Time-response analysis of cell cycle effects following treatment of KNS42 pediatric glioblastoma cells with PI-103 (5×GI50).

Name: Time-response analysis of cell cycle effects following treatment of KNS42 pediatric glioblastoma cells with PI-103 (5×GI50).
Published: 2014-08-01T03:07:33Z
Keywords: Biochemistry, biomarkers, cell biology, Signal transduction, Phosphoinositide signal transduction, physics, Condensed matter physics, Magnetism, Magnetic resonance, Biological cultures, Cell cultures, Cultured tumor cells, Glioblastoma cells, kns42, pediatric, glioblastoma, cells, pi-103, Biological Sciences

Time-response analysis of cell cycle effects following treatment of KNS42 pediatric glioblastoma cells with PI-103 (5×GI₅₀).

2014-08-01T03:07:33Z (GMT) by Nada M. S. Al-Saffar Lynley V. Marshall L. Elizabeth Jackson Geetha Balarajah Thomas R. Eykyn Alice Agliano Paul A. Clarke Chris Jones Paul Workman Andrew D. J. Pearson Martin O. Leach

Data are expressed as % total cell count and presented as the mean ± SD, n≥3.

Two-tailed unpaired t test was used to compare results in treated cells to controls.

*P<0.05,

**P<0.005,

***P<0.0005.

Time-response analysis of cell cycle effects following treatment of KNS42 pediatric glioblastoma cells with PI-103 (5×GI₅₀).

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