Overexpression of high molecular weight FGF-2 forms inhibits glioma growth by acting on cell-cycle progression and protein translation

INIS

• growth 100%
• proteins 100%
• cell cycle 100%
• gliomas 100%
• molecular weight 100%
• tumors 40%
• rats 20%
• in vivo 20%
• humans 20%
• in vitro 20%
• comparative evaluations 20%
• modifications 20%
• inhibition 20%
• blocking 20%
• phosphorylation 20%
• angiogenesis 20%
• cell proliferation 20%
• mitosis 20%
• tetracyclines 20%
• hydroxyurea 20%

Biochemistry, Genetics and Molecular Biology

• Cell Cycle Progression 100%
• Isoform 100%
• Growth 100%
• Translation (Protein Synthesis) 100%
• Molecular Weight 100%
• Development 33%
• Phosphorylation 33%
• Angiogenesis 33%
• Cell Proliferation 33%
• Human 33%
• Mitosis 33%
• Cell Cycle Arrest 33%
• Gene Expression System 33%
• Rat 33%

Neuroscience

• Glioma 100%
• Cell Cycle Progression 100%
• Basic Fibroblast Growth Factor 100%
• Cell Cycle Protein 100%
• In Vivo 8%
• Cell Line 8%
• In Vitro 8%
• Cell Cycle Arrest 8%
• Phosphorylation 8%
• Cell Proliferation 8%
• Tetracycline 8%
• Mitosis 8%
• Angiogenesis 8%
• Gene Expression System 8%