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The Need for Modernizing Public Health Data in Responding to COVID-19

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Public health data collection and surveillance systems by health departments are in dire need of modernization. Though the public health community began developing a path to modernization over the last decade, attention to this issue from policy makers has sharply increased with the current response to the COVID-19 pandemic. Not only are current systems siloed, they rely on labor intensive processes to detect and facilitate a response to various public health threats.

The New Frontier of Digital Proximity Tracing

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The New Frontier of Digital Proximity Tracing Association of state and territorial health officials, astho, public health, covid-19, contact tracing, case investigation, public health surveillance, infectious disease, proximity tracing, exposure notification, public health agencies, data privacy, public health official, state legislature, geolocation, health data, test positive for covid-19, personal data, data collected, health departments Jeffrey Ekoma Digital proximity tracing is the cutting-edge for tracking outbreaks of COVID-19, but many have concerns about data privacy. States have proposed legislation to balance the two. As state, local, territorial, and tribal (SLTT) health departments continue to cautiously reopen parts of their economy, they also continue to take necessary measures to prevent the spread of COVID-19. A major component of this work is traditional contact tracing, a staple of public health surveillance where public health workers track down and notify anyone who might have contact with someone who tested positive for an infectious disease. However, new strategies that would supplement traditional tracing have been gaining momentum. Google and Apple collaborated to create an application programming interface (API) platform for public health agencies interested in a new type of “proximity tracing” or “exposure notification.” The platforms are expected to assist in the creation of apps between software developers and public health jurisdictions. It specifically utilizes Bluetooth technology —readily available in cellular devices—to randomly generate temporary keys on a user’s device when a user downloads an exposure notification application. This then enables the application to alert an individual if they have been or potentially exposed to someone who also uses the application and who tested positive for COVID-19. It’s worth noting the platform created by Google and Apple does not collect location information or information of users who do not voluntarily mark themselves as being positive for COVID-19. There are other notable exposure notification apps being used by SLTTs including Care19, an app developed by ProudCrowd that’s currently being used in North Dakota and South Dakota. Also, CommCare, which is currently being used in New Jersey and was developed by Dimagi. As expected, the introduction and potential influx of these types of apps have brought many different concerns, primarily centered around data privacy and how the platforms and applications would protect, store, and safely discard information that it collects. This issue became of interest to Sen. Maria Cantwell, current ranking member of the Senate Committee on Commerce, Science, and Transportation. In response she drafted S. 3861 Exposure Notification Privacy Act, which proposes assistance to public health jurisdictions exploring exposure notification applications and technologies. The act would ensure that such platforms have the necessary capacity to protect the personal data of consumers, limit the type of data collected, as well as the type of entities that would have access to such data. In addition, the legislation also: reaffirms the role of public health officials in requiring their involvement in the development and deployment of exposure notification systems; requires that participation from individuals be on a voluntary basis and with consumer consent; limits the collection and use of data; prohibits commercial use of data; and permits participants to delete their data at any time; among other things. The legislation was recently co-introduced with Sens. Bill Cassidy and Amy Klobuchar, and received support from the Washington State Department of Health, Council of State and Territorial Epidemiologists, and the National Coalition of STD Directors. This legislation is currently pending in the Senate and it is unclear if it will be considered in the upcoming months. There is also movement in state legislatures to address the use of technology. In California, legislation (AB 660) was introduced that would require any state agency contract that uses a mobile device’s geolocation data for exposure notification to a communicable disease to include provisions requiring the contractor to inform the app user of the authorized purposes of the app and collected data. Another bill (AB 1782) introduced in the state would require public health entities and businesses offering exposure notification services to allow users to revoke consent for the collection, use, maintenance, or disclosure of the user’s information. Businesses that provide exposure notification services but are not affiliated with a public health entity would be required to disclose its non-affiliation. The bill would also require the encryption of data collected by the technology, limit the use of the data as well as the amount of time the data can be maintained, and require reported exposures be verified by a healthcare provider before notifying logged contacts of their potential exposure. In New York, companion bills were introduced (A 10583A and S 8448B) that would establish requirements for the collection and use of emergency health data and the use of technology for collecting data during the COVID-19 emergency. Specifically, the bill requires the disclosure of certain information to those who install and use data collecting apps on mobile devices, including information about the right to opt-in, the right to privacy, the app’s privacy policy, time limitations for maintaining the data, and the individual’s right to access the data. Unlike the bills in California, individuals in New York would be able to sue for violations of the law. Several SLTT’s are currently either exploring, developing, or implementing proximity tracing applications within their respective jurisdictions. It remains critical that SLTT health departments evaluate the implementation of any proximity tracing option, while concurrently evaluating pertinent data and privacy related issues that may arise with the collection and sharing of information from individuals. In the coming days, ASTHO plans to release a guide to assist health officials as they think through the critical functionalities, technological options, and implementation of these emerging technologies. ASTHO will continue to track and monitor legislation that seeks to address data and privacy concerns with proximity tracing and exposure notification applications. website yes

Public Health Infrastructure Partners Launch National Implementation Center Program to Support Data Modernization 

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CDC-funded program will accelerate data exchange between healthcare and public health to drive timely, data-informed public health action

ASTHO Partners with Veritas Data Research and HealthVerity to Launch the First-of-its-Kind Public Health Data Consortium

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ASTHO Partners with Veritas Data Research and HealthVerity to Launch the First-of-its-Kind Public Health Data Consortium ARLINGTON, VA — The Association of State and Territorial Health Officials (ASTHO) announced today a partnership with Veritas Data Research and HealthVerity that establishes a first-of-its-kind public health data consortium. This novel consortium brings together ASTHO, jurisdictional health departments and private partners united in a shared mission to improve public health outcomes through enhanced data access and quality, and to address long-standing challenges that hinder our nation’s public health data infrastructure. “There is tremendous opportunity when we connect the strengths of private industry with the mission of public health,” said Joseph Kanter, MD, MPH, ASTHO CEO. “By working together in a structured way, we can close long-standing data gaps and build a stronger, more responsive system for the future.” The consortium’s central mission is to improve the quality of and access to real-world data and public health data relied upon by a broad range of stakeholders to drive public and population health decisions and understand longitudinal outcomes. State health agencies, providers, payers, researchers, and others rely on this data, which is often difficult to obtain. Through this public-private partnership, members aim to expand access in ways that strengthen communities and support health care and public health systems. “Our nation and communities need a robust, sustainable model that leverages the capabilities and expertise across both private industry and public health. For too long, there have been challenges in bringing private and public entities together to address the gaps that plague our nation’s public health data and technology infrastructure,” said Jen Layden, MD, PhD, ASTHO senior vice president of population and innovation, and former CDC and state public health leader. “This consortium, by uniting on a common mission and placing governance in the hands of public health, is primed to be a game changer.” Jurisdictional health departments will gain access to real-world data and technical capabilities and will play a key role in strengthening the quality and availability of critical data. The consortium will initially focus on mortality data, a foundational asset for a variety of use cases. "This consortium represents an excellent example of public-private partnerships in healthcare," said Jason LaBonte, CEO at Veritas Data Research. "Under the governance of ASTHO, all state and territorial health agencies can securely pool their data to improve clinical practice and innovation. In return, the agencies can combine their data with national real-world data to power better public health. Veritas is pleased to facilitate these data exchanges using our robust ingestion and delivery platform, and to make appropriate data available to a wider group of stakeholders with use cases pre-approved by the state and territorial health agencies.” “We are proud to serve as a founding operating partner, applying our expertise in identity resolution and data privacy to solve the 'linkage' problem that has long plagued public health,” said Andrew Kress, CEO of HealthVerity. “Through this consortium, we are enabling a standard of data exchange that respects patient privacy while providing a level of clinical truth that will accelerate research and improve the speed of public health interventions.” To support the consortium, ASTHO is creating an advisory network to provide organizations with opportunities to stay informed and offer guidance as the initiative evolves. To learn more about the consortium or advisory network, please contact phdc@astho.org. ASTHO Press Release Boilerplate   Veritas Boilerplate   HealthVerity Boilerplate website yes

The Fungus Among Us

In the United States, three main types of fungi—coccidioidomycosis, histoplasmosis, and blastomycosis—can cause lung infections like pneumonia when people breathe in fungal spores from the air. In honor of Fungal Disease Awareness Week, this episode is focused on the risks of endemic fungal diseases.

Disease Forecasting Learning Series, Part 1: Disease Forecasting Basics

Join ASTHO for the first in a four-part series designed to provide health department staff with foundational knowledge and best practices for disease forecasting. The session will provide an overview of the process, including a brief history of public health’s utilization of forecasting, inclusion in preparedness and response activities, how health departments can use forecasting in decision-making activities, and what forecasting does not tell us. Featured Speakers: - Anne Zink, MD, FACEP, (SHO-AK), ASTHO past president - Dylan Morris, PhD, Team Lead, Inform Division, Center for Forecasting and Outbreak Analytics (CFA), CDC - Matthew Biggerstaff, ScD, MPH, Team Lead, Applied Research and Modeling Team, Influenza Division, CDC

It’s a Weighty Matter: Exploring PRAMS Weights

This session focuses on increasing awareness on how PRAMS weights are constructed, how to properly subset data for weighted analyses, and when health department staff should be worried about over/under estimation. The presenters provide thoughts and methods for checking assumptions of subgroup estimations, potential bias risks, and how re-weighting is sometimes used for smaller subpopulation assessments. Featured Speakers: - Jared Parrish, PhD, ASTHO Contractor - Phil Hastings, PhD, Founder and Principal, Far Harbor. - Joe Pirozzolo, PhD, Research Statistician, Far Harbor.

Advancing Maternal Health With Data Equity

In this webinar, participants obtain an overview of the impact data equity has on improving maternal and infant health outcomes as well as the role providers play in advancing maternal health through data equity practices. Featured Speakers: - Jennifer Tang, MD, MSCR, Associate Professor, UNC Department of OB-GYN, UNC Project-Malawi - Ndidiamaka Amutah-Onukagha, PhD, MPH, CHES, Associate Professor, Public Health and Community Medicine, Assistant Dean of Diversity, Equity, and Inclusion, Director and Founder, Center for Black Maternal Health and Reproductive Justice, Director and Founder, MOTHER Lab

Artificial Intelligence in State and Territorial Public Health

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ASTHO informatics and innovation leaders gathered for an introduction to AI and its potential applications in state and territorial public health.