10 Pros and Cons of Telemedicine

| May 25, 2018

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Are you ready to upgrade your medical practice to incorporate telemedicine? Over half of all U.S. hospitals use telemedicine, and this trend is rising. In fact, in a recent survey of healthcare executives found 90% had already begun developing or implementing a telemedicine program into their organizations. Even healthcare providers in smaller, independent practices are starting to adopt telehealth to compete with local retail clinics and stop losing their patients.

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Cascadia Behavioral Healthcare

The mission of Cascadia Behavioral Healthcare is to create hope and opportunity for low income people with mental illnesses and addictions, blending innovation and determination with competence, inclusion and compassion. The heart of Cascadia is our people those we serve, our co-workers, and our community partners.

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Embracing healthcare’s digital transformation 2.0

Article | February 24, 2020

Technology is only as useful as the value it helps us deliver. For us to get to the next phase of this evolution, technology must fit into a patient-centric care model. When I shifted my role from a full-time practicing physician to a healthcare administrator 20 years ago, there were no national standards on quality measurements, let alone for performance-based payment or value-based payment models. Today, value-based initiatives are shifting care delivery from compensating volume to compensating value and redefining financial incentives toward better patient outcomes. In this model, providers must think about the entire patient experience across all care settings and between episodic visits. On top of this, consumer behavior is changing the way patients choose and receive care. Patients are increasingly embracing convenient options for their healthcare that match their lifestyle, but still want the peace of mind that comes with support from a consistent primary care provider or care team.

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Blockchain in the Healthcare Industry

Article | January 8, 2021

Prioritizing health and managing it, has become highly important because our lifestyle is continuously evolving in ways that take a toll on us mentally, physically, and emotionally. However, the major issue for the patients lies in the inaccuracy of treatment due to the lack of complete health records in any hospital. With the recent changes in privacy legislation and data management, patients are even unable to retrieve their own health records. For example, someone had an accident and was taken to the emergency room. The first thing they will need to do in their condition is to fill the hospital’s form. Then, for the treatment, if the injured person is conscious enough, doctors ask questions like if they are allergic to some medicines or do they suffer from diabetes or any other disease. Besides, what if the individual denies having allergies or diabetes in their half-conscious state? And the previous hospitals where they have already had treatment before have denied sharing the medical details of the person either due to privacy issues or data corruption. Well, it can create a lot of fuzz. Solely, to improve the health industry without compromising the security of the individuals, blockchain has remained in the discussion. It has the potential to address the operability challenges present in the healthcare industry. But, what is blockchain, what are its underlying fundamentals, why blockchain, and what are its advantages? Today’s blog will help in understanding every aspect of blockchain and its impact on the healthcare industry. So let’s get started! What is Blockchain? Blockchain is a P2P or peer-to-peer distributed or decentralized ledger technology. It stores a chain of data called blocks of information. These blocks are chained together by cryptographic signatures. These signatures are called hash that is stored in the shared ledger and backed by a connected processes network - node. These nodes reserve a copy of the complete chain and get continually updated by synchronization. Though, to include blockchain in the process it’s necessary to hire a developer who has prior experience and knowledge about its architecture and can work with the components efficiently as blockchain is a designed pattern that consists of three major constituents - a distributed network, a shared ledger, and all the digital transactions. a. Distributed Network As discussed before, blockchain is built on peer-to-peer networks. While having no central point of storage, it makes the information on the network less vulnerable to being lost or exploited. Unlike the traditional client-server model that has a centralized storage point or controlling party, all the information in the blockchain network is constantly recorded and transferred to the participants of the network that are also known as nodes or peers. These peers also own several identical copies of the information. That’s why blockchain is seen as a huge improvement to centralized models and is considered the future of data storage and ownership. b. Shared Ledger Each authorized participant in the network records the transactions into the shared ledger. If they want to add any transaction, it is important to run algorithms that evaluate and verify the transactions. If the majority of members agree to the transaction’s validity, a new transaction gets added to the shared ledger. The changes done in the shared ledger is reflected in minutes or even seconds in the copies of the blockchain. Once the transaction is added, there’s no way to modify or delete it. Also, as the copy is shared in the form of a ledger to each member, no single member can alter data. c. Digital Transaction Transactions are information i.e. data transmission to one block. During the process of data transmission, each node acts as a central point to generate and digitally sign the transaction. As the nodes connect each other in the network, each of them has to verify the transaction independently for its conflicts, validity, and compliance. Only after the transaction passes the verification, the information is added into the shared ledger. The major element that makes digital transactions successful is cryptographic hashing that encrypts the data for security. Why Blockchain technology in healthcare? It has happened so often that the patient remains unable to gather all of their previous medical records in one format from one place swiftly or sometimes cannot even collect the required information at all. Unfortunately, in most cases, the information of critical patients remains scattered across several different institutions of healthcare that too in different formats. Besides, the data management systems along with the security regulations also vary in different institutions making it difficult to trace and fix mistakes. But, what can blockchain do? A blockchain is a system used for storing and sharing information with security and transparency. Every block in the chain is an independent unit of its own and a dependent link among the collective chain that creates a network controlled by participants rather than a third party. As blockchains are managed by network nodes instead of central authority, they are decentralized that prevents one entity from having complete control over the network. With the incorporation of blockchain, the need for a central administrator will be removed by cryptography. Healthcare providers will be able to promote data management processes beyond perception. It will help in collecting, analyzing, sharing, and securing medical records. It will provide the access to healthcare workers for retrieving health records with the cryptographic keys provided by patients from anywhere without creating any privacy or security problems. Advantages of Healthcare Blockchain Although applications of blockchain in the healthcare industry are inceptive, some early solutions have shown the possibility of reduced healthcare costs, improved access to information among different stakeholders, and streamlining the entire business process. So, keeping aside the buzz, let’s see the real advantages of blockchain in healthcare. 1. Master Patient Indexes The master patient index helps in the identification of patients across separate administrative systems. It is often created within the EHR or electronic health record system. As these EHRs have different vendors, there are several irregularities of MPIs. In many cases, the data of a patient between these healthcare systems become mismatched. However, with the nature of decentralization in Blockchain, it possesses the ability to solve the issue. In the blockchain-based MPIs, the data will be hashed to the ledger and content will remain unique as only the authorized nodes of the data can make changes to the hashes while all parties with access can only check the related information. 2. Single, elongated patient records Blockchain technology is potent to transform health care by placing patients at the center of the system while increasing the security and privacy of health records. It provides a new model for health information exchange by forming electronic elongated patient records secured and efficient. Additionally, the fact that the data is copied among all the nodes of the blockchain network creates an atmosphere of clarity and transparency that enables healthcare providers and patients to know how their data is handled by whom, how, and when. It can also help healthcare from potential frauds, data losses, or security attacks. 3. Supply Chain Management Supply chain management in healthcare is a challenging aspect. With scattered settings for ordering drugs, medical supplies, and critical resources, there’s an inherent risk of compromising the supply chain that might impact patient safety. Indulgence of blockchain technology in the transactions can tap into the complete process of medicine or drug products movement. As all the transactions will be recorded onto the shared ledger with every block recording and maintaining every transaction, it will become easy to verify the vendor, distributor, and origin of the drug within a matter of seconds. It will also enable healthcare physicians and officials to check the authenticity of the supplier’s credentials. 4. Claims Justification Currently, the insurance claim processes face difficulties like lack of transparency i.e. most customers don’t even know how insurance works; human errors and inefficiencies i.e. insurances are full of confusion along with human errors that create inefficiencies that lead to the increased cost to customers; higher frauds in claims. But, blockchain technology can simplify and enhance recordkeeping, payment processing, claims registration, contract management, and closure with its immutable ledger. 5. Interoperability Interoperability is the capability of distinct healthcare information technology to interpret, exchange, and use data. Due to the privacy issues, the alphanumeric code to identify a patient has been revoked that caused problems in gathering the required record of the patient. Enforcing measurement standards for industry-wide interoperability is also a challenge in interoperability. With blockchain in healthcare interoperability, data can be shared in real-time on the trusted network and provides access to the patient’s record in a secured manner. Moreover, with the pri

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How Blockchain Technology Will Improve Mobile Healthcare

Article | March 27, 2020

The key concerns of healthcare management today are data processing and data security. Patients don’t have full ownership of their medical records, and are unable to control how their information is updated. There isn’t enough transparency to the process. There are also significant concerns related to data security, especially in the areas of personalized medicine and the rise of wearables. Patients and medical staff need secure and straightforward ways to record data, send it over networks, and receive advice without security concerns. Blockchain technology can help solve these problems. Introduced in 2008 as a means of recording cryptocurrency transactions, blockchain is a distributed cloud-based ledger that offers the ability to verify the origin of data and prevent breaches. When a user wants to make a transaction, they issue a request signed with their private key. The network verifies its authenticity by using a public key. If the verification is successful, the transaction is broadcast to the network and included in a block. The network of “miners” solves the block to get a reward, and once the block is revealed, it is added to the blockchain, making it permanent. It’s impossible to introduce new information in a block unnoticed, because that would change the structure of the entire chain. This feature makes the system safe and transparent.

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Three Steps to Deliver Personalized Healthcare Marketing in a Cookie-less World

Article | March 3, 2020

Health marketers who want to deliver personalized experiences across all channels must evolve the use of the person-level ID to balance differentiated offerings with privacy. Following Apple’s lead, Google recently announced that Chrome will start blocking third-party cookie tracking within the next two years. Marketers are wondering, what’s left? The ad industry will now begin to replace third-party cookies with new person-level identifiers versus relying on anonymous ID’s. For all media channels in the omni-channel world that have logged in, PII based matching will be even more critical. This will result in greater media efficiencies and more relevant experiences with fewer wasted impressions. Identity management will also become a more critical need as person-level data replaces third-party cookies.

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Spotlight

Cascadia Behavioral Healthcare

The mission of Cascadia Behavioral Healthcare is to create hope and opportunity for low income people with mental illnesses and addictions, blending innovation and determination with competence, inclusion and compassion. The heart of Cascadia is our people those we serve, our co-workers, and our community partners.

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