structural genomics
Học thuậtThân thiện
Definition
Noun: - The branch of genomics that determines the three-dimensional structures of proteins: Structural genomics is a scientific field focused on systematically discovering and analyzing the complete three-dimensional (3D) shapes of proteins encoded by a genome. Its goal is to provide a comprehensive structural framework to understand biological function at the molecular level.
Usage
- Structural genomics aims to map the entire universe of protein folds.
- High-throughput X-ray crystallography is a common technique used in structural genomics projects.
- The insights from structural genomics can help in drug design by revealing potential binding sites on proteins.
Advanced Usage
- As a distinct field from functional genomics: While functional genomics studies what genes do, structural genomics specifically focuses on determining and cataloging their 3D architectural forms.
- The national institute funded initiatives in both functional and structural genomics.
- In the context of protein structure prediction: The data from structural genomics projects are crucial for improving computational methods to predict protein structures from amino acid sequences.
- The algorithm was trained on a dataset provided by a structural genomics consortium.
Variants and Related Words
- Structural proteomics (n): Often used synonymously with structural genomics, it emphasizes the large-scale study of protein structures.
- Genomics (n): The broader study of genomes, their structures, functions, and evolution.
- Structural biology (n): A wider field encompassing the study of molecular structures in biology, which includes the goals of structural genomics.
Synonyms
- Structural proteomics
- 3D genomics (less common)
Related Phrases
- Protein structure initiative: A specific, large-scale research program often associated with structural genomics goals.
- High-throughput structure determination: The methodological approach central to structural genomics.
Noun
- the branch of genomics that determines the three-dimensional structures of proteins