Part of our assignment in which we have to make a paperwork to elaborate the use of IT in order to prevent pharmaceutical errors.
Created by: Annisa Hayatunnufus
Bachelor of Pharmacy
Management & Science University
Health institution requires quality data and information management to function effectively and efficiently. It is an understatement to say that many organizations, institutions or government agencies have become critically dependent on the use of database system for their successes especially in the hospital. This work aims at developing an improved hospital information management system using a function-based approach. An efficient HIMS that can be used to manage patient information and its administration is presented in this work. This is with the goal of eradicating the problem of improper data keeping, inaccurate reports, wastage of time in storing, processing and retrieving information faced by the existing hospital information system in order to improve the overall efficiency of the health institution. The system was developed with Hypertext Markup Language (HTML), Cascading Style Sheets (CSS), Hypertext Preprocessor (PHP), and My Structured Query Language (MySQL). The new system was tested using data collected from Renewal Clinic, Ibadan, Nigeria was used as case study were the data for the research was collected and the system was tested. The system provides a vital platform of information storage and retrieval in hospitals.
This document discusses the role of information technology in pharmacy. It begins by defining information technology and pharmacy informatics. It explains that IT systems automate manual work in the pharmaceutical industry and aid in efficiency, accuracy, and decision making through various software programs. The document highlights the importance of IT in providing time savings, reducing costs, aiding research, and preventing medication errors. It then explores several technologies including 3D printing, which can be used to create customized drug doses; nanotechnology for targeted drug delivery and detection of medication adherence; and mHealth sensors in smartphones and devices that can remotely monitor patients for clinical research studies.
This document outlines the team members presenting different sections of a research compilation on clinical information systems (CIS). It provides an overview of CIS, describing them as multifaceted systems used at the point of care to acquire, process, retain and retrieve patient information. It discusses choosing, implementing and revising a CIS which requires input from various departments. Hardware, software, bandwidth and costs associated with setting up a computer network and CIS are also reviewed.
Adopting Information Systems in a Hospital - A Case Study & Lessons LearnedNawanan Theera-Ampornpunt
This document summarizes the journey of adopting health information technology (IT) at Ramathibodi Hospital in Thailand over four generations from 1987 to the present. It describes the hospital's transition from a file-based system built in-house to a more standardized, project-based approach integrating commercial and custom-built systems. Key lessons learned include the strategic advantage of early IT adoption, balancing customization with standardization, and making careful build vs. buy decisions that consider long-term sustainability. The goal of health IT should be improving care quality, efficiency and supporting clinical and organizational strategies.
Ranking the micro level critical factors of electronic medical records adopti...hiij
In many countries, the health care sector is entering into a time of unprecedented change. Electronic
Medical Record (EMR) has been introduced into healthcare organizations in order to incorporate better
use of technology, to aid decision making, and to facilitate the search for medical solution. This needs
those professionals in healthcare organizations to be in the process of changing from the use of paper to
maintain medical records into computerized medical recordkeeping opportunities. However, the adoption
of these electronic medical records systems has been slow throughout the healthcare field. The critical
users are physicians which play an important role to success of health information technology including
Electronic Medical Record systems. As a result user adoption is necessary in order to understand the
benefits of an EMR. Therefore, in the current paper, a model of ranking factors of micro-level in EMRs
adoption was developed. Surveys distributed to physicians as this study’s respondent in two private
hospitals in Malaysia. The findings indicate that physicians have a high perception means for the
technology and showed that EMR would increase physician’s performance regarding to decision making.
They have been and continue to be positively motivated to adopt and use the system. The relevant factors
according to micro-level perspective prioritized and ranked by using the Technique for Order of
Preference by Similarity to Ideal Solution (TOPSIS). The aim of ranking and using this approach is to
investigate which factors are more important in EMRs adoption from the micro-level perspectives. The
results of performing TOPSIS is as a novelty which assist health information systems (HIS) success and
also healthcare organizations to motivate their users in accepting of new technology.
This document discusses components and considerations for clinical information systems (CIS). It describes the common components of a CIS including electronic medical records, clinical data repositories, clinical guidelines, and decision support tools. It outlines important factors to consider when implementing a CIS such as cost, safety, security, education and training for staff. Selection of a CIS requires involvement from clinical and administrative staff and should be based on how it improves patient care and integrates with existing systems while protecting privacy. Ongoing support is also essential during and after implementation.
This is the slide deck from the first lecture of the Consumer Health Informatics and Web 2.0 in Healthcare course at Nova Southeastern University. The course is taught by CCHIR faculty and guest lecturers. This deck is from the pharmacy version of the course.
The document discusses various aspects of electronic health records (EHR), including:
1. EHR have become essential in healthcare to save time and money by digitizing patient records.
2. An EHR combines hardware, software, and networks to collect, create, and share patient information for improved care.
3. The document then breaks down eight key components of EHR and how they are used, such as health information, order entry, decision support, and administrative processes.
Health institution requires quality data and information management to function effectively and efficiently. It is an understatement to say that many organizations, institutions or government agencies have become critically dependent on the use of database system for their successes especially in the hospital. This work aims at developing an improved hospital information management system using a function-based approach. An efficient HIMS that can be used to manage patient information and its administration is presented in this work. This is with the goal of eradicating the problem of improper data keeping, inaccurate reports, wastage of time in storing, processing and retrieving information faced by the existing hospital information system in order to improve the overall efficiency of the health institution. The system was developed with Hypertext Markup Language (HTML), Cascading Style Sheets (CSS), Hypertext Preprocessor (PHP), and My Structured Query Language (MySQL). The new system was tested using data collected from Renewal Clinic, Ibadan, Nigeria was used as case study were the data for the research was collected and the system was tested. The system provides a vital platform of information storage and retrieval in hospitals.
This document discusses the role of information technology in pharmacy. It begins by defining information technology and pharmacy informatics. It explains that IT systems automate manual work in the pharmaceutical industry and aid in efficiency, accuracy, and decision making through various software programs. The document highlights the importance of IT in providing time savings, reducing costs, aiding research, and preventing medication errors. It then explores several technologies including 3D printing, which can be used to create customized drug doses; nanotechnology for targeted drug delivery and detection of medication adherence; and mHealth sensors in smartphones and devices that can remotely monitor patients for clinical research studies.
This document outlines the team members presenting different sections of a research compilation on clinical information systems (CIS). It provides an overview of CIS, describing them as multifaceted systems used at the point of care to acquire, process, retain and retrieve patient information. It discusses choosing, implementing and revising a CIS which requires input from various departments. Hardware, software, bandwidth and costs associated with setting up a computer network and CIS are also reviewed.
Adopting Information Systems in a Hospital - A Case Study & Lessons LearnedNawanan Theera-Ampornpunt
This document summarizes the journey of adopting health information technology (IT) at Ramathibodi Hospital in Thailand over four generations from 1987 to the present. It describes the hospital's transition from a file-based system built in-house to a more standardized, project-based approach integrating commercial and custom-built systems. Key lessons learned include the strategic advantage of early IT adoption, balancing customization with standardization, and making careful build vs. buy decisions that consider long-term sustainability. The goal of health IT should be improving care quality, efficiency and supporting clinical and organizational strategies.
Ranking the micro level critical factors of electronic medical records adopti...hiij
In many countries, the health care sector is entering into a time of unprecedented change. Electronic
Medical Record (EMR) has been introduced into healthcare organizations in order to incorporate better
use of technology, to aid decision making, and to facilitate the search for medical solution. This needs
those professionals in healthcare organizations to be in the process of changing from the use of paper to
maintain medical records into computerized medical recordkeeping opportunities. However, the adoption
of these electronic medical records systems has been slow throughout the healthcare field. The critical
users are physicians which play an important role to success of health information technology including
Electronic Medical Record systems. As a result user adoption is necessary in order to understand the
benefits of an EMR. Therefore, in the current paper, a model of ranking factors of micro-level in EMRs
adoption was developed. Surveys distributed to physicians as this study’s respondent in two private
hospitals in Malaysia. The findings indicate that physicians have a high perception means for the
technology and showed that EMR would increase physician’s performance regarding to decision making.
They have been and continue to be positively motivated to adopt and use the system. The relevant factors
according to micro-level perspective prioritized and ranked by using the Technique for Order of
Preference by Similarity to Ideal Solution (TOPSIS). The aim of ranking and using this approach is to
investigate which factors are more important in EMRs adoption from the micro-level perspectives. The
results of performing TOPSIS is as a novelty which assist health information systems (HIS) success and
also healthcare organizations to motivate their users in accepting of new technology.
This document discusses components and considerations for clinical information systems (CIS). It describes the common components of a CIS including electronic medical records, clinical data repositories, clinical guidelines, and decision support tools. It outlines important factors to consider when implementing a CIS such as cost, safety, security, education and training for staff. Selection of a CIS requires involvement from clinical and administrative staff and should be based on how it improves patient care and integrates with existing systems while protecting privacy. Ongoing support is also essential during and after implementation.
This is the slide deck from the first lecture of the Consumer Health Informatics and Web 2.0 in Healthcare course at Nova Southeastern University. The course is taught by CCHIR faculty and guest lecturers. This deck is from the pharmacy version of the course.
The document discusses various aspects of electronic health records (EHR), including:
1. EHR have become essential in healthcare to save time and money by digitizing patient records.
2. An EHR combines hardware, software, and networks to collect, create, and share patient information for improved care.
3. The document then breaks down eight key components of EHR and how they are used, such as health information, order entry, decision support, and administrative processes.
With the introduction of new technologies, there are opportunities to introduce new types of medical errors (i.e. technology-induced errors). Technology-induced errors arise from interactions between citizens, patients and health professionals and the technologies they use to provide health information and health care (Borycki & Kushniruk, 2008).
The document provides an overview of the application of information and communication technologies (ICT) in clinical health settings. It discusses how health information is integral to healthcare and how ICT can help address issues like medical errors by improving access to patient data and care coordination. The speaker has experience implementing health IT systems and is a lecturer on health informatics. They will cover topics like the role of ICT in healthcare delivery and management, health informatics as a field of study, Thailand's national eHealth initiatives, and current trends shaping the use of technology in medicine.
The document discusses the implementation of an electronic health record (EHR) system called EPIC at St. Johns hospitals. It cost approximately $500 million to install EPIC system-wide. The presentation will discuss where the costs were incurred, including hardware, software, networking equipment and infrastructure needed to support the large EHR system. Training and support for staff was also part of the implementation costs.
The document discusses the costs incurred from implementing the EPIC CIS across multiple St. Johns hospitals. Hardware costs included new computer workstations, servers, backups, networking equipment, and fiber optic internet connections. Software costs consisted of operating system licenses, the EPIC CIS software license, and training software. Additional expenses came from hiring outside consultants and internal staff overtime to lead the implementation over several years, totaling approximately $500 million system wide.
The document discusses the costs incurred from implementing the EPIC CIS across multiple St. Johns hospitals. Hardware costs included new computer workstations, servers, backups, networking equipment, and fiber optic internet connections. Software costs consisted of operating system licenses, the EPIC CIS software license, and training software. Additional expenses came from hiring outside consultants and internal staff overtime to lead the implementation over several years, totaling approximately $500 million system wide.
Biometric Authentication Systems in HealthcareBharath Perugu
The document discusses biometric authentication systems for healthcare and evaluates different methods for accessing electronic patient records securely. It analyzes palm vein scanning, fingerprinting, and iris scanning based on factors like accuracy, hygiene, cost and usability. Palm vein scanning was found to be the most accurate, hygienic and cost-effective method as it does not require physical contact and has a very low false acceptance rate.
A clinical information system (CIS) is a technology-based system used at the point of care to support processing and storing patient information. It includes electronic health records, clinical data repositories, decision support, and communication tools. Implementing a CIS requires representation from all areas of healthcare to ensure success. Effective CIS can reduce errors, improve guideline-based care, and decrease healthcare utilization through components like clinical decision support systems. However, ensuring data security, accuracy, and privacy is important when using and networking CIS.
E-Symptom Analysis System to Improve Medical Diagnosis and Treatment Recommen...journal ijrtem
: A wealth of data in public health care systems has been collected and meanwhile there are plenty
of new technological improvements which have considerable influence on current data pool. Nevertheless,
important obstacles are challenging to utilize existing clinical data. Enhanced technological improvements lead
patients to search their symptoms and corresponding diagnosis on online resources. In this study, it is aimed to
develop a machine learning model to suit in different availability of users. Most of the current systems allow
people to choose related symptom in web interfaces or Q&A forums. In addition to these applications it is aimed
to implement a new technique which extracts the text-based symptoms and its related parameters such as, severity,
duration, location, cause, accompanied by any other indicators. This study is applicable for patient`s everyday
language statements besides medical expression of symptoms for corresponding symptoms. Extracted terms are
used as an input of the model and analyzed for matching diagnosis where an accuracy of 72.5% has been
accomplished.
Does Electronic Medical Records make cost benefits to non-profit seeking heal...IJSRP Journal
Sri Lanka provides a free public health care service to its permanent residents. Currently Sri Lankan health care system is in the process of using EMR systems both public and private sector healthcare institutions. There are few published data available regarding cost-benefits of EMR in profit seeking institutes in some countries and no published data on non-profit seeking institutes. Therefore, main objective of the study is to perform a cost benefit analysis (CBA) of EMRs in the public health care system in Sri Lanka and secondary objectives are to evaluate the perception of EMRs among patients, health care professionals and supporting staff. Methodology: Two Sri Lankan government hospitals’ OPDs; hospitals belong to Type A divisional category, were selected for the study. Those two hospitals were named as Hospital D and Hospital AR. Hospital D has an EMR system and hospital AR has traditional paper-based recording. A modified cost- benefit analysis was done using achievable costs and benefits. Meanwhile, three different questionnaires were distributed among health care professionals, supporting staff and patients to determine their perception on EMRs. Results: This study found that Benefits-to-Costs ratio of OPD of the hospital D for the year 2015 was 0.269 and for hospital AR was 0.0589. From CBA four basic cost reductions were found as costs for stationeries, patient queue waiting time, supporting staff number and indirect costs such as drug balancing. Health care professionals, supporting staff and patients had a positive perception on EMR systems. Conclusion: Implementing EMRs to Sri Lankan health care system leads to cost reductions. If Sri Lankan government implements an EMR system only in OPDs of government hospitals, it will lead to save millions of rupees. There are thirty-five, Type A divisional hospitals in Sri Lanka. If this EMR system is implemented only in OPDs, Sri Lankan public health care system would have saved Rs192 million ($ 1.3 million) in 2015.Finally, it can be concluded that implementing EMRs in non-profit seeking health care institutes lead to cost reductions and save money.
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.
The history of EHRs from the 1960s until 2021.
In modern health systems, the clinicians' digital experience is dominated by the Electronic Health Record system (EHR). These systems are a primary source of digital health information, and a key player in healthcare digital transformation.
For the full article A Brief History of EHRs https://mayaberlerner.medium.com/
THE USE OF ARTIFICIAL INTELLIGENCE SYSTEMS AS A TOOL TO DIFFERENTIATE IN QUAL...AM Publications
Expert systems have a major role in medicine. The expert system can: Diagnose and treat diseases by building intelligent database. There are many expert systems used in the treatment of diseases. In this paper, the researcher reviews some of the expert systems used to diagnose diseases.
This document provides an overview of clinical information systems and electronic health records. It begins with the speaker's background and credentials in health informatics. The rest of the document describes why healthcare is different than other industries due to its life-or-death nature and fragmented systems. It discusses how health IT can help address issues in healthcare by improving safety, timeliness, effectiveness and efficiency. The document then outlines various forms of health IT used in clinical settings, including electronic health records, computerized physician order entry, picture archiving systems, and more.
The document discusses the development and importance of Nursing Minimum Data Sets (NMDS) systems. It notes that the identification of NMDS in the 1980s spurred the development of similar nursing data sets around the world. The chapter provides a historical overview and synthesis of NMDS systems, and discusses how they can increase nursing data and information capacity to support knowledge building for the nursing discipline and profession. This data can help inform the development of electronic health record systems.
The Chernobyl nuclear accident occurred on April 26, 1986 at a power plant in Ukraine when a sudden power surge and series of explosions released radioactive particles into the atmosphere. Over 30 years later, the immediate area remains largely uninhabited due to high radiation levels, though some residents refused to leave. In the aftermath, many nearby residents fell ill with headaches and other symptoms, and thousands have since died of radiation-induced illnesses like cancer. The accident also caused mutations in both humans and animals born in the affected zone.
Justin Bieber in 5 Minutes (Course: Presentation Skills) by Annisa HayatunnufusAnnisa Hayatunnufus
Justin Bieber was discovered on YouTube in 2007 at age 12 and was signed by manager Scooter Braun. Bieber went on to release 7 successful studio albums by age 19, winning 36 awards. The presentation summarizes Bieber's early life in Canada, breakthrough after being discovered online, rise to fame supported by Usher, and notable achievements as a multi-platinum recording artist by his late teens.
Mahkamah Agung adalah lembaga tertinggi dalam sistem peradilan Indonesia yang memiliki kekuasaan kehakiman secara independen dan memimpin empat lingkungan peradilan serta memiliki tiga kewenangan utama.
With the introduction of new technologies, there are opportunities to introduce new types of medical errors (i.e. technology-induced errors). Technology-induced errors arise from interactions between citizens, patients and health professionals and the technologies they use to provide health information and health care (Borycki & Kushniruk, 2008).
The document provides an overview of the application of information and communication technologies (ICT) in clinical health settings. It discusses how health information is integral to healthcare and how ICT can help address issues like medical errors by improving access to patient data and care coordination. The speaker has experience implementing health IT systems and is a lecturer on health informatics. They will cover topics like the role of ICT in healthcare delivery and management, health informatics as a field of study, Thailand's national eHealth initiatives, and current trends shaping the use of technology in medicine.
The document discusses the implementation of an electronic health record (EHR) system called EPIC at St. Johns hospitals. It cost approximately $500 million to install EPIC system-wide. The presentation will discuss where the costs were incurred, including hardware, software, networking equipment and infrastructure needed to support the large EHR system. Training and support for staff was also part of the implementation costs.
The document discusses the costs incurred from implementing the EPIC CIS across multiple St. Johns hospitals. Hardware costs included new computer workstations, servers, backups, networking equipment, and fiber optic internet connections. Software costs consisted of operating system licenses, the EPIC CIS software license, and training software. Additional expenses came from hiring outside consultants and internal staff overtime to lead the implementation over several years, totaling approximately $500 million system wide.
The document discusses the costs incurred from implementing the EPIC CIS across multiple St. Johns hospitals. Hardware costs included new computer workstations, servers, backups, networking equipment, and fiber optic internet connections. Software costs consisted of operating system licenses, the EPIC CIS software license, and training software. Additional expenses came from hiring outside consultants and internal staff overtime to lead the implementation over several years, totaling approximately $500 million system wide.
Biometric Authentication Systems in HealthcareBharath Perugu
The document discusses biometric authentication systems for healthcare and evaluates different methods for accessing electronic patient records securely. It analyzes palm vein scanning, fingerprinting, and iris scanning based on factors like accuracy, hygiene, cost and usability. Palm vein scanning was found to be the most accurate, hygienic and cost-effective method as it does not require physical contact and has a very low false acceptance rate.
A clinical information system (CIS) is a technology-based system used at the point of care to support processing and storing patient information. It includes electronic health records, clinical data repositories, decision support, and communication tools. Implementing a CIS requires representation from all areas of healthcare to ensure success. Effective CIS can reduce errors, improve guideline-based care, and decrease healthcare utilization through components like clinical decision support systems. However, ensuring data security, accuracy, and privacy is important when using and networking CIS.
E-Symptom Analysis System to Improve Medical Diagnosis and Treatment Recommen...journal ijrtem
: A wealth of data in public health care systems has been collected and meanwhile there are plenty
of new technological improvements which have considerable influence on current data pool. Nevertheless,
important obstacles are challenging to utilize existing clinical data. Enhanced technological improvements lead
patients to search their symptoms and corresponding diagnosis on online resources. In this study, it is aimed to
develop a machine learning model to suit in different availability of users. Most of the current systems allow
people to choose related symptom in web interfaces or Q&A forums. In addition to these applications it is aimed
to implement a new technique which extracts the text-based symptoms and its related parameters such as, severity,
duration, location, cause, accompanied by any other indicators. This study is applicable for patient`s everyday
language statements besides medical expression of symptoms for corresponding symptoms. Extracted terms are
used as an input of the model and analyzed for matching diagnosis where an accuracy of 72.5% has been
accomplished.
Does Electronic Medical Records make cost benefits to non-profit seeking heal...IJSRP Journal
Sri Lanka provides a free public health care service to its permanent residents. Currently Sri Lankan health care system is in the process of using EMR systems both public and private sector healthcare institutions. There are few published data available regarding cost-benefits of EMR in profit seeking institutes in some countries and no published data on non-profit seeking institutes. Therefore, main objective of the study is to perform a cost benefit analysis (CBA) of EMRs in the public health care system in Sri Lanka and secondary objectives are to evaluate the perception of EMRs among patients, health care professionals and supporting staff. Methodology: Two Sri Lankan government hospitals’ OPDs; hospitals belong to Type A divisional category, were selected for the study. Those two hospitals were named as Hospital D and Hospital AR. Hospital D has an EMR system and hospital AR has traditional paper-based recording. A modified cost- benefit analysis was done using achievable costs and benefits. Meanwhile, three different questionnaires were distributed among health care professionals, supporting staff and patients to determine their perception on EMRs. Results: This study found that Benefits-to-Costs ratio of OPD of the hospital D for the year 2015 was 0.269 and for hospital AR was 0.0589. From CBA four basic cost reductions were found as costs for stationeries, patient queue waiting time, supporting staff number and indirect costs such as drug balancing. Health care professionals, supporting staff and patients had a positive perception on EMR systems. Conclusion: Implementing EMRs to Sri Lankan health care system leads to cost reductions. If Sri Lankan government implements an EMR system only in OPDs of government hospitals, it will lead to save millions of rupees. There are thirty-five, Type A divisional hospitals in Sri Lanka. If this EMR system is implemented only in OPDs, Sri Lankan public health care system would have saved Rs192 million ($ 1.3 million) in 2015.Finally, it can be concluded that implementing EMRs in non-profit seeking health care institutes lead to cost reductions and save money.
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.
The history of EHRs from the 1960s until 2021.
In modern health systems, the clinicians' digital experience is dominated by the Electronic Health Record system (EHR). These systems are a primary source of digital health information, and a key player in healthcare digital transformation.
For the full article A Brief History of EHRs https://mayaberlerner.medium.com/
THE USE OF ARTIFICIAL INTELLIGENCE SYSTEMS AS A TOOL TO DIFFERENTIATE IN QUAL...AM Publications
Expert systems have a major role in medicine. The expert system can: Diagnose and treat diseases by building intelligent database. There are many expert systems used in the treatment of diseases. In this paper, the researcher reviews some of the expert systems used to diagnose diseases.
This document provides an overview of clinical information systems and electronic health records. It begins with the speaker's background and credentials in health informatics. The rest of the document describes why healthcare is different than other industries due to its life-or-death nature and fragmented systems. It discusses how health IT can help address issues in healthcare by improving safety, timeliness, effectiveness and efficiency. The document then outlines various forms of health IT used in clinical settings, including electronic health records, computerized physician order entry, picture archiving systems, and more.
The document discusses the development and importance of Nursing Minimum Data Sets (NMDS) systems. It notes that the identification of NMDS in the 1980s spurred the development of similar nursing data sets around the world. The chapter provides a historical overview and synthesis of NMDS systems, and discusses how they can increase nursing data and information capacity to support knowledge building for the nursing discipline and profession. This data can help inform the development of electronic health record systems.
The Chernobyl nuclear accident occurred on April 26, 1986 at a power plant in Ukraine when a sudden power surge and series of explosions released radioactive particles into the atmosphere. Over 30 years later, the immediate area remains largely uninhabited due to high radiation levels, though some residents refused to leave. In the aftermath, many nearby residents fell ill with headaches and other symptoms, and thousands have since died of radiation-induced illnesses like cancer. The accident also caused mutations in both humans and animals born in the affected zone.
Justin Bieber in 5 Minutes (Course: Presentation Skills) by Annisa HayatunnufusAnnisa Hayatunnufus
Justin Bieber was discovered on YouTube in 2007 at age 12 and was signed by manager Scooter Braun. Bieber went on to release 7 successful studio albums by age 19, winning 36 awards. The presentation summarizes Bieber's early life in Canada, breakthrough after being discovered online, rise to fame supported by Usher, and notable achievements as a multi-platinum recording artist by his late teens.
Mahkamah Agung adalah lembaga tertinggi dalam sistem peradilan Indonesia yang memiliki kekuasaan kehakiman secara independen dan memimpin empat lingkungan peradilan serta memiliki tiga kewenangan utama.
BIOLOGI - Lumut by XGSc IIHS [Marini C., Nadya A., Disty S.A.Y., Nabila., Ann...Annisa Hayatunnufus
Dokumen tersebut membahas tentang lumut secara umum, mencakup definisi, ciri-ciri, klasifikasi, reproduksi, dan peranan lumut bagi kehidupan dalam 3-4 kalimat.
PKN - Konferensi Asia Afrika [KAA] (Annisa H, Safira Y, Siti Afifah R) 26-06-...Annisa Hayatunnufus
Konferensi Asia Afrika 1955 di Bandung membentuk dasar kerjasama antara negara-negara Asia dan Afrika. Konferensi ini mencetuskan Deklarasi Dasasila Bandung yang mendukung persatuan, kemerdekaan, dan perdamaian. Konferensi Tingkat Tinggi Asia Afrika 2005 dilaksanakan untuk memperingati 50 tahun Konferensi Bandung dan memperkuat kerjasama di antara negara-negara kawasan melalui kemitraan baru.
The document discusses sound and its characteristics. It lists the members of group CONVETTI 8-3 as Annisa, Fadhil, Reyhan, Priska, and Rafi. It defines sound as a product of an oscillating object that can propagate through a medium as a mechanical wave. It provides examples of sound sources and discusses how loudness depends on amplitude, oscillation, and distance. The medium can be solid, liquid, or gas. It also gives the formula for sound propagation velocity and provides a sample question calculating distance from time and velocity.
Part of our assignment in which we have to make a paperwork to discuss about the heart disease, arrythmia.
Students of Bachelor of Pharmacy
Management & Science University
Part of Pharmacy Practice II assignment in which we are told to create a brochure with the topic of aseptic technique.
Created by: Annisa Hayatunnufus
Bachelor of Pharmacy
Management & Science University
Part of our assignment in which we have to make a paperwork and presentation of a few sub-topics (hepatotoxicity, renal toxicity, neurotoxicity, skeletal-muscle-toxicity) under the topic of Drug-induced Toxicity.
Paperwork can be found in: http://www.slideshare.net/annisahayatunnufus/druginduced-toxicity-liver-kidney-nervous-system-muscle-54844837
Students of Bachelor of Pharmacy
Management & Science University
Slide show of the topic Acid & Base as a part of the assignment in our Physical Chemistry course.
Created by: Annisa Hayatunnufus
Bachelor of Pharmacy
Management & Science University
Lab report that discusses the antigen-antibody precipitation reaction using the Ouchterlony Double Diffusion Technique.
Created by: Annisa Hayatunnufus
Bachelor of Pharmacy
Management & Science University
Lab Report: Isolation of Pure Culture, Gram-staining, and Microscopic Observa...Annisa Hayatunnufus
A Lab Report under the subject of Microbiology. Done as a lab session in Josai University, Japan during a twinning program on 2014.
Created by: Annisa Hayatunnufus
Bachelor of Pharmacy
Management & Science University
5 November, 2015
This is a part of our assignment in which we are told to pick one of the pharmaceutical engineering topics and make a paperwork + presentation out of it.
Presentation slide can be found in: http://www.slideshare.net/annisahayatunnufus/power-point-mixing-pharmaceutical-engineering
Recorded presentation can be found in: https://youtu.be/O4QvWmW37YA
Students of Bachelor of Pharmacy
Management & Science University
5 November, 2015
This is a part of our assignment in which we are told to pick one of the pharmaceutical engineering topics and make a paperwork + presentation out of it.
Recorded presentation can be found in: https://youtu.be/O4QvWmW37YA
Paperwork can be found in:
http://www.slideshare.net/annisahayatunnufus/paperwork-mixing-pharmaceutical-engineering
Students of Bachelor of Pharmacy
Management & Science University
Case Report: EPINEPHRINE OVERDOSE DUE TO INCORRECT ROUTE OF ADMINISTRATIONAnnisa Hayatunnufus
This document summarizes a case report about a medication error involving epinephrine administration. A 40-year-old female patient experiencing anaphylaxis was incorrectly given an intravenous dose of 0.5 mg epinephrine instead of intramuscularly. This resulted in a myocardial infarction due to epinephrine overdose. The standard treatment for anaphylaxis is 0.3-0.5 mg of epinephrine intramuscularly. Intravenous administration should only be used if intramuscular doses are not effective and the patient is monitored. Route of administration is important as it determines onset and effects. This case highlights the risks of intravenous epinephrine administration and improper dosing.
Dokumen tersebut membahas tentang definisi murtad, kategori orang murtad dan hukumannya, serta hikmah dari hukum murtad. Ada tiga kategori murtad yakni yang menyembunyikan kemurtadannya, yang mengumumkannya, dan yang menyerang Islam. Hukuman bervariasi antara tidak dijatuhkan hingga hukuman mati tergantung kategorinya.
Paperwork under the course of Pharmacy Practice that discusses the technique and advantages/disadvantages of different topical dosage forms.
Created by: Annisa Hayatunnufus
Bachelor of Pharmacy
Management & Science University
Ihe cpoe the_twine_shall_meet_for_healthcarePankaj Gupta
This document discusses how computerized physician order entry (CPOE) systems can help reduce medical errors by catching them at the point of order entry. However, CPOE systems require integrated data across different hospital systems like EMR, pharmacy, and labs. Integrated Healthcare Enterprise (IHE) provides a framework to integrate these disparate systems and enable the full benefits of CPOE by allowing clinical decisions to be made using consolidated patient data. For CPOE to be effective, healthcare systems need to move beyond standalone systems to fully integrated models that comply with standards like IHE.
This document summarizes a paper on computerized physician order entry (CPOE). It discusses how CPOE standards were developed in response to a 1999 Institute of Medicine report finding medical errors result in tens of thousands of preventable deaths annually in the US. CPOE aims to reduce errors by alerting physicians to potentially dangerous orders before execution. The document outlines the potential benefits of CPOE in reducing errors, but also notes challenges in integrating different hospital computer systems and an over-reliance on alerts causing workflow issues for physicians. Overall, it argues that while CPOE can improve patient safety, fully realizing its benefits requires integrated hospital IT systems and addressing usability concerns.
Computerized physician order entry (CPOE), sometimes referred to as computerized provider order entry or computerized provider order management (CPOM), is a process of electronic entry of medical practitioner instructions for the treatment of patients (particularly hospitalized patients) under his or her care.
472_Strategies to Reduce Medication Errorssuneela amjad
The document discusses strategies to reduce medication errors in hospitals, including implementing barcode scanning and computerized physician order entry (CPOE) systems. Barcode scanning involves giving patients wristbands with unique IDs that are scanned before medication to ensure the right patient receives the right drug. CPOE allows doctors to directly enter medication orders into the computer system. Both aim to reduce errors from misread handwriting or similar drug names. While both systems have significantly reduced errors, CPOE may still require improvements to communication between staff. The document evaluates the effectiveness and disadvantages of these electronic systems in minimizing medication mistakes.
This document explores barriers to implementing electronic medical records (EMRs) in primary care practices. It identifies the main barriers as financial cost, issues with technology, the time investment required, concerns over patient privacy, and potential negative impacts on patient-physician interactions. The document provides details on each of these barriers and recommends ways to address them, such as through government funding, improved technical support, protecting privacy under HIPAA, and optimizing EMR use during patient visits.
This document describes computerized provider order entry (CPOE), including its objectives, how it works, advantages, and disadvantages. CPOE allows medical providers to enter medication orders and other instructions electronically rather than on paper charts. It aims to reduce medical errors by catching issues like illegible handwriting, incorrect orders, and drug interactions. While CPOE improves clarity of orders and standardizes care, it also requires training, can disrupt workflows, and relies on functioning computer systems.
Patient Satisfaction, Patient Reported Outcomes, Safety, and Quality of CareYana Puckett, MD, MPH, MS
This document discusses patient safety and medical errors. It notes that while human error is inevitable in healthcare, medical errors result in significant deaths and costs each year. To improve patient safety, the document advocates evaluating health systems, promoting a culture of reporting errors without blame, learning from mistakes, and designing systems to prevent errors and mitigate their effects if they do occur. The use of electronic health records and other technologies can help monitor patients and avoid some errors, but overreliance on computers also risks new types of mistakes, so limitations must be considered. Overall patient safety is improved when healthcare systems focus on evaluation, open communication, and making changes based on lessons learned over time.
The Benefits Of Electronic Medical RecordsAshley Lott
Electronic medical records (EMRs) provide many benefits over traditional paper records. EMRs make patient medical information easily accessible to authorized healthcare providers, eliminate issues with physical storage and legibility, and have been shown to improve clinical outcomes. While implementation of EMR systems is complex, the advantages of improved care, reduced costs, and enhanced data analysis justify the effort required.
The document discusses the impact of the HITECH Act on healthcare organizations. It mandated the implementation of electronic health records and computerized physician order entry to qualify for incentive payments. While this helped organizations meet meaningful use criteria, clinicians were not always enthusiastic about new technologies being mandated. The Act essentially forced large healthcare providers like HCA to adopt health IT systems to remain compliant and profitable. Overall, the incentives influenced widespread adoption of health information technology in a way that aimed to improve quality of care over time through better data and care coordination.
This document discusses pharmacy informatics, which encompasses healthcare technologies that improve medication safety and outcomes. It describes how informatics pharmacists use information systems and their medication expertise to enhance patient care. Current technologies like CPOE, CDSS, and bar coding are reviewed. The document also addresses challenges like alert fatigue, nearly universal order review, and the need for informatics education and training. Overall it provides an overview of the field of pharmacy informatics and its goal of using technology to improve the medication use process from prescribing to patient outcomes.
Pg2 Beginning in 1991, the IOM (which stands for the Institute o.docxrandymartin91030
Pg2 Beginning in 1991, the IOM (which stands for the Institute of Medicine of the National Academies) sponsored studies and created reports that led the way toward the concepts we have in place today for electronic health records. Originally, the IOM called them computer-based patient records.1 During their evolution, the EHR have had many other names, including electronic medical records, computerized medical records, longitudinal patient records, and electronic charts. All of these names referred to essentially the same thing, which in 2003, the IOM renamed as the electronic health records, or EHR.
Note: EHR
The acronym EHR is commonly used as shorthand for Electronic Health Records, and will be used in the remainder of this book.
Institute of Medicine (IOM)
The IOM report2 put forth a set of eight core functions that an EHR should be capable of performing:
Health information and data
This function provides a defined data set that includes such items as medical and nursing diagnoses, a medication list, allergies, demographics, clinical narratives, and laboratory test results. Further, it provides improved access to information needed by care providers when they need it.
Result management
Computerized results can be accessed more easily (than paper reports) by the provider at the time and place they are needed.
· Reduced lag time allows for quicker recognition and treatment of medical problems.
· The automated display of previous test results makes it possible to reduce redundant and additional testing.
· Having electronic results can allow for better interpretation and for easier detection of abnormalities, thereby ensuring appropriate follow-up.
· Access to electronic consults and patient consents can establish critical links and improve care coordination among multiple providers, as well as between provider and patient
Order management
Computerized provider order entry (CPOE) systems can improve workflow processes by eliminating lost orders and ambiguities caused by illegible handwriting, generating related orders automatically, monitoring for duplicate orders, and reducing the time required to fill orders.
· CPOE systems for medications reduce the number of errors in medication dose and frequency, drug allergies, and drug–drug interactions.
· The use of CPOE, in conjunction with an EHR, also improves clinician productivity.
Decision Support
Computerized decision support systems include prevention, prescribing of drugs, diagnosis and management, and detection of adverse events and disease outbreaks.
· Computer reminders and prompts improve preventive practices in areas such as vaccinations, breast cancer screening, colorectal screening, and cardiovascular risk reduction.
Electronic communication and connectivity
Electronic communication among care partners can enhance patient safety and quality of care, especially for patients who have multiple providers in multiple settings that must coordinate care plans.
· Electronic co.
Respond to at least two of your colleagues offering additionalal.docxaudeleypearl
Respond to at least two of your colleagues* offering additional/alternative ideas regarding opportunities and risks related to the observations shared.
Eliverta
Discussion - Week 6
Top of Form
Electronic Health Record (EHR) is continuing to evolve in today’s medical facilities. The American Recovery and Reinvestment Act mandated health organizations to transition to Electronic Medical Records (EMR) by January 1, 2014 in order to maintain Medicaid and Medicare reimbursement (USF Health, 2019). For this week’s discussion I will reflect on the module resources on digital information tools and technologies. I will discuss the healthcare technologies used in the health organization I work for. Lastly, I will reflect on any possible health technologies and the impact it has on nursing practice and healthcare delivery.
The health organization I work for switched to EPIC software for EMR two years ago. EPIC is user friendly for nurses as well as patients. EPIC corresponds to MyChart giving patients access to on their medical records (MyChart, 2019). I work in outpatient Endoscopy clinic where part of patient After Visit Summary (AVS) we educate patients on the use of MyChart and provide them with a code so they can access MyChart from home. Patients can access their medical records, and view lab results, make appointments, communicate with their provider, and pay their medical bills with MyChart (2019). ProVation is another form of technology used in the facility I work for. ProVation is used by the physicians where they document the Endoscopy procedure outcomes and results noted by the physician (ProVation, 2019). The physicians can document their findings as well as list out orders or management solutions for the patients (ProVation, 2019).
EHR has made it possible for nurses to provide efficient patient care as it has given us the ability to share patient information with other providers and health care organization departments, such as pharmacy, laboratory, etc (HealthIT, 2018). Patient care and experiences are improving because patients are being included in their care and they can make decisions in the plan of care. Having quick access to medical records and information results in increased patient satisfactions. Also, by combining patient portals inpatient healthcare facilities has resulted in a decrease of medical errors and adverse events (Dyes et al, 2017).
EHR poses a list of challenges with the main one being security safety. Web-based technology does put us at increased risk of breach of information by hackers. It can also be challenging for individuals to navigate web-based health technology, resulting in decreased patient satisfaction. Our older population is reluctant when it comes to using technology, they prefer paper written information. Documentation errors are associated with improper utilization, due to insufficient training (David, 2017).
In conclusion, EHR comes with many benefits as well as challenges. It has improved qu ...
Addressing pediatric medication errors in ED setting utilizing Computerized P...Arete-Zoe, LLC
Pediatric patients who are treated in general acute care hospitals are at increased risk of medication errors. The main reasons are the lack of experience with the special needs of pediatric patients, their lower ability to tolerate medication errors, medication-related problems such as forms and packaging designed primarily for adults and labeling with insufficient information on the dosing of pediatric patients. Medication errors can be reduced significantly by appropriate medication management systems. Computerized Provider Order Entry (CPOE) systems reduce the frequency of medication errors in all stages of the process. IT technology introduces an additional vulnerability in the form of IT-related medication errors. Nurses are the last individuals in the medication management process who can detect and intercept a medication error and prevent incorrect medication orders from reaching and harming their patients. To be able to do so, nurses have to be familiar with the medication management system in their hospital and escalate incorrect orders as appropriate and relevant.
Theera-Ampornpunt N. Informatics in emergency medicine: a brief introduction. In: The International Conference in Emergency Medicine: Challenges in Emergency Medicine: It’s Time for Change!; 2012 Jan 30 - Feb 1; Bangkok, Thailand. Bangkok (Thailand): Mahidol University, Faculty of Medicine Ramathibodi Hospital; 2012 Feb.
cognitive computing for electronic medical record selamu shirtawi
This document discusses applying cognitive computing to electronic medical records (EMRs) using IBM Watson. It describes a cognitive computing system called Watson EMRA that can generate a problem-oriented summary of a patient's EMR. The summary aggregates key data like problems, medications, labs, notes, and procedures. It also identifies relationships between these data aggregates to present them in a clinically meaningful way. This type of cognitive system has the potential to reduce physicians' cognitive load when reviewing patient records and fulfilling their various information needs in clinical workflows.
Rethinking drug administration in hospital environment through user centered ...Priscila Alcântara
This document summarizes a study that used a user-centered design process to develop a graphical user interface (GUI) to support safer drug administration in hospitals. Interviews and observations of healthcare professionals were conducted to understand needs and identify issues. Personas, scenarios and requirements were developed. Prototypes of the GUI were created, tested with users and refined based on feedback. The final validated GUI prototype integrated safety features identified as priorities by professionals to help prevent medication errors. The study demonstrated that involving users in design can help optimize workflows and improve patient safety.
APPLICATION OF COMPUTER IN HOPITAL PHARMACY.pptxMonishaReddy31
Computer applications have numerous benefits in hospital pharmacy including maintaining accurate patient and drug records, aiding in purchase and inventory control, facilitating therapeutic drug monitoring, enabling efficient drug information retrieval, assisting in drug dispensing, and helping reduce medication errors. Specifically, computerized systems allow easy storage and updating of patient information, automated purchase ordering based on inventory levels, statistical analysis to optimize individual drug dosages, rapid searching of medical literature, electronic prescribing and verification of orders, and integration of health records across providers and locations.
This document describes the development of a Computerized Physician Order Entry (CPOE) system with a Decision Support System (DSS) and an assessment of physician attitudes towards the system. Key points:
- Researchers developed a comprehensive drug database for the CPOE/DSS using a commercial drug information resource and Microsoft SQL Server.
- They administered a questionnaire to 25 physicians at a 1600-bed teaching hospital to assess preconceived attitudes towards CPOE/DSS and measure end-user satisfaction.
- Results showed most physicians agreed the system could improve patient safety, reduce medication errors, and were easy to use, though some had doubts about data reliability and completeness. Overall, 88% agreed
The document discusses medication non-adherence, which is a major problem that impacts health and costs the healthcare system billions annually. It describes various technologies that have been developed to help patients better manage and adhere to their medication schedules, ranging from basic pillboxes and reminders to more advanced automated dispensers and sensors. The document recommends pilot studies be conducted to evaluate the real-world effectiveness of different medication adherence technologies in improving patient outcomes beyond standard discharge instructions alone.
This document discusses implementing blended learning with electronic medical records (EMR) training for ophthalmic medical personnel students. It proposes starting EMR training in the first semester to prepare students for their clinical practicum in the second semester. The training would involve 30 hours over 10 weeks, with classroom instruction and practice in exam room labs. This early and extensive EMR training aims to enhance students' clinical experiences and address the increasing demand for medical professionals well-versed in EMR systems.
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IT in Pharmaceutical Error Prevention - Bioinformatics for Pharmacy
1. SCHOOL OF PHARMACY
Subject: BIOINFORMATICS FOR PHARMACY
Subject code: SPH1062
Assignment #1
INFORMATION TECHNOLOGY IN
PHARMACEUTICAL ERROR PREVENTION
Prepared by : ANNISA HAYATUNNUFUS (ID: 012014052438)
Lecturer’s Name : IBRAHIM BIN ABDULLAH &
MOHAMMED KALEEMULLAH
Date of submission : April 10th, 2015
2. 2
I. INTRODUCTION
According to the book A Dictionary of Physics by John Daitinth, information
technology—or mostly known as IT—is defined as “an application of computers and
telecommunication equipment which functions are to store, retrieve, transmit, and
manipulate data” (Wikipedia Organization, 2015).
Despite the popular opinion of its fast growth, IT has actually been developed
since 3000 BC to 1450 AD. Afterwards, it grows all the way up to 4 ages: pre-
mechanical age, mechanical age, electromechanical age, and electronic age (Butler,
1998). Throughout these ages, various fields have been assisted by information
technology, including the pharmaceutical field.
Pharmaceutical field itself is defined as “of, relating to, or engaged in
pharmacy or the manufacture and sale of pharmaceuticals (a pharmaceutical
company).” (Merriam-Webster).
IT can be used in many ways for the pharmaceutical field. However, one of
the most important aids that the IT provides is the prevention of pharmaceutical error
itself.
Patients rely on the pharmaceutical fields to get medications, drugs, beauty
products, and many things. All of these correlate with the patient’s health. So if an
error occurs in its production, delivery, or other aspects, it can be classified as a
medication error, which leads to alter the patient’s condition.
According American Academy of Orthopaedic Surgeons, Institute of
Medicine, or mostly known as IOM, reported ±7000 deaths occur from medication
errors in hospital. In addition to that, in 2006 approximately $3.500.000.000 american
dollars are spent to prevent adverse drug events in the nation. (American Academy of
Orthopaedic Surgeons, 2008).
3. 3
The same source also stated that complex series of system problems are often
the cause of medication errors. Meanwhile, National Quality Forum of America stated
other reasons to medication error such as prescription mistakes (ie. 37% of
preventable medication errors result from dosing errors), fragmentation of care (ie.
Only 13% physicians communicate pharmacists regarding new prescriptions), and
absence of information technology infrastructure (ie. Only 4% physicians reported
having EMR systems that functions fully and had a prescribing function) (Quality
Forum Organization, 2010).
Thus, one of the best solutions to prevent such error is to use a better system
that provides more accuracy and fewer mistakes. Such tasks can be performed with
the assistance of information technology. Moreover, up until now there are lots of
works in the pharmaceutical field that the IT has helped with. Further details of those
systems will be discussed further in this paper.
4. 4
II. DISCUSSION
The main role of IT in pharmaceutical field is to perform tasks needed in the
field. It can also be used to diminish human error done by pharmaceutical
practitioners. As of now, IT has contributed through the following systems:
A. Electronic Prescribing (e-Prescribing) by Computerized Physician Order
Entry (CPOE)
Written prescription given by a physician may contribute to
medication errors that are associated with illegible and poor handwriting,
improper abbreviations and terminology, ambiguous orders, and omitted
information.
However, with the help of e-Prescribing system by Computerized
Physician Order Entry (CPOE), those errors can be reduced as much as
85% (Quality Forum Organization, 2010).
CPOE allows physicians to insert prescription orders directly in a
computer or other device. This way, pharmaceutical practitioners can
eliminate or significantly reduce the use of handwritten orders.
Right now, more developed CPOE software includes additional
safety features that enables physician to access the patient’s information—
including patient demographic information such as age, medication history,
and medication allergies. (Academy of Managed Care Pharmacy, 2010)
5. 5
B. Electronic Prescription Record
An electronic prescription record (EPR) contains all the data
legally needed to label, fill, dispense, and submit a payment request for a
particular prescription (Academy of Managed Care Pharmacy, 2010).
With this EPR, pharmacists are able to guard against drug
interactions, duplicate therapy, and drug contraindications.
Communication between health care providers can also be facilitated in
order to improve the patient care. In addition, managed health care systems
can also link EPR with the other medical record systems. This allows
prescribers to send prescriptions directly to the pharmacy that the patient
chooses. The integration between all of these systems can contribute to the
improvement of patient management. In the end, it consequently resulted
in medication errors reduction. (Academy of Managed Care Pharmacy,
2010)
C. Bar Code Electronic Medication Administration System (eMAR) or Bar-
coded Medication Administration (BCMA)
Another way to prevent pharmaceutical error is to use the bar codes
system. This technology is used to ensure that the right patient is
administered the correct medication and dose.
This particular technology is a personalized system that is attached
to every patient’s identification bracelet. With this technology, the nurse
who administers the medication directly to the patient should scan the
bracelet and the administered medication dose. If there is any mismatch of
patient’s identity such as name, dose, or the medication’s route of
6. 6
administration, then the system will alert the nurse right away
(Ponnuswamy, 2014). This way, the BCMA is able to ensure the
appropriate five ‘rights’ of medication administration: the right drug,
patient, route, dose, and time. (Agrawal, 2009)
51% reduction in medication errors have been achieved by
confirming the correct drug dosage with eMAR technology. (Quality
Forum Organization, 2010)
D. Electronic DUR (Drug Utilization Reviews)
Electronic DUR is a system that is dependent on the presence of
EPR. The review itself is a significant process in which pharmacist is able
to deal with potential drug-patient problems (in examples: drug-drug
interactions, over-use and under-use of drugs, and medication allergies).
Electronic DUR enables the user to do the review online, rather
than manually. It can also be used to determine the correct medication
therapy by matching it with the information stored in the patient’s medical
record or from the pharmacy record itself.
Medication safety issues that are associated with this system
includes drug-disease contraindications, drug-drug interactions, incorrect
drug dosage, inappropriate duration of drug treatment, drug-allergy
interactions, and clinical abuse or misuse (Academy of Managed Care
Pharmacy, 2010)
7. 7
E. Automated Medication Dispensing
This system is useful to perform a method in dispensing medication
where a lot of errors can occur due to manual monotonous, repetitive
motions that requires high concentration from the practitioner and reliable
record keeping. Many automated dispensing systems have now use the bar
code technology (eMAR or BCMA) discussed earlier in order to guarantee
the five ‘rights’ of medication administration. (Academy of Managed Care
Pharmacy, 2010)
8. 8
III. CONCLUSION
Pharmaceutical errors (or medication error, to be more specific) is an
unfortunate event that will always occur in any pharmaceutical field. Even so, the
errors can actually be reduced or even eliminated with the help of information
technology. IT helps pharmaceutical practitioners by performing certain works that, if
done manually, have often resulted in medication errors.
As of now, some of the examples of the use of IT in the pharmaceutical field
are electronic prescribing, Computerized Physician Order Entry (CPOE), Bar Code
Electronic Medication Administration System (eMAR) or Bar-coded Medication
Administration (BCMA), Electronic DUR (Drug Utilization Reviews), and
Automated Medication Dispensing.
However, first and foremost, in order to develop even further technology like
what have been discussed above, we need to investigate the cause of the error in the
first place. Therefore, IT can be reliable at times, but we should be able to understand
how to perform those pharmaceutical tasks first.
Thus, the last conclusion in order to decrease pharmaceutical errors even
further is that pharmaceutical practitioners should be able to cooperate by performing
their own task properly according to the standard operating procedure (SOP) and
avoid making too much mistakes. Because in the end, it is not only machine or
technology that is going to do all the work. Information technology needed
supervision or constant monitoring from humans as well.
9. 9
IV. REFERENCES
1. Academy of Managed Care Pharmacy. (2010, June). The AMCP's Concepts in
Managed Care Pharmacy: Medication Errors. Retrieved from AMCP:
http://www.amcp.org/WorkArea/DownloadAsset.aspx?id=9300
2. Agrawal, A. (2009, June). Medication Errors: Prevention Using Information
Technology Systems. Retrieved from US National Library of Medicine, National
Institutes of Health: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2723209/
3. American Academy of Orthopaedic Surgeons. (2008, December). Information
Statement: Prevention of Medication Errors. Retrieved from The American
Academy of Orthopaedic Surgeons/The American Association of Orthopaedic
Surgeons: http://www.aaos.org/about/papers/advistmt/1026.asp
4. Butler, J. G. (1998, July 13). A History of Information Technology and Systems.
Retrieved from Telecommunication and Film Department, University of Alabama:
http://www.tcf.ua.edu/AZ/ITHistoryOutline.htm
5. Merriam-Webster. (n.d.). Dictionary: pharmaceutical. Retrieved from Merriam-
Webster: http://www.merriam-webster.com/dictionary/pharmaceutical
6. Ponnuswamy, T. (2014). Role of Information Technology in Preventing
Medication Errors: An Overview. International Journal of Pharmaceutical &
Biological Archives, 19-22.
7. Quality Forum Organization. (2010, December). Preventing Medication Errors: a
$21 Billion Opportunity. Retrieved from National Quality Forum:
https://www.qualityforum.org/NPP/docs/Preventing_Medication_Error_CAB.asp
x
8. Wikipedia Organization. (2015, March 25). Information Technology. Retrieved
from Wikipedia: http://en.wikipedia.org/wiki/Information_technology