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Blockchain may unlock an issue with the key to new technologies such as artificial intelligence (AI) and Blockchain. Over the past 60 years, the average life expectancy of people from birth has increased by about 20 years, from 52.5 to 72 in 2018. We are detecting an incredible wave of technological innovations in this period. The introduction of the Internet, medical advances, and a better understanding of public health plans have changed the course of human life. 

For years, various scientists and physicians have been looking to increase human life expectancy. We have heard many stories about immortality and discovering the mixture of life. But to this day, no one has been able to respond appropriately to this directive of the human race for many years. Conceivably due to lack of knowledge, lack of facilities, and limited access to medical. And pharmaceutical data of different people, we have not achieved this important goal. 

New technologies such as Blockchain and artificial intelligence have now taken over the scene and are particularly popular. We know that more fundamental changes are on the way. These transformational technologies pave the way for longer lives and healthier lives. 

To find out how well healthcare has developed thanks to these technologies. Let’s take a look at Insilico Medicine and Longenesis. Garri Zmudze made this review; An experienced expert in innovative biotechnology investments and startups. We read this in an article on the CoinTelegraph website. 

These studies show how artificial intelligence in health care has grown with the advent of blockchain applications. 

Data-driven health services 

In 2014, I was contacted by Alex Zhavoronkov, an activist in longevity solutions at Insilico Medical. The company operated on fundamental but straightforward and different speculation. Use artificial intelligence to speed up the drug discovery and development process. 

When I spoke to them, artificial intelligence was still a fledgling technology—both in the public mind and in medical applications. But during the seven years I invested in the company, they revolutionized medical research and expansion using artificial intelligence. 

 

This rapid development and new treatments stem from a large amount of data. The company processes to find the best treatment for the subsequent therapy. This information is obtained from genomic and proteomic data (two important biomolecular branches in medicine) of patients in health care departments. By creating dozens of new drug combinations, they have demonstrated tremendous potential. To use artificial intelligence in data-driven healthcare. 

Of course, this dramatic development in Incilico has not been without its impediments. And working with large volumes of data has made particular challenges in focus and security. Data related to the field of health services are scattered and separate. Each physician, medical center, and hospital maintains patient information. And because of privacy laws, dispatch is usually shared if the patient needs medical care. However, access to patient aggregate data was critical to the success of Incilico’s artificial intelligence algorithms. Such information was not available to them. 

Blockchain Privacy and Technology 

They were concerned about security issues and the centrality of this type of data. Alex and the Insilico team sought solutions until they found Blockchain technology and distributed command. The immutability of the inputs in the Blockchain and the ability to have multiple nodes decentralized to connect this type of data to a standard general ledger. It was the solution to the complex problems associated with patient data. 

This technology was what they were looking for, but they needed a partner to help them set up their system. Insilico has formed a joint incident with a leading European blockchain company called Bitfury. Beat Fury is currently one of the largest emerging technology companies in continental Europe. 

This joint venture resulted in the launch of a new company called Longenesis. The purpose of Langensis was quite clear. It created a blockchain ecosystem in healthcare that can meet the sensitive requirements of health data. And the practical needs of biotechnology research. 

 

Langensis designed a blockchain environment for stakeholders in the healthcare and biotechnology initiatives, including patient-related organizations, biomedical research groups, research partners, and sponsors. 

The advantage of the solution offered by Langensis is that there is always a history of patient satisfaction. . There is always steadfast proof of their permission. 

Their first achievement and product were the Curator. Hospitals and other care organizations use tools to provide data to researchers safely, with patient approval, and without compromising their privacy. The program allows researchers to review a data set without compromising patient information security. 

When a researcher or company interested in using data wants to use it, the following product of Langensis called Engage makes it possible for them. Engage allows hospitals and researchers to bring patients into new medical tests quickly. And research and record patient satisfaction at every step. 

Regardless of whether artificial intelligence is used in this system to analyze new medical data or individuals’ medical records, the patient is informed of his medical process and can consent to continue the treatment process at his discretion. 

Langensis has executed this approach in state hospitals, government medical databases (BioBank), and other options. The Langensis function allows artificial intelligence companies such as Incilico to access large volumes of data that Langensis can use to analyze artificial intelligence. A quality that eventually leads to further treatment and the discovery of new drugs. 

Data, Blockchain, and human lifespan 

We only had the opportunity to examine two companies active in this field in this article. Still, thousands of startups, research institutes, and physicians are performing tirelessly to improve human life expectancy. All of them can take advantage of the data stored in the Blockchain and the analytical power of artificial intelligence. 

A medium-sized hospital assembles 760 terabytes of data annually, but unfortunately, 80% of this Data is poorly structured and unavailable to researchers. This Data must remain safe, and at the same time, patient authorization is required to use it. This disconnection of information from active fields hinders progress in all aspects of medicine. Synchronizing the Blockchain with artificial intelligence can unlock this for data analysis, speed up patient satisfaction, track clinical data, and help in many other areas. 

last word 

Without the Blockchain, artificial intelligence will not access the protected medical Data it needs to find new solutions. Even without artificial intelligence, vast amounts of shielded data in the Blockchain stay secure; But Data can not use them for research. 

Progress happens when these innovations come together and work. Just as in prior decades, significant public health initiatives and advances have taken place thanks to the advent of the World Wide Web. 

Therefore, the ultimate goal should be to fully introduce these technologies to the market so that medical care for human longevity is available to all.

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