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Blockchain Public Health

Blockchain and Public Health Belong Together

In instances of disease outbreaks or epidemics, it is vital that public health organizations have the ability to share crucial information quickly. Details regarding treatments, travels, medical records, and vaccines need to be shared as soon as possible across institutions and geographic locations to inform an effective response. For example, if a foreign traveler contracts hepatitis A or a dangerous virus spreads throughout a community by contaminated food or water, the Centers for Disease Control and Prevention needs to know about it so they can take appropriate action. To predict future epidemics, develop effective health policies, and ultimately control the spread of infectious diseases, the CDC, state and local health departments, and other organizations need to routinely share public health data. Although this seems like a simple task in the digital age, the reality is much more complicated.

Current systems of health data management are subject to different state laws and local practice standards, as well as concerns about privacy, security, and HIPAA compliance. While public health organizations share the same overall mission, they are unable to freely send and receive data amongst each other. There are a variety of data usage agreements in use and governmental policies dictate strict rules regarding health information access. The process of ensuring the correct data is sent or received by the right person for the right purpose is slow and inefficient. The lack of interoperability across health organizations and state borders results in inherent deficiencies in the management of public health. For example, the 2014 US Ebola outbreak was started by several infected individuals who were allowed back into the US when the government did not receive critical information about their health in time.   

Blockchain technology has been recognized by Patientory and others in the healthcare industry as a viable solution to address the privacy, security, and interoperability issues facing public health. The governance rules of a blockchain allow only predefined, authorized users to access requested information. This would ensure the privacy of sensitive health data and empower public health stakeholders to define and control permissions. Since blockchain is a distributed ledger, transactions are verified, encrypted, and maintained by a network of computers that collectively share the virtually incorruptible information. This peer-to-peer model of data sharing reflects what healthcare organizations need to successfully address public health crises. We here at Patientory wholeheartedly believe that blockchain and public health belong together.

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Events

Patientory Participates in Two Events Today: ConVerge2Xcelerate & GA Blacks in Tech Policy

Patientory is committed to connecting people through community and transforming healthcare with better technology. We are excited about our participation in two different events happening today: ConVerge2Xcelerate at Columbia University and GA Blacks in Tech Policy at Atlanta City Hall.

ConVerge2Xcelerate

ConVerge2Xcelerate is a healthcare modernization event that brings together the foremost innovators and leaders in blockchain technology, telehealth, AI, and other technologies, to address the most compelling issues, growth opportunities, and financial implications for the healthcare industry. Patientory CEO Chrissa McFarlane will be speaking on two different panels related specifically to blockchain. The first one is titled “Tokens & The Internet of Value: Blending Game Theory, Computer Science, Psychology, and Economics,” and the second one is titled “Data Sharing? The Case for Blockchain at the Global Convergence of Healthcare, Life Sciences, and Consumer Markets.”

GA Blacks in Tech Policy

The second annual GA Blacks in Tech Policy is a gathering of hundreds of technologists, tech founders, investors, corporate partners, policymakers, and others to discuss policy proposals for a more inclusive tech policy in four major areas: FinTech, Healthcare IT, Energy, and Cybersecurity. The goal of the conference is to leverage the power of innovation and collaboration to create and push forward policies that impact technologists of color, locally, statewide, and on the federal level.

Patientory CEO Chrissa McFarlane will be honored during the Awards Lunch for her efforts in developing a more inclusive tech ecosystem in Georgia. She will be receiving GA’s “Blacks in Tech” Award for Investments, which recognizes an individual that has consistently and aggressively invested in the black tech community.

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Videos

Patientory CEO & Health Transformer Shares Her Moonshot with StartUp Health

“[Healthcare is] ripe for disruption. It’s also one of the hardest industries to innovate in. And I think to be able to make an impact we definitely need moonshot thinking.” – Patientory CEO & Health Transformer Chrissa McFarlane

About StartUp Health

StartUp Health is organizing, supporting, and investing in a global army of Health Transformers, i.e. entrepreneurs reimagining the future of health. Since 2011, StartUp Health has been coaching and connecting Health Transformers from around the world who have the mindset to solve 10 Health Moonshots: Access to Care, Cost to Zero, Cure Disease, End to Cancer, Women’s Health, Children’s Health, Nutrition & Fitness, Brain Health, Mental Health & Happiness, and Longevity. StartUp Health is helping Health Transformers achieve their Health Moonshots to improve the health and well-being of everyone in the world.

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Blockchain Healthcare Providers

How the Public Health Can Maintain the Integrity of Medical Records with Blockchain Technology

There is a timeless issue that has always challenged healthcare institutions: how can accurate medical data be shared securely among the providers and patients who need access to it? Although the digital age has moved us far away from cumbersome paper records, electronic health records (EHRs) still result in inefficiencies. The interoperability among healthcare data systems has traditionally relied on three different methods of information exchange. Push is used when a provider sends information to another provider, Pull is used when a provider requests information from another provider, and View is used when a provider views information inside another provider’s system. Although technologically functional, each of these methods is used vary across institutions and geographic locations, subject to different state laws and local practice standards. This makes it difficult for policymakers to effectively govern the complicated transmission of medical records and there is no standardized audit trail that ensures the integrity of medical data from the point of generation to the point of use.

A broad spectrum of data is collected and utilized in healthcare and the integrity of this data is of the utmost importance. Health data identifies and tracks patients as they move through healthcare systems, informing providers and ensuring that the right patient receives the right care at the right time. It is absolutely vital for this information to be accurate, consistent, and complete. With the prevalence of EHRs, a lack of data transmission standards, and rising cybersecurity concerns, integrity-based threats to medical records are very possible. A malicious party, either inside or outside a healthcare institution, can modify data such as drug allergy information in an untraceable way. The inability to track and verify changes not only puts patients at risk but threatens institutional trust and credibility.

Fortunately, there is a fourth method of information exchange that can be employed to address these issues and ensure the integrity of medical records. Despite its origins related to Bitcoin and the associated skepticism of cryptocurrency, blockchain technology is quickly becoming a viable solution to various societal problems. Applications for its use are being explored across industries, such as financial services, food systems, government, and healthcare. Blockchain, also referred to as distributed ledger technology, is essentially an unchangeable, decentralized record of transactions. There is not a singular owner of information but a peer network in which multiple stakeholders contribute blocks of information that are chronologically connected to the ones before, creating a chain of blocks. The blocks are unable to be removed or edited, resulting in a comprehensive, tamper-proof record of information.

The opportunity for ensuring medical record integrity is clear. Once health data is generated and verified, it can be added to the blockchain with the confidence of knowing it cannot be tampered with. Having a blockchain system like Patientory’s in place creates a record of changes to health data that can be reviewed to see who made what changes and when. In addition to maintaining the integrity of health data, this provides a comprehensive health picture to providers and empowers patients to take charge of their medical records. As a result of Patientory’s blockchain technology, individuals will be able to efficiently access their aggregated health information and securely share it across institutions and healthcare providers, ensuring their accurate personal health data is used in the right way for the right reasons.

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Blockchain

The Value Potential of Blockchain in Healthcare: Q&A with Patientory’s Chrissa McFarlane

Prior to her participation on The Digital Value of Blockchain panel at the LSX World Congress USA 2018, Patientory CEO Chrissa McFarlane sat down for an interview with LSX, the network for life science executive leaders. She talked about her expectations for blockchain technology over the next few years and the possible hurdles blockchain may need to overcome to fully realize its potential in healthcare.

McFarlane also discusses her inspiration for Patientory, which was directly related to a need she saw in healthcare. “Specifically, the urgent need for secure, scalable, cost-effective solutions that deliver interoperability and improve health information exchange and access, while ensuring data security with the most effective technologies available today.”

Learn more about Chrissa’s passionate belief in blockchain as a powerful solution for healthcare in her full interview here.

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Uncategorized

Pharma Intelligence Congratulates Winners of the Inaugural Medtech Insight Awards [Including Patientory CEO Chrissa McFarlane]

Awards highlight dedication and innovation within medical device and diagnostics.

Philadelphia – September 23, 2018 – Today, winners of the 2018 Medtech Insight Awards were announced at a gala ceremony held at the Kimpton Hotel Monaco. The inaugural event was attended by industry thought leaders and innovators who gathered to celebrate excellence among companies, teams, and individuals driving positive change across the medtech industry.

The Medtech Insight Awards were established to honor those, who through their passion and dedication, are driven to cure, inform, minimize treatment burden and make human lives better through medical devices and diagnostics.

Categories recognize achievements across the medtech industry, from technological innovations and partnerships, to emerging markets and fast-growing companies, to standout entrepreneurs.

“Pharma Intelligence congratulates the winners of the inaugural Medtech Insight Awards,” said David Filmore, Editor-in-Chief of Medtech Insight. “The winners epitomize the dedication and innovation that medical device and diagnostics developers have demonstrated over the past year.”

Below is a complete list of the 2018 Medtech Insight Awards winners:

Best Company for Accelerated Growth: Eargo

Best Proof-of-Value of an Innovation: Immunexpress: SeptiCyte™

Best Technological Innovation, Consumer Devices: Eargo Max – Air Conduction Hearing Aid

Best Technological Innovation, Diagnostics: Agendia – MammaPrint BluePrint Breast Cancer Recurrence and Molecular Subtyping Kit

Best Technological Innovation, Therapeutic Devices: Axonics Modulation Technologies – Sacral Neuromodulation System

Entrepreneur of the Year: Chrissa McFarlane, Patientory

Most Innovative Clinical Trial: Intersect ENT – The RESOLVE II Study

Most Innovative Team or Innovator of the Year: DNAe

The In Vivo Award for Best Medtech Partnership/Alliance: WuXi AppTec Group and Mayo Clinic

Venture Financial Deal of the Year: CMR Surgical – $100m Series B Funding

Highly Commended:

Best Proof-of-Value of an Innovation: Cardiva Medical – VASCADE

Best Technological Innovation – Diagnostics: Qgel

Most Innovative Team or Innovator of the Year: electroCore

Winners were chosen from entries adjudicated by an esteemed judging panel, which included: Serge Bernasconi, Chief Executive Officer, MedTech Europe; Bill Murray, Specialist Leader, Deloitte Consulting; Fredrik Nyberg, Chief Executive Officer, Asia Pacific Medical Technology Association (APACMed); Richard Phillips, Director, Healthcare Policy, ABHI; Randel Richner, Founder, President, Richner Consultants; Leslie Saxon, Professor of Medicine, Keck School of Medicine of USC; Kristin Simeons, Vice President of Business Development, ximedica; Mark Turco, Chief Innovation Officer & Corporate Outreach Officer, Penn Center for Innovation.

The Medtech Insight Awards are managed by Medtech Insight, the trusted experts of the global medical technology industry. Medtech Insight provides real-time news and analysis, regulatory and company development news, and analyst perspective to help medical device and diagnostics professionals gain competitive advantage.

About Informa Pharma Intelligence
Informa Pharma Intelligence powers a full suite of analysis products – Datamonitor Healthcare, Sitetrove, Trialtrove, Pharmaprojects, Medtrack, Biomedtracker, Medtech Insight Scrip, Pink Sheet and In Vivo – to deliver the data needed by the pharmaceutical and biomedical industry to make decisions and create real-world opportunities for growth.

With more than 500 analysts keeping their fingers on the pulse of the industry, no key disease, clinical trial, drug approval or R&D project isn’t covered through the breadth and depth of data available to customers. For more information visit pharmaintelligence.informa.com.

About Informa PLC
Informa operates at the heart of the Knowledge and Information Economy. It is one of the world’s leading business intelligence, academic publishing, knowledge and events businesses. With more than 6,500 employees globally, it has a presence in all major geographies, including North America, South America, Asia, Europe, the Middle East and Africa.

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Videos

Patientory CEO Discusses Blockchain as a New Solution to Old Healthcare Problems

“One of the things with blockchain is it’s consortium based… so it’s really getting everyone incentivized and at the table, which doesn’t exist today. Here in the US, one of the biggest issues we have is interoperability which has been a problem for the past 15 years since the introduction of the EMR [Electronic Medical Record]. We definitely see blockchain as a starting point to really lay the groundwork and the foundation for a lot of the incentivization to happen.”

– Patientory CEO and Founder Chrissa McFarlane speaking at Bloomberg Live’s The Value of Data event on September 13th in New York

Categories
Healthcare Providers

New Pew Report Examines Ways to Improve Sharing of Patient Records Across Different Healthcare Institutions

The widespread use of electronic health records (EHRs) has helped care providers form more complete health pictures for their patients. However, accurately linking a patient’s medical records across different health institutions remains a challenge. Up to 50 percent of patients may be matched incorrectly when records are sent between healthcare facilities. In a new report, the Pew Charitable Trusts examined possible solutions to this problem by gathering insights from patient focus groups, interviews with doctors and hospital executives, and conversations with experts.

Overall, Pew concluded there is no singular solution. However, there are several short- and long-term steps government, EHR vendors, and hospitals could make to significantly improve matching rates. For example, in the short term, the agency that oversees EHRs, The Office of the National Coordinator for Health Information Technology, can help standardize how demographic data is recorded. In the long term, biometrics such as fingerprints or iris scans could be used to link medical records. Achieving the goal of a truly interoperable health care system is possible, but it will require action across stakeholders in the healthcare industry.

Read more about the report here.

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DApps Patients

How New Blockchain Offerings Can Improve Consumers’ Healthcare Experience

The complex nature of several aspects of the healthcare system sometimes seem to suggest that the system is not, in fact, built for the stakeholder it is meant to serve – the patient or healthcare consumer. Consumers struggle to get adequate time with the right healthcare providers, to obtain accurate and up-to-date health information, to navigate the wieldy health insurance industry, and to pay for expensive medical interventions that may or may not be necessary. Perhaps most frustrating to consumers, is the hassle of accessing or sharing their own personal health information.

A Complex Health System Reflects Complex Healthcare Demands

Of course the system has not been built with the goal of being complex or esoteric. The intention behind difficult-to-access health data is not to keep patients or their families in the dark about pertinent health information. Instead, access has become difficult in response to growing needs and demands for data privacy and security. Just as consumers want to be able to access their own health records at will, they also want their records kept private and secure from manipulation or modification.

While the shift to electronic health records (EHRs), which has been broadly adopted by healthcare providers, has improved the ability of consumers to readily access their records, these EHR systems do not adequately address privacy and security issues, nor are they as efficient as they theoretically might have been. Indeed, EHRs tend to suffer from interoperability problems, which prevent different types of EHR systems from interacting seamlessly with others. Thus, if a consumer sees healthcare providers that use distinct EHR systems, those providers may not be able to share the consumer’s health-related information in an efficient or precise manner.

Blockchain Can Enhance Access in a Secure Way While Providing Additional Consumer Benefits

The Patientory App for consumers makes it easier for patients to access, store, and manage their health information in a simple and secure way while also providing other solutions to consumer-facing challenges in healthcare. An important distinction of the Patientory App is it is a distributed App, or DApp, rather than a traditional App. DApps leverage blockchain technology, and specifically, have a distributed nature. In other words, DApps are applications that interface with blockchains, which are not stored or controlled by a single entity or in a single location. This means that a particular EHR or healthcare provider does not solely control an individual’s healthcare data, thus allowing for more efficient, seamless, and secure sharing of healthcare data among different providers and EHR platforms.

Using the Patientory App, consumers are not only able to access their health information themselves able to grant selected access permissions to others, but they can also use the App to better manage their health continuously and in real-time. For instance, they can set health-related goals, track behavior and progress, and access educational or support tools, resources, and communities. In addition, consumers can use the Patientory App to navigate payment options and execute individual payments. Given the breadth of solutions that the Patientory App provides – and its potential to cumulatively collect consumers’ information over the lifespan – the App is poised to become a one-stop-shop for healthcare consumers looking to take control of both their health and health-related factors like health finances. The greater transparency afforded by the App can even drive down healthcare costs by enhancing preventative care and reducing crisis management and hospital readmissions.

The Patientory App also utilizes  the Patientory utility currency, PTOY , where PTOY coins can be used for transactions and storage within the private, permissioned blockchain. As Patientory also has a dashboard offering for other healthcare stakeholders, including healthcare providers and payers, the company is building a fail-safe blockchain infrastructure with solid interoperability capabilities. The company is therefore taking a 360-degree approach to its blockchain solution for healthcare so that the information and value that each stakeholder brings can be efficiently transferred to other stakeholders, and individuals from all corners of the healthcare system can benefit.

Categories
Healthcare Providers Patients

Patientory CEO Speaks on How New Blockchain Solutions Can Solve Old Healthcare Problems

Last Thursday, September 13th, Bloomberg hosted a live event on ‘The Value of Data: How Emerging Technologies are Redefining Our Future.’ Patientory CEO and Founder Chrissa McFarlane was invited to speak on a panel discussing how blockchain can be utilized to solve global social challenges such as plastic pollution, foodborne illnesses, and consumer access to healthcare. This panel also featured representatives from IBM, Walmart, and the United Nations.

When people hear the word ‘blockchain’, they often think of cryptocurrency, a digital form of currency that has gained notoriety due to the growth of companies such as Bitcoin. This association of blockchain with cryptocurrency usually results in consumer skepticism and concern, as cryptocurrency is currently a very nascent and unregulated currency basis. Blockchain, however, has far greater applications than just cryptocurrency, specifically regarding security and transparency of data transactions and exchanges. To better understand these applications, it’s important to define what exactly blockchain is.

According to Forbes magazine, ‘Blockchain is a public register in which transactions between two users belonging to the same network are stored in a secure, verifiable and permanent way. The data relating to the exchanges are saved inside cryptographic blocks, connected in a hierarchical manner to each other. This creates an endless chain of data blocks — hence the name blockchain — that allows you to trace and verify all the transactions you have ever made. The primary function of a blockchain is, therefore, to certify transactions between people.”

From this definition, one can see how blockchain is a technology that allows users to securely and visibly complete transactions or data exchanges. One such use case can be found in the global food supply chain. Following a number of scandals in food production, most infamously the European horse meat scandal in 2013, where foods advertised as containing beef were found to contain undeclared or improperly declared horse meat, trust in global conglomerates’ ability to track the source of all its food products was at an all-time low. This mistrust led IBM to partner with Walmart, Unilever, Nestle and six other large companies in 2016 to release the Food Trust blockchain to track food through supply chains around the world. This created an immutable record of the food production cycle of every single item of produce on a blockchain. Consumers, as a result, could trust that they are buying and eating the produce they believe they are.

As seen in the food safety example, the implications of blockchain are powerful and can be just as powerful in healthcare as in food safety. Currently, consumer access to their healthcare data is a real challenge and a long-standing one at that. While gone are the days of paper charts, as much of healthcare data today is digitized and electronic, many healthcare providers do not have a way to share and grant access to such data for consumers securely. That’s where blockchain comes in.

In the healthcare industry, blockchain technology can help healthcare providers securely allow consumers to access and view their data, empowering consumers to have far greater ownership and management of their health. Additionally, blockchain enables healthcare providers to be compliant in meeting the GDPR and HIPAA regulations, two significant hurdles that have prevented consumers from successfully accessing their healthcare data.

Blockchain technology is not just about cryptocurrency or Bitcoin or fledging digital currency markets. It’s a solution that can indeed change the landscape of healthcare, not to mention many other global social problems. This technology has arrived – now is the time for healthcare providers and institutions to be open to adopting it, as the health of their patient communities depends on it.