Difference between revisions of "Template:COVID-19 Testing, Reporting, and Information Management in the Laboratory/Final thoughts and additional resources/Final thoughts"
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==5. Final thoughts and additional resources== | ==5. Final thoughts and additional resources== | ||
===5.1 Final thoughts=== | ===5.1 Final thoughts=== | ||
[[File:COVID-22 Palmerston North posters MRD.jpg|right|280px]]Since it has started, the COVID-19 pandemic has brought with it numerous challenges for society to face. How poised is a state and national government to truly lend assistance to its citizens in the face of a crisis? How does the increasing divide between the "haves" and "have nots," and the associated economic structures that lend to them, reveal the fragility of our society? What more can be done to fund epidemiology research? How can we improve our healthcare system to be better equipped to handle communicable disease response and better funded to provide more social services to a broader base of people? And what lessons can be learned from the successes and failures of providing accurate, responsive laboratory testing during pandemics? | [[File:COVID-22 Palmerston North posters MRD.jpg|right|280px]]Since it has started, the [[COVID-19]] [[pandemic]] has brought with it numerous challenges for society to face. How poised is a state and national government to truly lend assistance to its citizens in the face of a crisis? How does the increasing divide between the "haves" and "have nots," and the associated economic structures that lend to them, reveal the fragility of our society? What more can be done to fund epidemiology research? How can we improve our healthcare system to be better equipped to handle communicable disease response and better funded to provide more social services to a broader base of people? And what lessons can be learned from the successes and failures of providing accurate, responsive laboratory testing during pandemics? | ||
We've learned that the family of | We've learned that the family of [[coronavirus]]es can be disruptive to humanity, having had past brushes with [[SARS]] and [[MERS]], yet we arguably [https://www.newscientist.com/article/mg24532724-700-we-were-warned-so-why-couldnt-we-prevent-the-coronavirus-outbreak/ haven't done enough] to research these and similar viruses to be more prepared. We were perhaps [https://doi.org/10.1098/rstb.2004.1487 fortunate in some ways] that SARS wasn't worse than it proved to be. However, responses by the World Health Organization (WHO), the Centers for Disease Control and Prevention (CDC), and other organizations and agencies around the world during the SARS and MERS outbreaks laid the foundations for [[laboratory]] testing a novel coronavirus like [[SARS-CoV-2]]. [[Reverse transcription polymerase chain reaction|Reverse transcription PCR]] (RT-PCR) is again proving to be a useful diagnostic tool for identifying the virus in patient specimens. Other methods such as [[Lateral flow test|lateral flow assays]] (LFA) borrow from more rapid methods of identification, and other more rapid methods of testing such as antigen testing and reverse transcription [[loop-mediated isothermal amplification]] (RT-LAMP) lend additional support to testing. And while confusing—particularly given the unknowns surrounding the predictive ability of antibodies conferring immunity—serology antibody tests appear to have their place as well. | ||
These and related tests can be complex, as evidenced by the CLIA approval status of a strong majority of emergency use authorized (EUA) test kits. Performing these tests on complex instruments and then effectively using the data they provide require clear | These and related tests can be complex, as evidenced by the CLIA approval status of a strong majority of emergency use authorized (EUA) test kits. Performing these tests on complex instruments and then effectively using the data they provide require clear [[workflow]]s that can be at least partially automated. This is particularly vital given the paltry 13 percent of CLIA-certified U.S labs that are certified to perform moderate- and high-complexity testing. Additionally, given the value of test result data to governments agencies, [[Epidemiology|epidemiological]] researchers, and patients, it's important that reporting is clear, timely, and moderated. Laboratory informatics systems such as [[laboratory information management system]]s (LIMS) and [[laboratory information system]]s (LIS) can go a long way towards ensuring laboratory testing and reporting of communicable diseases goes smoothly. | ||
Choosing just any informatics system and implementing it haphazardly in the laboratory doesn't automatically ensure improvements, however. Many elements of the system should be carefully considered. Does the system have a provider portal that is flexible in its ability to handle providers from many different healthcare facility types entering test orders and reviewing results? How well does it address the workflow of COVID-19 and other types of respiratory illness testing? Does it interface with the instruments you're using to test such illnesses, and at a reasonable cost? How well does it handle internal and external reporting requirements, as well as any data visualization and dashboarding you require? During outbreaks and pandemics, the system should improve your laboratory workflow, not slow you down. This includes the element of reporting, which is not only critical but also challenging even in relatively peaceful times of health. And how interoperable is the system with other clinical systems such as electronic health | Choosing just any [[Informatics (academic field)|informatics]] system and implementing it haphazardly in the laboratory doesn't automatically ensure improvements, however. Many elements of the system should be carefully considered. Does the system have a provider portal that is flexible in its ability to handle providers from many different healthcare facility types entering test orders and reviewing results? How well does it address the workflow of COVID-19 and other types of respiratory illness testing? Does it interface with the instruments you're using to test such illnesses, and at a reasonable cost? How well does it handle internal and external reporting requirements, as well as any data visualization and dashboarding you require? During outbreaks and pandemics, the system should improve your laboratory workflow, not slow you down. This includes the element of reporting, which is not only critical but also challenging even in relatively peaceful times of health. And how interoperable is the system with other clinical systems such as [[electronic health record]]s (EHR) and [[radiology information system]]s (RIS)? As we found out, academic and research laboratories wanting to assist with testing have at times been locked out due to their informatics system not interfacing cleanly with a hospital EHR. | ||
Hopefully this guide has provided important background in several areas, from COVID-19's historical impact and challenging health issues, to the current state of laboratory testing, reporting, and informatics applications being applied to fight its spread. As noted in the beginning, this pandemic and how humanity is dealing with it is rapidly changing us, as we try to keep up with ways to fend it off. That means information changes rapidly. An effort will be made to update this content as new information comes to light. In the meantime, stay safe and consider your informatics solutions with care. | Hopefully this guide has provided important background in several areas, from COVID-19's historical impact and challenging health issues, to the current state of laboratory testing, reporting, and informatics applications being applied to fight its spread. As noted in the beginning, this pandemic and how humanity is dealing with it is rapidly changing us, as we try to keep up with ways to fend it off. That means information changes rapidly. An effort will be made to update this content as new information comes to light. In the meantime, stay safe and consider your informatics solutions with care. | ||
Revision as of 16:45, 17 September 2021
5. Final thoughts and additional resources
5.1 Final thoughts
Since it has started, the COVID-19 pandemic has brought with it numerous challenges for society to face. How poised is a state and national government to truly lend assistance to its citizens in the face of a crisis? How does the increasing divide between the "haves" and "have nots," and the associated economic structures that lend to them, reveal the fragility of our society? What more can be done to fund epidemiology research? How can we improve our healthcare system to be better equipped to handle communicable disease response and better funded to provide more social services to a broader base of people? And what lessons can be learned from the successes and failures of providing accurate, responsive laboratory testing during pandemics?
We've learned that the family of coronaviruses can be disruptive to humanity, having had past brushes with SARS and MERS, yet we arguably haven't done enough to research these and similar viruses to be more prepared. We were perhaps fortunate in some ways that SARS wasn't worse than it proved to be. However, responses by the World Health Organization (WHO), the Centers for Disease Control and Prevention (CDC), and other organizations and agencies around the world during the SARS and MERS outbreaks laid the foundations for laboratory testing a novel coronavirus like SARS-CoV-2. Reverse transcription PCR (RT-PCR) is again proving to be a useful diagnostic tool for identifying the virus in patient specimens. Other methods such as lateral flow assays (LFA) borrow from more rapid methods of identification, and other more rapid methods of testing such as antigen testing and reverse transcription loop-mediated isothermal amplification (RT-LAMP) lend additional support to testing. And while confusing—particularly given the unknowns surrounding the predictive ability of antibodies conferring immunity—serology antibody tests appear to have their place as well.
These and related tests can be complex, as evidenced by the CLIA approval status of a strong majority of emergency use authorized (EUA) test kits. Performing these tests on complex instruments and then effectively using the data they provide require clear workflows that can be at least partially automated. This is particularly vital given the paltry 13 percent of CLIA-certified U.S labs that are certified to perform moderate- and high-complexity testing. Additionally, given the value of test result data to governments agencies, epidemiological researchers, and patients, it's important that reporting is clear, timely, and moderated. Laboratory informatics systems such as laboratory information management systems (LIMS) and laboratory information systems (LIS) can go a long way towards ensuring laboratory testing and reporting of communicable diseases goes smoothly.
Choosing just any informatics system and implementing it haphazardly in the laboratory doesn't automatically ensure improvements, however. Many elements of the system should be carefully considered. Does the system have a provider portal that is flexible in its ability to handle providers from many different healthcare facility types entering test orders and reviewing results? How well does it address the workflow of COVID-19 and other types of respiratory illness testing? Does it interface with the instruments you're using to test such illnesses, and at a reasonable cost? How well does it handle internal and external reporting requirements, as well as any data visualization and dashboarding you require? During outbreaks and pandemics, the system should improve your laboratory workflow, not slow you down. This includes the element of reporting, which is not only critical but also challenging even in relatively peaceful times of health. And how interoperable is the system with other clinical systems such as electronic health records (EHR) and radiology information systems (RIS)? As we found out, academic and research laboratories wanting to assist with testing have at times been locked out due to their informatics system not interfacing cleanly with a hospital EHR.
Hopefully this guide has provided important background in several areas, from COVID-19's historical impact and challenging health issues, to the current state of laboratory testing, reporting, and informatics applications being applied to fight its spread. As noted in the beginning, this pandemic and how humanity is dealing with it is rapidly changing us, as we try to keep up with ways to fend it off. That means information changes rapidly. An effort will be made to update this content as new information comes to light. In the meantime, stay safe and consider your informatics solutions with care.
