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Slikanje nosečnic v radiološki tehnologiji : diplomsko delo
ID Deželak, Nina (Author), ID Križan, Nuša (Author), ID Mekiš, Nejc (Mentor) More about this mentor... This link opens in a new window, ID Matjašič, Alenka (Comentor), ID Žager Marciuš, Valerija (Reviewer)

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Abstract
Uvod: V primeru nujne radiološke preiskave pri nosečnici se zastavi klinično vprašanje o izbiri najprimernejše diagnostike za nosečnice, ki bo zagotovila zadostno kakovost slike pri najnižji možni dozni obremenitvi ploda. Preiskava mora biti upravičena in skrbno načrtovana. Za doseganje čim nižje dozne obremenitve se poslužujemo različnih načinov zniževanja doze. Namen: Namen diplomskega dela je bil ugotoviti, kako in v kolikšni meri radiološki inženirji v Sloveniji ščitijo nosečnice, ki opravijo preiskavo z uporabo ionizirajočega sevanja, ter preučiti načine ugotavljanja nosečnosti pacientk pred preiskavo. Predstaviti smo želeli evropsko in slovensko zakonodajo o varstvu pred ionizirajočim sevanjem ter pravila za zaščito nosečnic v obdobju desetih in osemindvajsetih dni. Metode dela: V prvem delu diplomskega dela smo naredili pregled znanstveno-strokovne literature. Drugi del pa je vključeval spletni anketni vprašalnik o preverjanju možnosti nosečnosti, uporabi zaščitnih sredstev pri slikanju nosečnic, morebitnih prilagoditvah protokolov slikanja, beleženju podatkov glede izvedene preiskave nosečnice in o poznavanju in upoštevanju pravila 10 in 28 dni. Rezultati: Z anketo smo ugotovili, da 51 % radioloških inženirjev uporablja zaščitna sredstva, vendar jih bodo zaradi uveljavitve novih smernic nekateri opustili. Za zmanjšanje dozne obremenitve v nekaterih ustanovah uporabljajo prilagojene protokole, optimizirane v dogovoru z radiologom in/ali napotnim zdravnikom. Radiološki inženirji pri preverjanju možnosti nosečnosti upoštevajo pravilo 28 dni, saj velja za bolj uveljavljeno kot pravilo 10 dni (43 %). 51 % radioloških inženirjev zapisuje izvedeno preiskavo nosečnice na obrazec za slikanje nosečnic, v zdravstveno kartoteko, v za to namenjen zvezek ali tabelo ter na interno napotnico. Radiološki inženir mora povprašati o možnosti nosečnosti vse pacientke v obdobju menstruacije in ugotovili smo, da jih večina preverja med 15. in 50. letom starosti, kar si v 34 % tudi evidentirajo. Razprava in zaključek: Večina anketirancev uporablja zaščitna sredstva, vendar jih bodo nekateri, zaradi uveljavitve novih smernic, prenehali. Radiološki inženirji pacientke povprašajo o možnosti nosečnosti v času menstruacije ter evidentirajo tudi morebitne izvedene preiskave. Smiselno bi bilo ugotoviti, katerih pravil, poleg pravila 10 in 28 dni, se še držijo pri slikanju morebitnih nosečnic ter razširiti raziskavo še na slikanje z magnetno resonanco.

Language:Slovenian
Keywords:diplomska dela, radiološka tehnologija, radiološki inženirji, ionizirajoče sevanje, zaščitna sredstva, učinki sevanja, izpostavljenost ploda
Work type:Bachelor thesis/paper
Typology:2.11 - Undergraduate Thesis
Organization:ZF - Faculty of Health Sciences
Place of publishing:Ljubljana
Publisher:[N. Deželak : N. Križan]
Year:2023
Number of pages:39 str., [6] str. pril.
PID:20.500.12556/RUL-150206 This link opens in a new window
UDC:616-07
COBISS.SI-ID:164763907 This link opens in a new window
Publication date in RUL:15.09.2023
Views:756
Downloads:74
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Secondary language

Language:English
Title:Imaging of pregnant women in radiography : diploma work
Abstract:
Introduction: In the case of an emergency radiological examination in a pregnant woman, the clinical question is whether the most appropriate diagnostic modality for pregnant women should be chosen to ensure sufficient image quality at the lowest possible fetal dose. The examination must be justified and carefully planned. In order to minimise the dose burden, we use various ways of dose reduction. Purpose: The aim of the degree was to find out how and to what extent radiographers in Slovenia protect pregnant women undergoing examinations using ionising radiation, and to examine the ways in which pregnancy is detected in patients prior to the examination. We wanted to present European and Slovenian legislation governing protection against ionising radiation and the 10-day and 28-day rules for the protection of pregnant women. Methods: In the first part of the study, we reviewed the scientific literature. The second part involved online questionnaire about pregnancy screening, the use of protective equipment in imaging of pregnant women, possible adjustments to imaging protocols, recording of data regarding the examination performed on the pregnant woman, and knowledge of and adherence to the 10- and 28-day rule. Results: With questionnaire we found that 51% of radiographers use protective equipment, but due to the new guidelines, some will no longer use it. In order to reduce the dose exposure, some institutions use adapted protocols, which are optimised in agreement with the radiologist and/or the referring physician. When evaluating a possible pregnancy radiographers follow the 28-day rule, as it is considered to be more established than the 10-day rule (43%). 51% of radiographers record the examination of the pregnant woman on the prenatal imaging form, in the medical record, in a dedicated notebook or chart, and on the internal referral note. The radiographer should ask all menstruating patients about the possibility of pregnancy, and we have found that most of them are screened between the ages of 15 and 50, which 34 % of them record. Discussion and conclusion: Most respondents use protective equipment, but some will stop as the new guidelines come into effect. Radiographers ask patients about the possibility of pregnancy at the time of menstruation. They also record any tests carried out. It would be useful to find out which rules, in addition to the 10- and 28-day rule, are followed when imaging patients with the possible pregnant women and to extend the survey to magnetic resonance imaging.

Keywords:diploma theses, radiologic technology, radiographers, ionising radiation, protective equipment, radiation effects, fetal exposure

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