Tryptophanyl tRNA Synthetase (WARS); Transitioning from Protein Production to Varied Cellular Control
Endocrinology Diagnostics
WARS (Tryptophanyl tRNA Synthetase) Summary:
Core Function:
- Essential enzyme for protein synthesis
- Attaches tryptophan to tRNA
- Found in all living organisms
- Located on chromosome 14 in humans
Structural Characteristics:
- Two sections: catalytic and anticodon binding
- Two-step reaction process
- Requires magnesium ions as cofactors
Non-Canonical Functions:
- Angiogenesis control
- Immune system regulation
- Cell signaling
- Potential mTOR pathway involvement
Disease and Therapeutic Potential:
- Cancer research implications
- Link to neurological disorders
- Potential autoimmune disorder involvement
- Possible antibiotic development target
- Angiogenesis-related therapeutic applications
Key Research Insights:
- Extends beyond traditional protein synthesis role
- Multifaceted cellular involvement
- Active research interest in diverse medical contexts
Unique Characteristics:
- Two enzyme variations (cytoplasmic and mitochondrial)
- Highly regulated protein synthesis mechanism
- Potentially significant in understanding cellular processes
Researchers continue exploring WARS for its complex biological roles and potential therapeutic applications across multiple medical domains.
Visit the BioSupply Ltd website for more information on Tryptophanyl tRNA Synthetase (WARS); Transitioning from Protein Production to Varied Cellular Control