Revision history of "Technological development and clinical validation of an adaptive radiation therapy strategy in lung cancer" (Q3146647)

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7 March 2024

20 December 2023

12 June 2023

10 June 2023

17 August 2022

  • curprev 21:3121:31, 17 August 2022DG Regio talk contribs 75,538 bytes +51,863 Changed label, description and/or aliases in el, da, fi, mt, lv, sk, ga, cs, pt, et, hu, bg, lt, hr, sv, ro, sl, pl, nl, fr, de, it, es, and other parts: Adding translations: el, da, fi, mt, lv, sk, ga, cs, pt, et, hu, bg, lt, hr, sv, ro, sl, pl,

16 January 2022

17 December 2021

9 December 2021

2 December 2021

  • curprev 15:3115:31, 2 December 2021DG Regio talk contribs 15,556 bytes +2,620 Created claim: summary (P836): Le mouvement respiratoire des tumeurs dans le poumon limite la dose prescrite par l’oncologue, augmente l’incertitude de la dose absorbée, compromet la probabilité de lutte contre les maladies locales et augmente le risque de toxicité. Ce projet s’attaque à ce problème dans le but d’élaborer et de valider une stratégie d’adaptation des traitements pulmonaires afin d’assurer une couverture tumorale correcte, moins d’incertitude dosimétrique, et d...
  • curprev 15:3115:31, 2 December 2021DG Regio talk contribs 12,936 bytes +184 Changed label, description and/or aliases in fr: translated_label

12 October 2021

  • curprev 15:0315:03, 12 October 2021DG Regio talk contribs 12,752 bytes +2,385 Created claim: summary (P836): The respiratory movement of tumors in the lung limits the dose prescribed by the oncologist, increases the uncertainty in the absorbed dose, compromises the probability of local disease control, and increases the risk of toxicity. This project addresses this problem with the aim of developing and validating a strategy to adapt lung treatments to ensure correct tumor coverage, less dosimetric uncertainty, and to subsequently propose dose escalati...
  • curprev 15:0315:03, 12 October 2021DG Regio talk contribs 10,367 bytes −2,385 Removed claim: summary (P836): The respiratory movement of tumors in the lung limits the dose prescribed by the oncologist, increases the uncertainty in the absorbed dose, compromises the probability of local disease control, and increases the risk of toxicity. This project addresses this problem with the aim of developing and validating a strategy to adapt lung treatments to ensure correct tumor coverage, less dosimetric uncertainty, and to subsequently propose dose escala...
  • curprev 14:5114:51, 12 October 2021DG Regio talk contribs 12,752 bytes +166 Changed label, description and/or aliases in en: translated_label
  • curprev 14:5114:51, 12 October 2021DG Regio talk contribs 12,586 bytes +2,385 Created claim: summary (P836): The respiratory movement of tumors in the lung limits the dose prescribed by the oncologist, increases the uncertainty in the absorbed dose, compromises the probability of local disease control, and increases the risk of toxicity. This project addresses this problem with the aim of developing and validating a strategy to adapt lung treatments to ensure correct tumor coverage, less dosimetric uncertainty, and to subsequently propose dose escalati...

10 October 2021

9 October 2021

8 October 2021