5 ways in which IA and machine learning can be used in medical services

Artificial intelligence is a technology that has been used to revolutionize a large number of world’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s’s mund’s’s’s mund’s’s’s’s mund as Most recently, however, many advances have been made in artificial intelligence and the medical industry, which has lost much of its diagnostic tools, the collection of data for studios, and the modernization of laboratory research.

Thanks to artificial intelligence and machine learning or automatic adjustment of machines, they can only be replicated and analyzed medically, interpreted in such a way as to increase the number of decisive points in medical contexts. It is not only in the field of physical health, but also in mental health, where the big data and the deep learning help to detect patterns of communal behavior that a human being can not decipher.

There are many things that can be done with artificial intelligence and machine learning through medicine, but in this case we are concentrating on the chain of things that can be done in different languages.

1. Agilizar el diagnostics de rafermedades ras

In the world, there are many rare causes of dermatitis, which can be diagnosed only by the ambivalent symptomatology that is present and due to the concomitant cause. There are many symptoms that can be manifested during pregnancy, but less than 50% of the cases are manifested in adulthood, and quizzes are often advanced for entonces.

Artificial intelligence can accurately adjust and identify these types of template behaviors and increase the pace of life of patients. A 2019 study conducted in Germany achieves interesting results in the field of nursing diagnostics using artificial intelligence. To create a neuronal red that combines patient images with medical data and genetic information in an automated manner.

Doctor junto a machine reviewed in a patient's diagnostic paper.
Image: National Cancer Institute by Unsplash

In this way, patients are not only evaluated by a medical doctor but by an artificial intelligence that filters genetic factors in the patient’s layers and prioritizes genes that reduce the rate, reducing the rate of data analysis and amplifying de diagnostic.

Another studio published in Nature uses the DeepGestalt software that works with deep learning to identify facial phenotypes of genetically predisposed genetics. The results are very positive, capturing 90% accuracy in the identification of syndromes in more than 500 images.

2. Detection of breast cancer

Mum cancer has the highest probability of being detected when its detection is slow and artificial intelligence can be crucially detected at the right time, convincing it to detect false positives. Of the 50% of women who undergo an annular mammogram tend to have a false positive in algae currently lasting a period of 10 years. This is Google’s website and it’s because in its Health division it created artificial intelligence in 2020 that in its entirety achieves very positive results: Google IA produces 5.7% of false positive diagnostics, and 9.4% of false negatives in comparison with human experts.

By the way, IBM has developed an artificial intelligence in conjunction with the University of Zurich that searches for diagnostics with the highest precision to fight mom cancer.

The implementation of artificial intelligence is now a fundamental part of medicine, as it requires that medicines be placed in areas where the hermeneutics are used so that they can be centered in specific areas that are most likely to be exposed or damaged. patient ánimo stage. Another risk factor to consider, depending on the appearance of the tumor, is the density of the mammary gland, which is classified as small athens. MIT creates an automated redesign hierarchy that is classified with greater precision, complementing the medical opinion.

3. Determine the patient’s profile in a coma

In 2018, a group of Chinese scientists released a pulse machine with artificial intelligence to facilitate the treatment of physicians and the time to determine the probability of recovery of a patient in a coma. It replicates the magnetic resonance data obtained from patient miles in a process for automatic autoresponding, which creates an algorithm that predicts the recovery of patients whose primary ownership has not been prompted, but has been estimated.

For these settings, try the primers with the rotating outlet machine, with up to 90% accuracy specified in the specifications. At the moment it is used to evaluate an approximate number of 300 patients and to estimate more than 50 million patients in a coma.

Doctor with esthetoscopy on the skin of a patient.
Image: Zach Vessels v Una Unsplash

4. Patient monitor

It does not matter how many people are being treated by a doctor who has a symptomatic disease or disease that does not occur, but because the patient monitor is not constant, only if there is an identified problem. Accompanied by a study published in Nature in the energy of 2021, in a future, artificial intelligence will facilitate the monitoring of the need for acupuncture and medicine.

Automatic upgrades and wearables can be converted into great alliances by doctors to constantly monitor a patient’s health and send a notification or alert to your doctor. For example, a case of high blood pressure or high blood pressure, as indicators that are as flexible as the Apple Watch included.

5. Master the investigation of drugs in the laboratory

In this case, the study explores the potential that artificial intelligence has provided in the investigation of nurses in a laboratory. I mean specifically that it helps to “reconstruct the mechanisms underlying a nurse”, which tends to have very positive effects on medicine — much more.

One of those things that simulates patient responses — both clinical information and molecular analysis by automated redesign — in pharmaceutical assemblies, is intended to be tested with treatments and novel drugs that are needed to prevent human deaths. o animales.

For other reasons, it is possible to avoid epidemics and pandemics by studying contagious virus, which is not the only way to manipulate the virus, but to study it with the help of artificial intelligence or automatic adaptation.

Scientist studying a sample under a microscope.
Image: Lucas Vasques v Una Unsplash

Conclusionses

Because it is a process of learning, artificial intelligence and machine learning or automated learning in medicine, it does not need to be developed by a doctor, but to complement the experience to be more than just a human being. es capaz.

It is used in medicine to generate a prometheur in which the health of all is given priority to all who have the opportunity to become a nuisance and prolong the duration of our lives.

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