Figure S12. Mitochondrial complex I activity in human brain metastases. a Expression levels of complex I subunit NDUFB8 in 197 human brain metastases from different cancers: Carcinoma not otherwise specified (NOS; n = 9), colon cancer (n = 9), breast cancer (n = 25), renal cell cancer (RCC; n = 9), non-small cell lung cancer (NSCLC; n = 52), small cell lung cancer (SCLC; n = 7), melanoma (n = 78) and others (n = 8). H-Score = [staining intensity (1 = weak, 2 = moderate, 3 = strong)] x [frequency of positive cells (%)]. Kruskal-Wallis test with Dunn’s multiple comparisons test: * P < 0.05, ** P < 0.01, **** P < 0.0001 and for comparisons not indicated P ≥ 0.05. b Immunohistochemistry of NDUFB8 in a human melanoma brain metastasis. c Expressi...
Figure S10. Interaction network of β-sitosterol targets and oxidative phosphorylation. The 121 Gene ...
Figure S1. (A) Microscopy of EGFP-tagged p53-BakMTS, DBD-BakMTS, p53- BaxMTS, and DBD-BaxMTS constru...
Figure S9. Interaction network of signature genes and oxidative phosphorylation. The 121 Gene Ontolo...
Figure S2. Generation of organ samples for RNA sequencing, brain metastasis gene signature and Conne...
Figure S4. In vivo efficacy of candidate compounds on H1_DL2 brain metastases. a Left panel: Tumor c...
Figure S1. The diagram illustrates the step-by-step workflow and analysis strategy used in the curre...
Figure S3. Cell viability in vitro by increasing β-sitosterol concentrations. Human melanoma cell li...
Figure S5. In vivo validation of β-sitosterol on H1_DL2 brain metastasis. a Initial tumor cell load ...
Figure S8. Protein phosphorylation screening following β-sitosterol treatment. Parallel determinatio...
Figure S11. The respiratory capacity (OCR) in normal melanocytes following β-sitosterol treatment a...
Figure S6. β-sitosterol treatment effect is not model specific. a Experiment overview. Mice were inj...
Figure S7. a Functional classification of the brain metastasis gene signature. Human biological proc...
Table S1. Tissue Digestion Protocols. Preparation of Liberase TM Research Grade (Roche Applied Scien...
Figure S4 Expressed differences in mitochondrial dynamics and biogenesis between the human breast ep...
Contains fulltext : 152780.pdf (publisher's version ) (Open Access)BACKGROUND: Num...
Figure S10. Interaction network of β-sitosterol targets and oxidative phosphorylation. The 121 Gene ...
Figure S1. (A) Microscopy of EGFP-tagged p53-BakMTS, DBD-BakMTS, p53- BaxMTS, and DBD-BaxMTS constru...
Figure S9. Interaction network of signature genes and oxidative phosphorylation. The 121 Gene Ontolo...
Figure S2. Generation of organ samples for RNA sequencing, brain metastasis gene signature and Conne...
Figure S4. In vivo efficacy of candidate compounds on H1_DL2 brain metastases. a Left panel: Tumor c...
Figure S1. The diagram illustrates the step-by-step workflow and analysis strategy used in the curre...
Figure S3. Cell viability in vitro by increasing β-sitosterol concentrations. Human melanoma cell li...
Figure S5. In vivo validation of β-sitosterol on H1_DL2 brain metastasis. a Initial tumor cell load ...
Figure S8. Protein phosphorylation screening following β-sitosterol treatment. Parallel determinatio...
Figure S11. The respiratory capacity (OCR) in normal melanocytes following β-sitosterol treatment a...
Figure S6. β-sitosterol treatment effect is not model specific. a Experiment overview. Mice were inj...
Figure S7. a Functional classification of the brain metastasis gene signature. Human biological proc...
Table S1. Tissue Digestion Protocols. Preparation of Liberase TM Research Grade (Roche Applied Scien...
Figure S4 Expressed differences in mitochondrial dynamics and biogenesis between the human breast ep...
Contains fulltext : 152780.pdf (publisher's version ) (Open Access)BACKGROUND: Num...
Figure S10. Interaction network of β-sitosterol targets and oxidative phosphorylation. The 121 Gene ...
Figure S1. (A) Microscopy of EGFP-tagged p53-BakMTS, DBD-BakMTS, p53- BaxMTS, and DBD-BaxMTS constru...
Figure S9. Interaction network of signature genes and oxidative phosphorylation. The 121 Gene Ontolo...