Umjetna Inteligencija U Radiologiji: Etički Problemi

Franjić, Darjan; Miljko, Miro

doi:10.47960/2303-8616.2020.12.61

Cited by 2 publications

(2 citation statements)

References 21 publications

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“…Since IMRT uses a series of small beams instead of one large beam for irradiation, the neutron contamination is increased several times (17,28). In radiology and radiotherapy, modern devices, including linear accelerators, apply artificial intelligence methods (machine and deep learning), although numerous studies indicate that there are numerous ethical problems in relation to its application (29). The development of computer software and technology has made it possible to image the human body in multiple dimensions (3D, 4D, 5D, 6D), which are used in various branches of medicine, such as interventional radiology in the display of intracranial aneurysms (30,31), and radiotherapy in showing the position of anatomical structures in order to achieve the accuracy of the daily placement of the patient on the patient's table before the start of the radiation procedure with a linear accelerator (32).…”

Section: Methods Of Application Of Teleradiotherapymentioning

confidence: 99%

Linear Accelerators in Teleradiotherapy

Kalinić

Babić

Marijanović

et al. 2022

Zdravstveni Glasnik

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Radiotherapy is a therapeutic method of local treatment of tumors and other types of diseases using highenergy ionizing radiation. Teleradiotherapy is a type of radiation in which the radioactive source is located inside the teleradiotherapy device. The devices used in teleradiotherapy are a linear accelerator and an almost abandoned cobalt unit. Accelerators are devices that, using electric and magnetic fields, accelerate charged particles to high speeds, sometimes even to speeds that are slightly less than the speed of light. Diagnosis and treatment of cancer are complex processes that require the knowledge and expertise of oncologists first, and then other members of the oncology team. The accelerated development of technology is proportional to the development of linear accelerators. Experts continuously work on improving them with the aim of using ionizing radiation as precisely and efficiently as possible for therapeutic purposes. Radiotherapy is a treatment method that implies precision in the deepest sense of the word. Precision must be present with the oncology team when creating the radiation plan, the medical radiology engineer when handling the linear accelerator and positioning the patient, as well as with the device itself. Accordingly, it is necessary to constantly carry out quality control of the linear accelerators themselves. Constant education of the oncology team, i.e. experts who perform radiotherapy using a linear accelerator, is extremely important in order to ensure the best possible care.

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Section: Methods Of Application Of Teleradiotherapymentioning

confidence: 99%

Linear Accelerators in Teleradiotherapy

Kalinić

Babić

Marijanović

et al. 2022

Zdravstveni Glasnik

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“…Etički problemi umjetne inteligencije u radiologiji nisu još u potpunosti definirani te su mnoga pitanja i dalje otvorena. Stoga i metode umjetne inteligencije u radiologiji mogu izazvati anksioznost kod pacijenata (26).…”

Section: Utjecaj Radiološkihunclassified

Stres I Anksioznost U Radiologiji

Rebac

Ajvazović

Franjić

2022

Zdravstveni Glasnik

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Stres na radnom mjestu jedan je od najvećih uzroka profesionalnih bolesti na svijetu. Profesionalni stres i umor u radiološkoj praksi mogu se očitovati u brojnim različitim oblicima, uključujući vizualni umor, umor od odlučivanja, fiziološki stres i emocionalni stres. Što se tiče radiologije, nema mnogo studija o utjecaju stresa i njegovim posljedicama na fizičko i psihičko zdravlje. Anksioznost prilikom radioloških pretraga zapravo dolazi kao primarna psihološka adaptacija na uvjete koje naš organizam smatra stranima te potencijalno opasnima. Sprječavanje stresa i sindroma izgaranja na radnom mjestu kod radioloških djelatnika od iznimne je važnosti zbog njihovog sveukupnog zadovoljstva koji se očituje u pružanju optimalnih rezultata i brige za pacijente. Činjenica je da pacijenti koji dođu na radiološke pretrage osjete fizičke manifestacije anksioznosti. Vodeći se spoznajom straha od dijagnoze, čekanja rezultata ali i provođenje kroz sami proces pretraga stvara se anksioznost. U cijelom procesu, zadatak svakog radiološkog tehnologa je da u cilju provođenja radiološke pretrage se dodatno informira i educira o problematici ovoga područja. To će u konačnici dovesti do manje anksioznosti pacijenta tijekom radiološkog postupka, neovisno o metodi koja se koristi. Cilj ovog preglednog rada bio je na temelju dosadašnjih spoznaja analizirati koje situacije na radnom mjestu radiološki djelatnici prepoznaju kao one koje doprinose razvoju stresa te prikazati anksioznost u radiologiji sa fokusom na anksioznost pacijenata tijekom radioloških pretraga.

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Umjetna Inteligencija U Radiologiji: Etički Problemi

Cited by 2 publications

References 21 publications

Linear Accelerators in Teleradiotherapy

Linear Accelerators in Teleradiotherapy

Stres I Anksioznost U Radiologiji

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