PMC3420532_01
Cytogenetic analysis of bone marrow by the G-banding technique revealed t(4;11;7)(q21;q23;q22).
CRIM.HEMATOLOGY2011-148482.001.jpg
PMC3420532_01_CRIM.HEMATOLOGY2011-148482.001.jpg
fig1
Cytogenetic analysis of bone marrow cells using the G-banding technique demonstrated 47, XY, +X, t(4;11;7)(q21;q23;q22) in five of the 20 analyzed cells (Figure 1), and spectral karyotyping confirmed this alteration (Figure 2).
Spectral karyotyping fluorescence in situ hybridization revealed t(4;11;7)(q21;q23;q22).
CRIM.HEMATOLOGY2011-148482.002.jpg
PMC3420532_01_CRIM.HEMATOLOGY2011-148482.002.jpg
fig2
Cytogenetic analysis of bone marrow cells using the G-banding technique demonstrated 47, XY, +X, t(4;11;7)(q21;q23;q22) in five of the 20 analyzed cells (Figure 1), and spectral karyotyping confirmed this alteration (Figure 2).