Sunday, September 8, 2013

Journal Entry 7: Knowledge Discovery


                                                                                                    Alanna M Schauer

                                                                                                Journal Entry 7: Knowledge

                                                                                                Discovery and Management

     
                                Written Assignment 12: Journal Entry 7

Chavis, S. (2013). CPOE anytime, anywhere. For the Record, 25(10), Retrieved from


            This article was chosen because it covered the educational objectives of smart devices, remote access and control, and personalized medicine through devices that can handle massive data management and analysis. It looks at the proposed plan for electronic health records (EHR) and the actual frustration that is felt by physicians due to loss of productivity. It introduces the voice activated programs that will allow physicians to dictate as they assess a patient therefore decreasing time and improving efficiency.

            This article is an opinion and a product review from a journalist who specializes in writing about trade and consumer publications placed in an on-line journal.  

            The problem addressed in this article is the statistics that are being reported as to the decreased productivity and workflow of physicians utilizing EHR and how this can be corrected. "The survey results indicated that nearly 40% would not recommend EHRs to a colleague because of productivity challenges, difficult software interfaces, and a lack of improvement in patient care," (Chavis, 2013, para. 4). This is contrary to what was anticipated and they are not happy with the progress of EHR.

            The solution is the introduction of the speech recognition programs of M*Modal (a mobile application) and Nuance (the Dragon program). These two products have advanced the premise of speech-enabled computerized physician order entry (CPOE) so the physicians do not have to be data entry personnel. The current M*Modal prototype Apple iOS app allows physicians to speak orders into an iPhone or iPad. The orders are sent to the clod server of M*Modal and the voice is translated into text and sent back to the clinician on their phone or iPad for their approval or editing. Nuance, would be embedded into the hospitals electronic medical record system. "As doctors input a patient's information via voice, it can highlight and validate medical facts, spot inconsistencies and ask follow-up questions," (Roger, 2012, para. 4).

            The implications to healthcare are that the physician would be able to dictate as they see their patients and review the data and orders in real time for accuracy and efficiency. Since EHR's are a requirement of meaningful use there needs to be continuous improvements to ensure the criteria is met.

            I learned there are great advances being made in voice technology and that this can be useful for physicians and can be applied to nursing as well.

                                                     Reference

Roger, Y. (2012). Doctors can chart their patients verbally. USA Today

Monday, September 2, 2013

Journal Entry 6: Knowledge Journal Entry 6: Knowledge Discovery and Management/Alanna Schauer


                                                                                                 Alanna M. Schauer

                                                                                                Journal Entry 6: Knowledge

                                                                                                Discovery and Management

Keiser, B. E. (2012). Quality patient education materials on the web. Online, 36(6).


            The article was chosen because it met many of the objectives of knowledge discovery and their associated concepts. It discusses the application of knowledge to create value which is the essential element of learning and the trends associated with this learning. This was an excellent article of determining how to obtain quality patient education and the author’s struggle to verify this information.

            This article is an opinion culminated from an extensive search of internet resource sites starting with Trust it or Trash it. It is also a product review of many of consumer health sites like NetWellness and MedTango. The author did their own systematic review and weeded out the non credible websites. Then the author identified patient education materials and the tools that were specific to an illness or subject matter that needs to be taught.

            The need is that with millions of Americans searching the Internet for medical information and health problem answers it is vital to have sites with proper information that can be verified. An estimated eighty-six percent of adult people use the internet for health information compared to 28-41%, who consults with their primary health care providers, (Weber, Derrico, Yoon, & Sherwill-Navarro, 2009).  You could propose that many internet users will accept web based health recommendations instead of confiding in their primary physician.  People can be embarrassed to admit they had certain problems or ailments so they do research on their own and the quality of the websites is questionable.

            The solution from this systematic review is the author created a comprehensive list of consumer health sites with the explanation of their specific features that make them credible. It is a reference guide to obtaining information that can be very useful for patients and their families about numerous illness and medical issues. A strategy for reviewing health sites and patient teaching material was explained and promoted for standardization of patient education on medical illness.

            This is important for healthcare delivery because patients are utilizing the internet for many of their health questions and they do not always locate the most credible resources. For medical professionals, this article listed many health sites and reputable patient education resources and provided definitive steps and strategies for keeping patient education material current and maintaining best practice.

            I learned where to find credible resources for patient education material.  The article provided a valuable list of resources to utilize when patient ask for medical information sites.

It is also useful for nurses looking for information on a health topic.

                                                              Reference

Weber, B., Derrico, D. J., Yoon, S. L., & Sherwill-Navarro, P. (2010). Educating patients to

evaluate web-based health care information: the GATOR approach to healthy surfing. Journal Of Clinical Nursing, 19(9/10), 1371-1377. doi:10.1111/j.1365-2702.2008.02762.x

Wednesday, August 28, 2013

Lesson learned Journal Entry 5: Data Manipulation and Presentation/ Alanna Schauer


                                                                                     Alanna M. Schauer

                                                                                     Journal Entry 5: Data Manipulation and   
                                                                                     Presentation      
                                                                                                                                                                                                                              
                Lesson learned Journal Entry 5: Data Manipulation and Presentation

            I learned many things about data this week and the good and bad of data manipulation. I learned about the use of cloud computing in data manipulation as a long term storage solution for the interdisciplinary field of Bioinformatics. They have been looking for solutions to extrapolate the vital information from the rapid accumulation of the data and using the internet has been proposed.  Rita brought to the forefront that there can be ethical issues with the data and information in the way it is presented and we need to careful of the quality of data and the source.  Adam discussed the new mobile technology and how it will change the healthcare landscape.  The access to data and the ability to provide care when analyzing this data makes this program valuable. Joy explained the new technology of Google glasses and how they can visualize data by wearing these glasses. This can be very helpful to emergency room physicians because they can view vital sign, lab reports, through this application via the Droid. Fiona spoke about the presentation of data and how some presentations are good and some are poor.

            Data management and manipulation can impact activities of daily living and social contact with Google glasses, be presented in PowerPoint presentations or be part of the newest mobile technology. It is advancing daily and we as healthcare providers need to be aware of the many avenues of data.  

Sunday, August 25, 2013

Journal Entry 5: Data Manipulation Alanna Schauer


                                                                                                Alanna M. Schauer
                                                                                                Journal Entry 5: Data Manipulation   
                                                                                                             and  Presentation                                                                                                                             
                                                                      Reference

Lin, D., Xin, G., Yan, G., Jingfa, X., & Zhang, Z. (2012). Bioinformatics clouds for big data

            manipulation. Biology Direct, 7(1), 43-49. doi:10.1186/1745-6150-7-43

            direct=true&db=aph&AN=85980083&site=ehost-live

            The article I chose is specific to discussing data manipulation based on large amount of data in Bioinformatics and utilizing cloud computing. Bioinformatics as an interdisciplinary field has been having difficulties with the enormous amount of data they collect because it requires storage of this data. They have been looking for solutions to extrapolate the vital information from the rapid accumulation of the data and using the internet has been proposed.

            This article is a review of the use of cloud computing in data manipulation from the opinion of five authors from the interdisciplinary field of Bioinformatics'. Bioinformatics is influenced by biology and advanced information technology (IT) and includes data analysis, data sharing, and data storage (Lin, Xin, Yan, Jingfa, & Zhang, (2012).

            The need that was addressed was determining how to store the enormous amounts of data that is produced from the field of Bioinformatics and formulate a plan for more public access to the information called public utility. "Whether a public utility or not, cloud computing has already become a significant technology in big data storage and analysis, exerting revolutionary influences on both academia and industry," (Lin, et al, 2012, pg. 43).

            The solution was to utilize cloud computing software such as Hadoop which has two components, Map Reduce and Hadoop Distributed File System (HDFS). Map Reduce breaks apart the data into smaller nodules on multiple computer systems and the HDFS provides the files to store data on these nodes. The article references studies that utilized Hadoop software for data manipulation and storage with successful results. The bioinformatics clouds store and manipulate data into four categories; "data as service (DaaS), software as service (SaaS), platform as service (PaaS), and infrastructure as service (IaaS)," (Lin, et al, 2012, pg. 44).

            The implications to healthcare include easy access to the data extracted from bioinformatics. Currently bioinformatics analysis requires downloading data from public sites, installing software, and then running analysis on your institution's computer. With the data and software in cloud computing, they can be delivered as services so data manipulation, data analysis, and data storage can be done easily and safely (Lin, et al, 2012).

            I learned that Amazon is the largest provider of commercial clouds for storing big data. I learned that collecting all this data requires a system with the capacity for large storage and can be accessed via the internet easily. I learned that cloud computing is still new but has such great promise for future data manipulation that there will be further development in data acquisition, data  storage, and utility supplied internet access to the clouds.

Wednesday, August 21, 2013

Lessons Learned Journal Entry 4: 8/21/13 Alanna M. Schauer


                                                                                  Lessons Learned Journal Entry 4: 8/21/13

                                                                                               Alanna M. Schauer

 
            The week's lesson has to do with data mining and the necessity of having clean accurate data.  Joy's article outlined the nine influences determined by the IT industry and their standards set forth. Data accuracy and data quality were two of the nine influences and are considered a priority.  Adam discusses the importance of clean data and that high quality data requires a perceptive grasp of the meaning and intent of the data as well as the proper context for the Automated Community Health data base. Fiona's article discusses the "V"'s of data (Volume, Velocity, Variety, Veracity, and Visibility) and the need to go slow, verify the data collected and build upon the data as you progress. Rita discusses an alternate utilization for data mining and one that can have ethical implications as it is involves pharmaceutical advertising to physicians. (Unfortunately I still cannot read Ethel's post). It was very informative and intriguing how all our blog's articles was interrelated this week

Saturday, August 17, 2013

Module 4: Security in Healthcare/ Alanna Schauer


                                                                                 Alanna M. Schauer
                                                                                 Module 4: Security in Healthcare                                                                                                              
                                                                                                  Information and Databases

Liu, C., Chung, Y., Chen, T., & Wang, S. (2012). The Enhancement of Security in Healthcare

            Information Systems. Journal Of Medical Systems, 36(3), 1673-1688.  

            doi:10.1007/s10916-010-9628-3

            http://resources.njstatelib.org/login?url=http://search.ebscohost.com/login.aspx?direct=tr 

            ue&db=aph&AN=74979922&site=ehost-live           

            This article is interesting because it discusses the infrastructure of internet security in the healthcare arena and why it is so important. It is pertinent to the weekly discussion of health information security, data integrity, confidentiality, and access issues. This article provides the foundation of medical information security and the informational security events that can occur. It provides a basic understanding of the internet as it pertains to a hospital and how they go about safeguarding the medical information from hackers, internal and external threats. It is quite detailed, yet simple enough for a greater understanding of the serious issues that healthcare agencies must be prepared to encounter. It outlines the divisions of firewalls, their purpose, and how they protect from a breach of health information.

            It is a descriptive study from a peer reviewed journal which provides information to the readers about arranging information security strategies for medical organizations. These strategies conform to the HIPAA guidelines so there is standardization with the exchange of health information, and security precautions.

            It was informational and educational and addressed the need for detailed instruction on firewalls, classification of hackers, and case studies with actual attacks. It was fascinating to read that most information security threats come from the inside, the employees themselves. It is stated that "threats caused by employees consist of seventy percent of the total three threats to network security," (Liu, Chung, Chen, & Wang, 2012, pg. 1675).

            The solution was to review the weaknesses that may exist with management negligence and propose the application of medical management strategies in the network environment. The solution was the design and implementation of firewall structure like Single-Interfaced Bastion Host, Dual-Interfaced Bastion Host or Screened Subnet Firewall all with packet filtering. The study was to enhance the information security of the present medical network system.

            The implication to healthcare includes avoiding the information security event that occurred in Taiwan in November 2009 from ever happening again. The system crashed and without proper security protection in place health information was leaked. This can happen when there is not the tightest security available protecting patient's health information by system crash or illegal hackers with malcontent.

            I learned about the types of Firewalls available and the basic understanding of how they work to protect our health information. Hospitals are tasked with having electronic health records and health information exchanges but also protecting health information from the hackers and natural events.  This is a huge task for health care organizations but I now have a greater understanding of this situation.

           

Written Assignment 8: Data Mining


 

 

 

 

 

 

Written Assignment 8: Data Mining

Alanna M. Schauer

Thomas Edison State College

 

 

 

 

 

 

 

 


Written Assignment 8: Data Mining

Information Technology Manager Interview

The writer interviewed the Clinical Application Manager called B.K. to gather the information needed to answer the following questions. The author was surprised to receive the answers given because the hospital has such foresight when it comes to Information technology and yet this was not the case as it pertained to data mining

 AMS- "What software are we currently using for data mining?

B.K. - "We do not have great data mining tools established currently but we are working on it. We are rolling out some new projects that will address the data mining issue but we are at the beginning stages. We are focusing on the Quality Core Measures initiatives and utilizing software called Focus by SpectraMD USA, Inc. (Are you maximizing, 2012). This program has dashboards that allow monitoring of the information and the ability to see trending. This software focuses on the value based purchasing initiatives and allows you to drill down to specific data points to see where there is missing information. This allows the hospital to increase performance across the continuum of care and gain financial incentives."

 AMS- "Who is currently using the Focus program?"

 B.K. -"We are really targeting the quality issues and CHF readmissions so the quality assurance department is the primary users of this new software program. We will build this over our Siemens Decision Support System (DSS). K.A. the VP of Quality Assurance is the person who really decides what data targets we need to focus on. Our Congestive Heart Failure (CHF) readmission rates are high, higher than the administration wants and we need to work fast to reduce them."

AMS- "What are they trying to predict with the collection of the data; the CHF values?"

B. K. -"The Focus program uses predictive and analytic statistical techniques as a primary tool for data mining core measure information. When they created this program, they created a panel of cardiologists for their input so they could capture the necessary data points for a successful program. For example, with the CHF measure, the ejection fraction is a good indicator of cardiac muscle function but they need a clean data point. When the echocardiogram calculates the ejection fraction, there is one value.  In contrast, when the cardiologists over read the echocardiogram they often report a percentage of forty-fifty percent and that is not a clean data point. Cores measure reporting can cause significant financial burdens on the organization if handled incorrectly. CHF is one of the data mining concerns but so are myocardial infarction (MI), pneumonia, VTE, and stroke. There is also the idea of providing quality patient care which makes this program vital to the viability of the organization."

            "We are trying to predict or evaluate where we are the weakest so an action plan can be instituted and our values can be superior. We are attempting to preemptively determine where to focus our efforts for positive quality outcomes. "

 AMS- "What data are they using in this data mining program?"

B.K. - With CHF, we are looking at the length of stay per admission, the ejection fraction of the echocardiogram, the comorbidities that exist for the patient, like diabetes or hypertension, the B-type Natriuretic Peptide (BNP) blood test value, to mention a few. With the stroke patient, we are also looking for the length of time for CAT scan or door- to CT scan time and the thirty-minute window for tissue plasminogen activase (TPA) administration if warranted.

AMS-"What do you see as the advantages and disadvantages of the institution's approach

 to data mining?"

B.K. - "We are at an important crossroad at this institution because we have to make a decision to adopt a hybrid approach to data mining or wait and try to implement a global system using Siemens. Siemens DSS is moving toward this global data mining system and this would be an advantage because we predominantly utilize Siemens Soarian and their DSS platform is quite robust. The new upgrade we performed in June has added many data mining features so we are contemplating waiting to see what they come up with in the future. I am not sure there are advantages except we are familiar with Siemens and have a good working relationship. The disadvantages would be we are implementing this data mining initiative somewhat late compared to local area hospitals so we are under the gun, so to speak."  

AMS- "What are the issues with the institution's approach to data mining?

B. K. -"SpectraMD USA, Inc. is a new company and their premium program concerns value based purchasing and CMS Cores Measures. This is their flagship data-mining program but they intend to expand to be the premiere data mining company. They do have a program for Physician Quality Reporting System Compliance but we use Crimson Continuum of Care program so we do not need their program (Crimson continuum of, 2013). We needed to get the core measures under control so we implemented this program. We are not sure that we want to explore their other programs at this time. We have to consider that if we use their program for other data mining projects they may be appropriate for some clinical areas but inappropriate for other clinical areas. This is why we have nineteen clinical systems in our hospital because no one system fully understands the electronic medical record documentation system of every clinical area. These are big issues to tackle and we are investigating, researching and evaluating the best way to move forward.

AMS-"Thinking of what this institution is trying to do with data mining, what criteria 

would you want to use in evaluating data mining software.

B. K. - "We look for many things when evaluating data mining software. The number one item I look for is functionality because that determines the adaptability of the program and how it can meet the challenges that may occur with data mining. Performance is another category because there is going to be many different interfaces and data sources and this demonstrates the efficiency of the product. Another category is the ease of use or user friendly capability of the data mining software. It has to be easy to learn or there can be errors or incorrect documentation. Are there different levels in this program that would affect learning is another question to consider. This software also has to have other functions that will facilitate report production and data manipulation. The data needs to be capable of filtering, randomizing, and potentially deleting outliers. The data needs to be clean for the finished product to be accurate and truly reflect the subject in which we are looking to mine data."

            "We looked at these features with Focus but we were ready to purchase because of time constraints and their program had acceptable criteria. That is why we are taking more time with our decision to adopt hybrid or global system for data mining."

AMS-" What role do you see the nurse playing regarding data mining, including a 

discussion of the uses of data mining to improve nursing practice?"

B. K. - "Nurses are key players in documentation in electronic medical records and information technology as it pertains to patient care. We have the IT meeting monthly to have nurses input with the various projects that we are implementing. Nurses have a different approach to IT systems and documentation and their thoughts and opinions are valued. "Program developers look for nurses to be involved in the development of nursing documentation," (Lyden, 2008, pg.9).  We have restructured Case Management to have Care Coordinators and Clinical Data Informatics specialists that review charts, round on the floors and input the data into Focus."

            "In the future as data mining expands here there will be more jobs that will be necessary to collect, clean and input the data. With the capability of Soarian currently to run reports on your individual patients or your assignment, you can structure your nursing practice and look for trends.  The increased use of technology can improve nursing practice especially when we convert to hand held devices. We have one more upgrade to convert Soarian software to the hand held device capability and then we will begin introducing the devices in certain clinical areas. All of these initiatives will change and improve nursing care toward their patients."

                                                                Conclusion

            The interviewer was helpful and provided great insight into the world of data mining at the writer's institution. The nurse informaticist uses science, nursing, evidence based theory, and nursing care to provide quality patient care (Shuler, 2011) . From a patient outcomes perspective there are informatics tools that help "shared decision-making and risk communication from the perspective of patient safety: (1) interactive education to improve risk comprehension; (2) multiple, individualized formats for conveying risk; (3) individualized risk calculations; (4) application of decision analysis methods to calculate options with the highest expected value; (5) automated updates of evidence to support shared decision making; and (6) utilization of different preference elicitation techniques and formats," Data mining is also another tool for improving patient outcomes," (Bakken, 2006, pg 233).

            The increased use of data mining can improve patient safety with shared decision-making,
 
increased communication, identifying potential risks and interactive education (Shuler, 2011). There
 
will be greater roles in data input, analyzing and collecting data so patient outcomes can be improved.

 
References

Are you maximizing data to avoid financial penalties?. (2012). Retrieved from https://www.spectramd.com/userfiles/File/FOCUS Actionable Analytics.pdf

Bakken, S. (2006). Informatics for patient safety: a nursing research perspective. Annual Review of Nursing Research, 24. Retrieved from http://resources.njstatelib.org/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=mdc&AN=17078416&site=ehost-live
End of citation-->

Crimson continuum of care. (2013). Retrieved from http://www.advisory.com/Technology/Crimson

Lyden, C. (2008). From Paper to Computer Documentation: One easy step? Online

            Journal of Nursing Informatics (OJNI), 12 (3). Available at

            http:ojni.org/12_3/Lyden.htm

Shuler, G. K. (2011). Role of nursing informatics for leadership. Nursing Advance, Retrieved from
 
 
            Leadership.aspx