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Teleradiology: the next step in smart healthcare 

In the future computers will take over the world. For a prosperous society, it is now necessary for every citizen to adapt and upgrade themselves with the recent advancements. Staying connected has never been easier thanks to technology. It is thought that a successful future hinges on the ability to adapt and change in response to new and improved software on a constant basis. It is no longer enough to simply uncover new ways and processes; one must also integrate the most recent breakthroughs. 

New inventions enhance one’s skill set and encourage work habits while also adding value to society and simplifying human life. Improvements are critical in enabling vastly different cultures to work together more efficiently. This strengthens the bonds between people and the organizations in which they work. 

People who are adaptable and willing to adjust are more valuable in their environment. They are thought to be the ones who are capable of dealing with a wide range of opportunities and conditions. 

Organizations aiming for faster deliveries, lower costs, and a better customer experience must embrace modern software. It has become highly essential as the COVID-19 pandemic has forced us to reconsider this type of strategies. 

Microsoft Teams, Skype, Zoom and others

One of the most difficult problems we are currently experiencing is figuring out how to manage remote workforces. Because the largest portion of IT enterprises operate remotely, the IT sector has emerged as a leading model for the rest of the globe. However, due to the pandemic’s obstacles, a substantial number of organizations are fighting to stay afloat, the medical field being of them. 

The transition to remote work can be made easier by investing in online networking solutions. People can use now technology to handle a variety of distant work difficulties, such as communication, collaboration, and digitization of daily tasks. 

A fine example would be how Microsoft used its own Microsoft Teams to make it easier for the employees to communicate and connect even when they were thousands of miles apart. 

Teleradiology is advancing at a phenomenal rate. As a result, a comprehensive overview of the area is required. This technology could give doctors a great deal of flexibility in terms of their work schedule and the cases they work on. What is this field about and how can it facilitate medical practice? 

Telemedicine is a method of examining, investigating, monitoring, and treating patients where the healthcare professional is in a different location. Formerly thought to be “too high-tech” and “theoretical,” is now a norm and is here to remain.  

The digital doctor

In telemedicine, the knowledge is transferred rather than the patient.  Rather than transporting the person to inaccessible or costly clinics, high-quality medical treatments can be delivered directly to the individual. The foundation of e-health is based on image acquisition and storage, data interpretation and processing, and information distribution. It is becoming a fundamental aspect of healthcare services around the globe. 

Teleradiology is a part of telemedicine in which radiological scans are transmitted from one site to another via network technologies. This method can be used to interpret all noninvasive imaging studies, including digital X-rays, CT, MRI, ultrasound, and nuclear medicine examinations. 

This concept is not new, according to history. The first attempts at teleradiology were most likely made in 1929, when dental X-rays were sent to a distant site by telegraph. Around the year 2000, there has also been an early attempt to use the Internet in an urgent medical situation, when the radiologist was not present in the hospital. Doctors were taking photos with digital cameras and scanning X-rays with printers, then converting the obtained images to JPEG format with Adobe Photoshop and sending them over the Internet. 

Teleradiology emerged mainly as a result of the gap between demand and supply for patient care. The strong demand for radiology services in places like the United States, the United Kingdom, and Japan frequently exceeded the quantity of available in-house healthcare experts. During emergencies, especially late at night, clinicians have significant challenges due to a lack of persons to assist the diagnostic services. 

We have the necessary infrastructure

Almost all radiological equipment nowadays is DICOM compliant. As a result, the scans can be saved in Cloud format to a distant server or on a local computer. The issue evolved beyond “how to send the scan” to factors such as “what the best file sizes and formats” and “what is the best image resolution we can have” for radiologist analysis. 

In an ideal world, every citizen of a country should have rapid access to a qualified medical specialist. Unfortunately, due to the current state of the healthcare sector, complete medical care in remote regions is not possible. In many places, efforts to attract expert radiologists to practice in suburban or rural areas have failed.  

This, however, may no longer be the case. In contrast to the dismal health-care situation, Web access and digital skills are rapidly improving, and costs are reducing. It is technically far simpler to build an effective communication network in suburban and rural locations than it is to deploy hundreds of doctors in each of these areas. The world has understood that satellite-based technologies and fiber-optic connections are the future of connectivity. Using advanced technology to provide health care services to distant regions is not as crazy as this may look. 

Quality treatment, 24/7, anywhere in the world

With these being said, what should we know about this technology? As we can understand its advantages would be the following: 

Equality between hospitals: Many medical centers are suffering understaffing in radiography, particularly during weekends and night shifts. Because physicians do not need to be on-site to see and interpret images, teleradiology allows organizations to do more with less people. This saves them time and allows them to do their jobs more effectively. 

Fast: Diagnostic scans can be viewed practically instantly with teleradiology. This allows doctor’s offices and hospitals to deliver better patient care by enabling them to diagnose and treat patients more quickly. 

Multiple-team collaboration: Virtual Diagnostic solutions enable researchers and practitioners to interact and determine the optimal treatment for the patient.    

Emergency:  For teleradiology, normal 9-17 working hours are a thing of the past. A team of radiologists from around the world could provide coverage 24 hours a day, 365 days a year. 

Cheap: Practitioners no longer need to travel to the location in which the diagnostic picture was recorded thanks to remote patient monitoring. As a result, radiologists can work from virtually any location. The cost of not having to hire a full-time in-house doctor will be reduced. 

With this, telemedicine is a pretty modern medical tool; therefore, more long-term research is needed to determine patient benefits, cost-effectiveness, and safety before it can be adopted into the mainstream health-care system. Teleradiology services will continue to exist, but the field will evolve. Radiology, like many other nascent sectors, appears to reinvent itself on a regular basis, altering to satisfy the demand for managing more and larger diagnostic images. The global market is rising every year, thanks in large part to the approval of processes. 

Furthermore, due to increased acceptability in the general market among radiologists, surgeons, hospitals, and patients, this rise is expected to accelerate.  

Available teleradiology technology still has considerable room for improvement. However, the challenge is why, where, and how to implement which technology and at what costs. 

XVision was designed to help radiologists be more, to be better. Our suite of products dedicated to the health of the lungs is seamlessly integrated into the doctor’s and hospital’s workflow, helping them to analyze the chest x-rays and lung CTs faster and more efficiently.  
XVision is an extra brain that allows you to heighten your ability to analyze. You can see how it works here: https://scan.xvision.app/login  

You can also read about how Artificial Intelligence improves Healthcare  here.

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