Expression Pattern of a-Protein Kinase C in Human Astrocytomas Indicates a Role in Malignant Progression

Keyphrases

• Protein Kinase 100%
• Expression Pattern 100%
• Malignant Progression 100%
• Human Astrocytomas 100%
• Tumor 40%
• Isoenzymes 26%
• Astrocytoma 13%
• Tumor Promotion 13%
• Monoclonal Antibody 6%
• Malignancy 6%
• Cell Differentiation 6%
• Cell Proliferation 6%
• Overexpression 6%
• Immunohistochemistry 6%
• Phorbol Ester 6%
• Constitutive Activation 6%
• Glial Fibrillary Acidic Protein 6%
• Glioblastoma 6%
• Dedifferentiated 6%
• Biological Markers 6%
• Differentiated Cells 6%
• Morphological Changes 6%
• Astrocytes 6%
• Tumor Grade 6%
• Growth Abnormality 6%
• Transcript Level 6%
• Staining Pattern 6%
• Clonal Expansion 6%
• Well-differentiated 6%
• Specific Pattern 6%
• Biochemical Alterations 6%
• Abnormal Expression 6%
• Anaplastic 6%
• Low-grade Astrocytoma 6%
• Transformed Phenotype 6%
• Cultured Astrocytes 6%
• Histopathological Grading System 6%

Pharmacology, Toxicology and Pharmaceutical Science

• Protein Kinase C 100%
• Astrocytoma 100%
• Neoplasm 46%
• Isoenzyme 26%
• Tumor Promotion 13%
• Biological Marker 6%
• Monoclonal Antibody 6%
• Phorbol Ester 6%
• Glioblastoma 6%
• Protein Characterization 6%
• Glial Fibrillary Acidic Protein 6%

Neuroscience

• Protein Kinase C 100%
• Astrocytoma 100%
• Isoenzyme 26%
• In Vivo 13%
• Astrocyte 13%
• In Vitro 6%
• Cellular Differentiation 6%
• Cell Proliferation 6%
• Phorbol 6%
• Staining Technique 6%
• Immunohistochemistry 6%
• Monoclonal Antibody 6%
• Glial Fibrillary Acidic Protein 6%