Technologies in Healthcare

Revolutionizing Healthcare: Technologies Enriching Global Well-being

In this article, we want to talk about technologies that will already or in the near future be used for the benefit of all people on the planet.

Technologies in Healthcare

Gaming for recovery

Gaming has shown remarkable potential in aiding the recovery of ill individuals. Engaging in video games can offer a therapeutic escape, diverting patients’ attention from discomfort and pain. Immersive virtual environments and interactive gameplay provide an avenue for distraction, reducing anxiety and stress commonly experienced during illness. Additionally, certain games designed for rehabilitation and physical therapy can aid in restoring motor skills and coordination, particularly in cases of injuries or surgeries. For example, athletes who are temporarily unable to play sports prefer to play simulators, such as FIFA 23. Not everyone immediately succeeds in playing virtual football well, so the demand for fc 24 coins SkyCoach increases in parallel because you can assemble a real dream team for them. 

Moreover, multiplayer and online gaming fosters social connections, combating feelings of isolation often prevalent during recovery periods, and promoting emotional well-being. The integration of gaming into healthcare exemplifies the multifaceted benefits it offers, ranging from physical and cognitive enhancement to emotional support for those on the path to recovery.

Also Read: How Technology is Transforming the Online Gaming Industry?

Automatic speech-to-text translation: a tool to make doctors’ work easier

Traditional paper medical records are an unreliable source of medical information, containing incomplete or no information that is critical to a patient’s medical history. At one time, everyone hoped that electronic medical records would improve the situation, but here doctors faced other problems. 70% of physicians are dissatisfied with the systems they use – physicians spend on average half of their working day just entering data. At the same time, according to studies in the United States, 37% of American doctors believe that they spend only 27% of their time with their patients, and it is the electronic medical record system that is the number one problem. 

But now there are solutions that allow doctors to remove this burden – these are technologies that convert voice into text, which is placed directly into an electronic medical record. This is the same technology used for Google Voice search, where the program recognizes what you have said and puts it into text. Such voice dictation solutions are already on the market by companies such as Nuance and M*Modal and have recently been joined by tech giants such as Google, Amazon, and Microsoft. Another company in the field, Notable, which uses smartwatches and AI-based software in its solution, also intends its product to automatically record clinically important information extracted from doctor-patient conversations directly into an electronic medical record.

Personalized chatbot: talk and get information

The healthcare system is overburdened and inefficient, and sick people can wait weeks or months to see a doctor. In order to somehow alleviate the situation, a chatbot was invented – a virtual online consultant, an interlocutor program based on artificial intelligence technology, which in some situations can replace a medical officer. Such programs are able to analyze the responses of patients, ask clarifying questions, and give specific recommendations. They help us find answers to our concerns and help us decide what we need to do next. The best of these systems help the doctor: help collect data, and make a preliminary diagnosis.

A personalized chatbot, accessible via a smartphone, is a virtual being that can, for example, advise a person to take their antihistamines, as the pollen concentration is especially high that day. It can even recommend what a patient should consume at each meal based on his genomic profile. For example, Your.MD is currently the only personal medical assistant based on artificial intelligence and a chatbot that works worldwide. The system adapts to the unique profile of each user, can ask questions about their symptoms, and provides them with easy-to-understand information about the disease, as well as advice that was developed with the participation of professional doctors. 

Home analysis for health diagnostics

Blood samples are needed for chemotherapy, saliva can be used to sequence your genome, and fecal samples can shed light on the unknown cause of a patient’s weight loss. By analyzing these fluids, you can get a lot of information about your body, which will then help you make the right decision regarding health. The gut microbiome can influence brain function and support a healthy microbiome based on a personalized probiotic plan – that’s what US company Thryve suggests. Saliva samples are the basis of many genomic tests conducted by companies such as 23andMe and Dante Labs. The American company EverlyWell provides a service that allows consumers to order laboratory blood tests online, take and send samples themselves, and receive results via the Internet. All of these examples include kits that allow you to take test samples from your home and send them to a company for analysis.

Also Read: Creating Immersive Game Worlds With Machine Learning

Artificial intelligence in medicine: accuracy and speed

Much has already been said about the future of artificial intelligence in medicine, and now it is even difficult to imagine what brilliant prospects this technology promises. New opportunities have become available thanks to developments in the field of neural networks and machine learning methods, on which all modern artificial intelligence systems in healthcare are based. This allowed the computer program to work without the limitations of human cognitive capabilities, develop its own strategy, and even develop its own solutions. Today, artificial intelligence is already making a difference in specialized fields of medicine, including radiology, pathology, and pharmaceuticals. For patients, the usefulness of these technologies is especially noticeable in telemedicine and remote monitoring of patients. Artificial intelligence is being used to support clinical decision-making and to gain insights from big data sets. When applied to medicine, an algorithm developed using deep learning can discover ways or drugs to treat diseases that doctors cannot yet cope with. And the use of methods based on these technologies marks the beginning of a new era in medicine.

Therefore, we can say that medicine is developing very quickly. And new technologies play a very important role in it.

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