Table 2. Karyotypes of the glioblastoma tumor cells

Case 4

84-92, XXXX, der(3) t(3;19) (p12 ; p12)x2, del(4) (p12)x2, -6, -6, psudic(dup(7;6) (qter->p15::p15->p11; q22->pter)x2, add (8) (q21)x2, del (9) (p12)x2, -10, -10, del (16) (p13.2)x2, -19, -19, dmin, +1-4 mar, [cp20]

Case 7

43-46, XY, add(3) (p24), t(3;7)(p24;q21), +7, -10, add(14) (q21), dmin, [cp13]

Case 14

46-49, XX, +1, add(3) (p24), t(5;10)(q35;q23), +7, -10,del(13)(q13;q31), -22, dmin, [cp10]

Case 21

63-72, XXY, -1, der(1)add(1)(p3)add(1)(q3), +3, +7, +8, -9, i(9) (q10)x2, +der(9) t(1;9) (p3;q12)x2, -10, +15, -16, -18, +20, -22, +der(?) (t(1;?) (q2;?)x2, dmin, [cp5]

Case 22

44-47, XY, +7, del(9) (q12), i(9) (q10), -10, -14, +19, +20, der(21) t(1;21)(q21;p12), dmin, [cp10].

Case 30

88-99, XXYY, del(1) (p21;p31)x2, +7, +7, del(9) (p23)x2, -10, -10,+19, +19, +20, +20, +21, +21, dmin, [cp12].

Karyotypes were obtained by conventional cytogenetics.