Advanced Medical Technology: How Health Sector is Influenced By Technology

Over the past two decades, the use of advanced medical technology (Biomedicine, a multidisciplinary specialist in medicine, computer science, mathematics, and many others) has become a popular and important topic. The medical industry needs new technological know-how in order to evaluate information appropriately. Although recent advances in medical engineering has been made possible by sophisticated computer-assisted techniques that include computer-assisted diagnostics and computer-assisted radiography, the development of integration techniques including soft computing (SC), information processing, and data mining have caught on the sector. In the modern era, soft computer systems play a vital role in solving various problems and providing promising solutions. Due to the popularity of soft-tissue methods have also been used in healthcare data to diagnose and obtain better outcomes than traditional methods effectively. Soft computer systems have the ability to adapt themselves to the root of the problem. Another factor is a good balance between testing procedures and exploitation. These features make soft computer systems more powerful, more reliable, and more efficient. The features mentioned above make soft computer systems more relevant and suitable for health care data.

Author

CP Dangi

Impact of Blockchain Technology in Health Care Ecosystem

Growing countries spend a good portion of their gross domestic product (GDP) on health care. However, hospital costs continue to increase, and inefficient systems and health data gaps are poised to continue. This is one field where Blockchain technology can enhance the circumstance. It can do many things, from providing secure encryption to patient information to managing epidemics. Estonia is a pioneer in the field, having begun using Blockchain's power in health care in 2012. All healthcare payments, 95% of health data, and 99% of prescription drug information are stored digitally via Blockchain. Blockchain refers to a fixed shared record of a series of tasks, each consisting of a single block and blocks encrypted with cryptographic keys ("hashes"). These keys or signatures are stored in shared labels, compiled by several nodes, or connected processes. Thus, each node has a copy of the entire chain, constantly synchronized and maintained. According to the National Institute of Standards and Technology (NIST), the benefits of Blockchain technology include its resistance to disruption, the nature of digital ledger segregation, and the impossibility of changing recently published work among the book-sharing community. Thus, this technology is also called digital ledger technology (DLT).

Author: Dileep Jigyasi