2 research outputs found

    Nem tapinthatĂł tĂŒdƑgĂłcok drĂłt- Ă©s izotĂłpjelölĂ©s segĂ­tsĂ©gĂ©vel törtĂ©nƑ minimĂĄlinvazĂ­v mƱtĂ©ti eltĂĄvolĂ­tĂĄsa = Minimally invasive resection of nonpalpable pulmonary nodules after wire- and isotope-guided localization

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    Absztrakt: BevezetĂ©s: Napjainkban egyre kisebb mĂ©retƱ tĂŒdƑgĂłcok kerĂŒlnek felismerĂ©sre, melyek esetĂ©n az elsƑdleges vĂĄlasztĂĄs azok minimĂĄlinvazĂ­v mƱtĂ©ti technikĂĄval törtĂ©nƑ eltĂĄvolĂ­tĂĄsa diagnosztikus Ă©s terĂĄpiĂĄs cĂ©llal. SzĂĄmos elƑnye mellett a minimĂĄlinvazĂ­v technika hĂĄtrĂĄnya a tĂŒdƑ ĂĄttapintĂĄsĂĄnak korlĂĄtozottsĂĄga, a tĂŒdƑgĂłcok felkeresĂ©se. CĂ©lkitƱzĂ©s: A problĂ©ma megoldĂĄsĂĄra több lehetƑsĂ©g is rendelkezĂ©sre ĂĄll. Ezek közĂŒl kettƑt prĂłbĂĄltunk ki pĂĄrhuzamosan, a drĂłt-, illetve az izotĂłpjelölĂ©ssel törtĂ©nƑ tĂŒdƑgĂłc-lokalizĂĄciĂłt. Anyag Ă©s mĂłdszer: Az OrszĂĄgos OnkolĂłgiai IntĂ©zet MellkassebĂ©szeti OsztĂĄlyĂĄn öt betegnĂ©l tĂĄvolĂ­tottunk el tĂŒdƑgĂłcot minimĂĄlinvazĂ­v technikĂĄval kettƑs, azaz drĂłt- Ă©s izotĂłpjelölĂ©s mellett. A tĂŒdƑgĂłcok mĂ©rete 0,5 Ă©s 1,2 cm között vĂĄltakozott. A betegek Ă©letkora 44 Ă©s 65 Ă©v között volt; minden beteg alacsony mƱtĂ©ti rizikĂłjĂș csoportba tartozott, sĂșlyos tĂĄrsbetegsĂ©g nĂ©lkĂŒl. EredmĂ©nyek: Minden betegnĂ©l sikeresen eltĂĄvolĂ­tĂĄsra kerĂŒlt a tĂŒdƑgĂłc a kettƑs jelölĂ©s mellett. JelölĂ©s utĂĄn közvetlenĂŒl egy betegnĂ©l 2–3 mm-es lĂ©gmellet Ă©szleltĂŒnk, mely azonnali beavatkozĂĄsra nem szorult, Ă©s egy betegnĂ©l a drĂłt miatt kiterjedt bevĂ©rzĂ©s jelent meg a szĂșrcsatornĂĄban. A mƱtĂ©t sorĂĄn, a tĂŒdƑkollapszusnĂĄl kĂ©t betegnĂ©l a drĂłt kimozdult, egynĂ©l pedig az emlĂ­tett kiterjedt bevĂ©rzĂ©s a mellĂŒregbe kerĂŒlt, Ă©s diffĂșz izotĂłpaktivitĂĄs jelent meg. Egy betegnĂ©l a mƱtĂ©t sorĂĄn drĂłtjelölĂ©ses terĂŒletet reszekĂĄlva tovĂĄbbi izotĂłpaktivitĂĄs ĂĄllt fenn, mert a jelölt tĂŒdƑgĂłc a reszekciĂłs sĂ­k alatt volt. KövetkeztetĂ©s: Mind az izotĂłppal, mind a drĂłttal törtĂ©nƑ tĂŒdƑgĂłcjelölĂ©s segĂ­tsĂ©get nyĂșjt a nem tapinthatĂł tĂŒdƑgĂłcok minimĂĄlinvazĂ­v technikĂĄval törtĂ©nƑ eltĂĄvolĂ­tĂĄsĂĄban. Kezdeti tapasztalataink alapjĂĄn azonban az izotĂłpos jelölĂ©s esetĂ©n a tĂŒdƑgĂłc mĂ©lysĂ©gi megĂ­tĂ©lĂ©se pontosabb, Ă©s nem kell a drĂłtkimozdulĂĄssal jĂĄrĂł kellemetlensĂ©gre szĂĄmĂ­tani. Ugyanakkor az infrastrukturĂĄlis hĂĄttĂ©r, illetve a mƱtĂ©ti idƑpont tervezĂ©se az izotĂłpbeadĂĄs esetĂ©ben nagyobb kihĂ­vĂĄst jelent, szemben a drĂłtjelölĂ©ssel. Orv Hetil. 2018; 159(34): 1399–1404. | Abstract: Introduction: Nowadays ever smaller, sub-centimetre lung nodules are screened and diagnosed. For these, minimally invasive resection is strongly recommended both with diagnostic and therapeutic purpose. Aim: Despite many advantages of minimally invasive thoracic surgery, thorough palpation of the lung lobes and thus the localization of lung nodules are still limited. There are several options to solve this problem. From the possibilities we have chosen and tried wire- and isotope-guided lung nodule localization. Materials and methods: In 2017, at the Thoracic Surgery Department of the National Institute of Oncology we performed wire- and isotope-guided minimally invasive pulmonary nodule resection in five patients. The diameter of the lung nodules was between 0.5 and 1.2 cm. The age of the patients was between 44 and 65 years and none of them had severe comorbidities, which meant low risk for complications. Results: We successfully performed the minimally invasive atypical resection in all cases. After the wire and isotope placement we found a 2–3 mm pneumothorax in one patient that did not need urgent drainage. In another patient we found that high amount of intraparenchymal bleeding surrounded the channel of the wire. During the operation, two wires were displaced when the lung collapsed, and in another case the mentioned bleeding got into the thoracic cavity and made it difficult to detect the nodule. In one case we resected the wire-guided lung tissue, but the isotope-guided lung nodule was below the resection line. Conclusion: Both techniques could help to localize the non-palpable lung nodules. Based on our initial experiences, the isotope-guided method provides more details to estimate the exact depth of the nodule from the visceral surface of the pleura and we can avoid the unpleasantness of wire displacement. On the other hand, the production of the isotope requires a more developed infrastructure and the exact timing of the operation after the isotope injection is more strict. Orv Hetil. 2018; 159(34): 1399–1404
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