Altering heparan sulfate suppresses cell abnormalities and neuron loss in Drosophila presenilin model of Alzheimer Disease

Keyphrases

• Drosophilidae 100%
• Heparan Sulfate 100%
• Neuron Loss 100%
• Alzheimer's Disease Model 100%
• Presenilin 100%
• Proteoglycan 80%
• Knockdown 60%
• Sulfateless 60%
• Human Cell Lines 40%
• Cell Loss 40%
• Mitochondria 20%
• Lipid Metabolism 20%
• Disease-related 20%
• Alzheimer's Disease 20%
• Wild Mice 20%
• Apoptosis 20%
• Liposomes 20%
• RNA Interference 20%
• Mitochondrial Function 20%
• Lipid Levels 20%
• Loss Function 20%
• Alzheimer's Disease Pathology 20%
• Direct Participation 20%
• Partial Loss 20%
• Autophagy 20%
• Humanized 20%
• Sulfation 20%
• NDST1 20%
• APOE4 20%
• Autophagosome 20%
• Intracellular Lipids 20%
• ApoE3 20%
• Brain Phenotypes 20%
• Cell Pathology 20%

Biochemistry, Genetics and Molecular Biology

• Heparan Sulfate 100%
• Presenilin 100%
• Proteoglycan 80%
• Astrocyte 60%
• Cell Loss 40%
• Mitochondrion 20%
• Lipid Level 20%
• Lipid Metabolism 20%
• Wild Type Mouse 20%
• Mitophagy 20%
• Autophagosome 20%
• Sulfation 20%
• Programmed Cell Death 20%
• RNAI 20%

Immunology and Microbiology

• Proteoglycan 100%
• Astrocyte 75%
• Cell Line 50%
• Human Cell 50%
• Cell Loss 50%
• Wild Type Mouse 25%
• Lipid Metabolism 25%
• Mitochondrion 25%
• Autophagosome 25%
• Mitophagy 25%
• Lipid Level 25%
• Sulfation 25%
• Programmed Cell Death 25%
• RNAI 25%