Macrophage-recognized molecules of apoptotic cells are expressed at higher levels in AKR lymphoma of aged as compared to young mice

Keyphrases

• Tumor 100%
• Lymphoma 100%
• Macrophages 100%
• Aged Mice 100%
• Apoptotic Cells 100%
• Young Animals 80%
• Galactose 60%
• Sialic Acid 60%
• Cell Surface 40%
• Cell-derived 40%
• Tumor Progression 40%
• Apoptotic Cell Death 40%
• Progression Rate 40%
• Gene Expression 20%
• Apoptosis 20%
• Expression Level 20%
• High-level Expression 20%
• Aggressive Behavior 20%
• Aging 20%
• Age-related 20%
• Tumorigenesis 20%
• FACS Analysis 20%
• Tumor Cells 20%
• Western Blot Analysis 20%
• Lymphoma Cells 20%
• Lectin 20%
• DNA Fragmentation 20%
• Young Cancer Patients 20%
• Membrane Glycoproteins 20%
• Molecular Properties 20%
• Agarose Gel Electrophoresis 20%
• Old Animals 20%
• DNA Flow Cytometry 20%
• Ladder-type 20%
• Aged Animals 20%
• Fas Antigen 20%

Biochemistry, Genetics and Molecular Biology

• Macrophage 100%
• Sialic Acid 75%
• Programmed Cell Death 75%
• Galactose 75%
• Tumor Progression 50%
• Western Blot 25%
• Membrane Protein 25%
• Carcinogenesis 25%
• Fluorescence Activated Cell Sorting 25%
• Transmembrane Protein 25%
• Lectin 25%
• DNA Fragmentation 25%
• Fas Receptor 25%
• Flow Cytometry 25%
• Agarose Gel Electrophoresis 25%

Immunology and Microbiology

• Macrophage 100%
• Programmed Cell Death 75%
• Cell Surface 50%
• Western Blot 25%
• Glycoprotein 25%
• Fluorescence Activated Cell Sorting 25%
• Tumor Cell 25%
• Lectin 25%
• DNA Fragmentation 25%
• Lymphoma Cell 25%
• Fas Receptor 25%