Predicting the Most Deleterious Missense Nonsynonymous Single-Nucleotide Polymorphisms of Hennekam Syndrome-Causing CCBE1 Gene, In Silico Analysis

Биологические науки и медицина

• Epidermal Growth Factor 91%
• Computer Simulation 88%
• Single Nucleotide Polymorphism 78%
• Collagen 71%
• Calcium 64%
• Genes 37%
• Hennekam lymphangiectasia lymphedema syndrome 22%
• Protein Domains 21%
• Collagen Diseases 13%
• Terminator Codon 12%
• Extracellular Matrix Proteins 11%
• Sequence Homology 11%
• Precision Medicine 11%
• Computational Biology 9%
• Binding Sites 8%
• Animal Models 7%
• Ligands 7%
• Amino Acids 7%
• Phosphorylation 7%
• Mutation 5%

Науки об окружающей среде

• collagen 100%
• polymorphism 99%
• calcium 71%
• gene 71%
• homology 27%
• protein 25%
• bioinformatics 14%
• ligand 12%
• mutation 11%
• medicine 11%
• amino acid 10%
• substitution 10%
• state of the art 9%
• marker 9%
• animal 7%
• matrix 6%
• prediction 5%
• method 5%

Химические соединения

• Collagen 88%
• Protein 16%
• Amino-Acid Residue 11%
• Marker 11%
• Mutation 11%
• Substitution Reaction 8%