Molecular Mimicry of SARS-CoV-2 Spike Protein in the Nervous System: A Bioinformatics Approach

Medicine & Life Sciences

• Coronavirus Spike Glycoproteins 100%
• Molecular Mimicry 82%
• Severe Acute Respiratory Syndrome 76%
• Computational Biology 55%
• Nervous System 48%
• Proteins 21%
• Myelin Sheath 17%
• Coronavirus 10%
• Peripheral Nervous System 9%
• T-Lymphocytes 7%
• Axons 7%
• Class 5 Receptor-Like Protein Tyrosine Phosphatases 7%
• Vaccines 6%
• Myelin-Associated Glycoprotein 6%
• Homeostasis 6%
• Myelin Proteins 5%
• Cross Reactions 5%
• Gene Ontology 4%
• Neural Conduction 4%
• Antibodies 4%
• Pandemics 4%
• HLA Antigens 4%
• Major Histocompatibility Complex 4%
• Neutralizing Antibodies 4%
• Biological Phenomena 4%
• Cell Communication 3%
• Innate Immunity 3%
• Uncertainty 3%
• Needles 3%
• B-Lymphocytes 3%
• Central Nervous System 3%
• Maintenance 2%
• Peptides 2%

Engineering & Materials Science

• Neurology 70%
• Bioinformatics 64%
• Proteins 54%
• T-cells 16%
• Antibodies 14%
• Axons 10%
• Vaccines 10%
• Glycoproteins 6%
• Antigens 4%
• Peptides 4%
• Needles 3%
• Genes 3%
• Ontology 3%
• Chemical analysis 2%
• Uncertainty 2%

Chemical Compounds

• Protein 24%
• Cope Reaction 5%
• Pentapeptide 4%
• Needle Like Crystal 4%
• Glycoprotein 3%
• Antigen 3%
• Peptide 2%
• Time 1%