networking sites
Business, organizational and external data – administrative data such
as billing and scheduling and other non-health data
9. Health Data vs Other Data-Rich Domain
Approximately 2.5 quintillion bytes of data are generated
everyday (Pathak, Shah, 2014)
In 2011, global data storage reached 1.8 ZB (Bao, Hoque)
It will take 47million years to view all the data in HD movies
(Hoover,2013)
Health Data constitutes just 30% of the world data
storage
Projected to reach 25,000 petabytes in 2020 (Feldman et al., 2012)
10. Health Data vs Other Data-Rich Domain
Other sectors have successfully harnessed the
value and the benefits of big data
Health care system is just getting started- Why?
Lack of data integration
Poor standardization of data format
Other logistic problems (Pathak, Shah, 2014)
11. Conclusion
Health data is big, but not as compared to other data rich domain, because HD
potential benefits have not been fully optimized.
12. Reference
Bao, Y., Hoque, R (2016) Big Data: Concepts, Methodologies, Tools, and Applications: Concepts,
Methodologies, Tools, and Application. Management Association, Information Resources. IGI
Global - p: 2478
Emerging Technology Series (2013)Big Data Analytics in Health: White Paper (Full
Report).Canada Health Infoway Inc.
IBM (2013) IBM’s smarter cities challenge: Syracuse. Armonk,NY:IBM Corporate. Available from:
http:/smartercitieschallenge.org/executive_reports/SmarterCities-Syracuse.pdf
Roski, J., Bo-Linn, G., & Andrews, T. (2014). Creating Value In Health Care Through Big Data:
Opportunities And Policy Implications. Health Affairs, 33(7), 1115-22.
Tech America Foundation(2012)Demystifying Big Data: A practical Guide to Transforming Business of
Government. Retrieved from http://ctolabs.com/wp-content/uploads/2012/10/techamericabigdatareport.pdf