Na'urorin X-ray na likitancisuna taka muhimmiyar rawa wajen gano cutar, tabbatar da ingantaccen niyya ga radiation da kuma rage yawan fallasa da ba dole ba. Ta hanyar ci gaba da ci gaba a fasaha, kwararrun likitoci yanzu suna amfana daga sabbin fasaloli da aka tsara don ƙara daidaito da amincin marasa lafiya. Wannan labarin ya bincika manyan ci gaba a cikin na'urorin X-ray na likitanci, yana nuna mahimmancin su a fannin na'urar rediyo.
Daidaitawa collimation
Ɗaya daga cikin muhimman ci gaba a fannin na'urorin X-ray collimators na likitanci shine ikon daidaita girman na'urorin Collimation. Na'urorin Collimators na gargajiya suna buƙatar daidaitawa da hannu kuma suna da iyaka a cikin ikonsu na samar da daidaito da daidaito na musamman. Na'urorin Collimators na zamani yanzu suna ba da zaɓuɓɓukan sarrafawa na injina ko na hannu, wanda ke ba wa masana'antar rediyo damar daidaita girman na'urorin Collimation cikin sauƙi. Wannan fasalin yana ba da damar daidaita madaidaicin hasken X-ray, yana tabbatar da cewa yankin da ake so ne kawai aka haskaka. Ta hanyar rage hasken radiation da ya watse, na'urorin Collimation masu daidaitawa suna sauƙaƙe ƙarin hoto mai daidaito, rage fallasa ga marasa lafiya da inganta ingancin hoto gabaɗaya.
Iyakokin haɗaka
Domin hana fallasa radiation a cikin haɗari, na'urorin haɗa X-ray na zamani suna da fasaloli masu iyakance haɗuwa. Wannan fasalin yana tabbatar da cewa filin X-ray yana da iyaka ga girman da aka riga aka saita, yana hana fallasa haɗari ga wuraren da ke maƙwabta. Iyakance haɗuwa yana inganta amincin marasa lafiya ta hanyar rage fallasa radiation ba dole ba da kuma rage haɗarin yuwuwar illolin da ke tattare da yawan amfani da radiation.
Tsarin daidaitawar Laser
Domin ƙara inganta daidaiton wurin da aka sanya na'urar, na'urorin haɗa hasken X-ray na zamani suna amfani da tsarin daidaita laser. Waɗannan tsarin suna nuna layukan laser a bayyane a jikin majiyyaci, suna nuna ainihin wuraren da aka fallasa ga radiation. Daidaita laser yana ba da jagora na gani don daidaita wurin da aka sanya, yana rage haɗarin rashin daidaito da rage buƙatar sake fallasa. Wannan ci gaba yana inganta jin daɗin majiyyaci kuma yana sauƙaƙa tsarin ɗaukar hoto, musamman lokacin yin tiyata masu rikitarwa.
Tsakiyar collimator ta atomatik
Sanya collimator a tsakiyar na'urar gano X-ray yana da matuƙar muhimmanci don samun ingantaccen hoto. Tsarin tsakiya na collimator ta atomatik yana sauƙaƙa wannan tsari kuma yana kawar da buƙatar gyare-gyare da hannu. Wannan fasalin yana amfani da na'urori masu auna firikwensin don gano matsayin na'urar gano X-ray kuma yana sanya collimator ta atomatik a tsakiya daidai gwargwado. Tsarin tsakiya na collimator ta atomatik yana rage kuskuren ɗan adam, yana tabbatar da daidaito daidai da kuma ƙara ingancin aikin hoton ku.
Kulawa da kuma kula da allurai
Tsaron majiyyaci yana da matuƙar muhimmanci a fannin hoton likita. Na'urorin haɗa X-ray na zamani sun haɗa da sa ido kan allurai da kuma sarrafa su don taimakawa wajen inganta fallasar radiation. Waɗannan fasalulluka suna ba masu amfani damar sa ido da daidaita ƙimar allurar radiation bisa ga halayen majiyyaci kamar shekaru, nauyi da buƙatun ganewar asali. Ta hanyar daidaita fallasar radiation ga kowane mara lafiya, ikon sa ido kan allurai da sarrafa su yana rage radiation da ba dole ba da kuma rage haɗarin da ke tattare da fallasar da yawa.
a ƙarshe
Ci gaba a cikinna'urorin X-ray na likitancisun kawo sauyi a fannin ilimin rediyo, suna inganta daidaito da inganta lafiyar majiyyaci. Daidaita collimation, iyakokin collimation, tsarin daidaitawa na laser, daidaita collimator ta atomatik, da kuma sa ido kan allurai da kuma fasalulluka na sarrafawa suna inganta daidaito da ingancin hanyoyin daukar hoton cututtuka. Waɗannan sabbin abubuwa suna ba wa masana kimiyyar rediyo damar samun hotuna masu inganci yayin da suke rage fallasa ga radiation ga majiyyaci. Yayin da fasaha ke ci gaba da bunƙasa, kwararrun likitoci za su iya fatan samun ci gaba a fannin X-ray collimators, wanda ke tabbatar da ci gaba da inganta daidaiton ganewar asali da kuma lafiyar majiyyaci.
Lokacin Saƙo: Satumba-18-2023