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health with technology

 It's no surprise that technological improvements have a huge impact on our lives. The very development of technology in todays world is the advancement in the healthcare industry.

The essential technologies are laying the groundwork for numerous thriving healthcare innovations that are changing the health industry. To move parallel with evolution, healthcare industries must adopt new technology that will improve the facilities of health, reduce the costs, and provide valued services to patients.




"We believe consumer health innovations - apps, self-diagnosis tools and wearables, - have the potential to enhance the patient-physician interaction and improve overall health outcomes."

- Dr. Glen Stream.


innovative technologies, paired with a number of new motivations such as technology-centric transformation, not only save costs but also ensure a value-based treatment in the healthcare industry.

AI artificial intelligence, machine learning, and automation have the potential to improve the healthcare centre to the next level.

A study at the University of Michigan shows that digitizing information from conventional paper to electronic health records will reduce the cost of patient care by 3%. They also calculated that each patient would save $5.14 every month.


Furthermore, the healthcare sector is adopting revolutionary changes as it seeks innovative ways to deliver the best patient outcomes while reducing overall healthcare costs. What will be the future of the healthcare industry? Let's discuss some promising technologies that are poised to transform the healthcare landscape.


1. Artificial Intelligence:


Artificial intelligence is playing a crucial role in transforming healthcare. The use of artificial intelligence in the health sector is resolving a number of difficulties that patients, hospitals, and healthcare personnel confront.


The use of AI will supply much of the foundation by enabling predictive and precise analytics and clinical decision support systems that will alert providers to concerns far before they would otherwise notice the need to respond.


Nowadays, every patient is digitally looked after, which is more responsive and which costs less. Artificial intelligence has a wide range of positive impacts on the healthcare industry, including disease diagnostics, clinical decisions, management, patient monitoring, and wellness management.


In today's world, AI is taking over healthcare treatments such as creating better diagnostics, and treatment plans, analyzing data to provide customized and best medication, and monitoring.


AI can also to track chronic diseases with accuracy and precision using MRI, ultrasound, CT scans, and x-rays, reducing the cost and time. So, the patients do not have to wait for a diagnosis.


According to report by CB Insights, approximately 86% of healthcare provider sectors, science companies, and technology vendors are practising artificial intelligence technology in healthcare. By near future, these organizations will have spent an average of $70+ million on artificial intelligence projects.


Let's take a look at some of the ways AI is redefining the healthcare industry:

Using digital automation & artificial intelligence will help in the compilation and analysis of information like (medical records, patient information, and treatment history and previous prescriptions with no time). AI collect, store, re-organize, and trace data in order to provide quick delivery of healthcare services.

Robots can perform X-rays, CT scans, data entry, and other tedious tasks more quickly and precisely. 

Artificial intelligence systems have been developed to analyses data, evaluate reports from a patient's file, and thus assist clinicians in selecting an appropriate treatment plan. The power of AI allows for the early detection of potentially fatal diseases.

AI assists in monitoring a patient's fitness level and sending health updates to the appropriate provider in order to improve or change the patient's treatment plans.


2. Blockchain:

Blockchain can be defined as a distributed system that records peer-to-peer transactions, tracks or records changes across networks, and save and exchanges encrypted data for cryptographies. Using blockchain technology will develop the health sector. It will improve the healthcare ecosystem and improve the security, privacy, and interoperability of health data. This technology will provide a new model for health information exchanges (HIE) by making electronic medical records more effective and secure.


According to a recent study, it is predicted that by 2025 most healthcare institutes will adopt blockchain technology in their healthcare system.


"Adoption of blockchain technologies will be driven by organisations that base their development on providing better quality care, much like the regional health information exchange concept sparked digital health data-sharing. Data exchange worked well in some jurisdictions."

- Brian Behlendorf, in an interview with HITInfrastructure


What impact will Blockchain have on healthcare?

Patient privacy and confidentiality are the most pressing issues in healthcare. Those working in healthcare must prioritise and improve security. Despite initiatives, blockchain could be the ideal solution for healthcare.

Collaboration and governance: The amount of available data has grown dramatically in recent years and will continue to grow. Blockchain would improve data governance, increase data ownership, improve interoperability, and result in better data-driven decision making.

Data and analytics: Blockchain technology is defined as a shared, permanent record of peer-to-peer transactions that will provide new insight into how healthcare providers store and exchange data, resulting in greater transparency and trust. Shared data within the virtual database will result in continuous updates, improving real-time analytics.


3.Data Science:


The volume of health data is increasing and is expected to grow dramatically in the coming years. With over 1.2 billion clinical documents produced in the United States each year, doctors and life scientists have an ocean of big data for their core research. Furthermore, the use of wearable technology generates and shares a massive amount of health-related data. The flood of such data creates new opportunities for more informed healthcare.


Data science is an effective healthcare trend for optimising the way hospital operations are managed. With the help of this technology, the industry can find well-organized, cost-effective and feasible ways to tackle vast amounts of existing healthcare data, enhancing its potential to revolutionise healthcare with precise and error-free diagnosis.


Gaining in-depth knowledge of the human body is an essential requirement for data scientists and machine learning experts all over the world.


Despite having a massive amount of health data at our disposal, diagnostic failure rates remain high. According to a recent study conducted by the National Academies of Sciences, Engineering, and Medicine, approximately 5% of adult patients in the United States are misdiagnosed each year, totaling 12 million people. Furthermore, postmortem examination results research reveals that diagnostic errors are responsible for nearly 10% of patient deaths.


Data science plays an important role in predicting a patient with a tumour, the risk of re-admission, or misclassified diagnoses in electronic medical records. Data science will transform the future of healthcare by managing and organising massive amounts of data that will prevent healthcare problems and save millions of lives.


How Will Data Science Impact Healthcare?

Disease Management: Using data science to improve diagnostic accuracy and efficiency. Big data also aids in the reduction of medication errors by improving financial and administrative performance and lowering readmissions. Data science in healthcare can improve public health by detecting disease patterns and recording disease outbreaks.

Patient Profile: An EMR contains standard (structured and unstructured) medical data that can be used to identify which patients are at risk and provide appropriate care. Advanced data science can be applied to patient profiles to identify individuals who can benefit from the proactive approach. It also includes a change in lifestyle.

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