1  and maturation, impaired by the presence of balloon cells.

2 ovide a developmental lineage model in which balloon cells and dysplastic neurons are derived from ra

3 bsence of Dlx1/Dlx2 expression suggests that balloon cells and dysplastic neurons derive from radial

4                                         Most balloon cells and dysplastic neurons were VGLUT2 immunor

5                                              Balloon cells and large dysplastic neurons in all specim

6 th balloon cells, cortical dysplasia without balloon cells, and histologically normal-appearing neoco

7 epitope showed weak labeling of cytoplasm in balloon cells, as previously described in FCDIIb, but al

8                                              Balloon cells (BCs) in FCDIIB exhibit constitutive activ

9                                              Balloon cells (BCs) in focal cortical dysplasia (FCD) an

10 of surgically resected TSC tubers, FCDs with balloon cells, cortical dysplasia without balloon cells,

11                        In some FCD subtypes, balloon cells express proteins typically seen in neurogl

12                           A subpopulation of balloon cells expressed MASH-1 also expressed in the ven

13 e resected MAP(+) areas contained mainly non-balloon-cell focal cortical dysplasia (FCD).

14 rons in 70%, polymicrogyria (PMG) in 61% and balloon cells in 45% of cases.

15       The liver revealed confluent necrosis, ballooning cell injury, apoptosis, poorly formed granulo

16 >/=35, fasting glucose >5.5 mmol/L, and many ballooned cells, NAS scores decreased significantly with

17 nd HPV16 E6 has been described to persist in balloon cells obtained from surgical FCDIIb specimens.

18                           A subpopulation of balloon cells was labelled with CRMP4 and GFAPdelta, mar