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. Author manuscript; available in PMC: 2020 Jan 6.
Published in final edited form as: Int J Hyperthermia. 2019 Nov;36(SUP1):37–46. doi: 10.1080/02656736.2019.1627433

Table 1.

This table demonstrates differential RNA-based gene expression, in linear fold change, for various immune and/or cytotoxic relevant genes, as compared to control. Several genes including HSP70, MDM2, Gadd45 and CXCL10, were dramatically altered following low dose (CEM 30) mNPH.

Gene mNPH 8 Gy mNPH 8 Gy
ICAM-1 .766 1.53 15.7*
CD86 2.09 1.32 29.1*
CXCL10 2.6* .657 2.83*
CXCL11 1.18* .713 4.28*
CXCR3 1.39 1.31 8.86*
TLR4 .81 .864 .457
TLR3 .728 .848 .24*
ERK1 (MAPK3) .478* 1.06 .402*
ERK2 (MAPK1) .837 .882 .564*
MAPK11 .619 .838 .2*
MAPK14 1.15 .85 .842
Bcl-2 1.53 1.19 .982
Bax 1.38 1.46* 1.14
PUMA (bbc3) 1.04 1.53 4.75*
CASP8 .687* .893 .572*
CASP3 .638 .976 .343*
Gadd45 3.38* 1.21 4.65*
Bim (bcl2l11) .481 1.09 .364*
survivin .373 .923 .1*
mTOR .902 .898 .781
HSP70 (hspab1) 57* .884 41.8*
MDM2 3.61* 1.65* 3.12*
Fas 2.08* 1.54 6.85*

These expression changes were amplified with the addition of radiation. Other notable genes such as the pro-apoptotic gene bbc3 (PUMA) were altered mostly by the combination treatment.

*

Statistically significant at p < .05, differential expression.