Figures & data
Table 1. Hematology test results of peripheral blood prior to and after treatments.
Figure 1. Summary of CT scan and pathological assessment. A Image of Wright stained peripheral blood smear (200x); a large number of eosinophils (red) were observed. B-C Wright-Giemsa stained bone marrow smear (B, 200x; C, 1000x); a large amount of orange eosinophil was observed. D-F Pictures of CT scans at different heights. In D, osteolytic lesions were observed in vertebrae (arrow); E reveals osteolytic lesions in a rib and the vertebrae (arrows); in F, osteolytic lesions were found in another rib (arrow). G-I Pictures of tenderness area rib biopsy stained with hematoxylin/eosin (G, 100x; H, 400x; I, 1000x), numerous orange or red eosinophils were observed.
![Figure 1. Summary of CT scan and pathological assessment. A Image of Wright stained peripheral blood smear (200x); a large number of eosinophils (red) were observed. B-C Wright-Giemsa stained bone marrow smear (B, 200x; C, 1000x); a large amount of orange eosinophil was observed. D-F Pictures of CT scans at different heights. In D, osteolytic lesions were observed in vertebrae (arrow); E reveals osteolytic lesions in a rib and the vertebrae (arrows); in F, osteolytic lesions were found in another rib (arrow). G-I Pictures of tenderness area rib biopsy stained with hematoxylin/eosin (G, 100x; H, 400x; I, 1000x), numerous orange or red eosinophils were observed.](/cms/asset/d45e4a6d-3385-41c9-94a1-3e45bb80aa3c/kcbt_a_1532558_f0001_oc.jpg)
Figure 2. Summary of whole exome sequencing. The upper sequences in each diagram represent gene sequences and lower green and blue strips are amino acid sequences. A The diagram reveals a point mutation (C→T) at p.P6L in exon 2 of the PDGFRA gene. The point mutation is a missense mutation in chromosome 4 which alters its corresponding amino acid (P→L). B The diagram indicates a point mutation (G→A) at p.S869N in exon 20 of the MYOM2 gene. The point mutation is a missense mutation in chromosome 8 that leads to a change in the corresponding amino acid (S→N). C The diagram shows a point mutation (A→G) at p.T1751A in exon 12 of the ASXL3 gene. This is a missense mutation on chromosome 18 causing a substitution of its corresponding amino acid (T→A).
![Figure 2. Summary of whole exome sequencing. The upper sequences in each diagram represent gene sequences and lower green and blue strips are amino acid sequences. A The diagram reveals a point mutation (C→T) at p.P6L in exon 2 of the PDGFRA gene. The point mutation is a missense mutation in chromosome 4 which alters its corresponding amino acid (P→L). B The diagram indicates a point mutation (G→A) at p.S869N in exon 20 of the MYOM2 gene. The point mutation is a missense mutation in chromosome 8 that leads to a change in the corresponding amino acid (S→N). C The diagram shows a point mutation (A→G) at p.T1751A in exon 12 of the ASXL3 gene. This is a missense mutation on chromosome 18 causing a substitution of its corresponding amino acid (T→A).](/cms/asset/6db316f5-d173-4c38-bdfe-2b6858137957/kcbt_a_1532558_f0002_oc.jpg)