Figures & data
Figure 1. Chest radiogram of a 31-y-old man with primary pulmonary primitive tumor (PNET) in the left lung (lingula).
![Figure 1. Chest radiogram of a 31-y-old man with primary pulmonary primitive tumor (PNET) in the left lung (lingula).](/cms/asset/59cd18ae-f6f7-4b5b-9946-b21d86816e7b/kcbt_a_10922635_f0001.gif)
Figure 2. Computer tomographic scan of a 31-y-man with primary pulmonary primitive tumor (PNET) in the left lung.
![Figure 2. Computer tomographic scan of a 31-y-man with primary pulmonary primitive tumor (PNET) in the left lung.](/cms/asset/1ee01041-a213-4d98-a20a-0940c085a994/kcbt_a_10922635_f0002.gif)
Figure 3. Well demarcated primary pulmonary primitive tumor (PNET) with extensive tumor necrosis inside.
![Figure 3. Well demarcated primary pulmonary primitive tumor (PNET) with extensive tumor necrosis inside.](/cms/asset/5d42bcf3-c0f4-4b21-b4af-667330794eba/kcbt_a_10922635_f0003.gif)
Figure 5. Schematic diagram of EWS-FLI1 gene fusion resulting from t(22;11) translocation. The TET family associated RRM domain, the ETS DNA-binding domain (ETS-DBD) and the N-terminal transactivation domain (ATA) are shown. The fusion gene can vary depending on whether exons 5–9 or 6–9 of FLI1 are included. Adapted with permission from ref. Citation10.
![Figure 5. Schematic diagram of EWS-FLI1 gene fusion resulting from t(22;11) translocation. The TET family associated RRM domain, the ETS DNA-binding domain (ETS-DBD) and the N-terminal transactivation domain (ATA) are shown. The fusion gene can vary depending on whether exons 5–9 or 6–9 of FLI1 are included. Adapted with permission from ref. Citation10.](/cms/asset/343c2d92-85f8-4e3f-82f2-8f724ef609c4/kcbt_a_10922635_f0005.gif)