A Network Thermodynamic Analysis of Amyloid Aggregation along Competing Pathways.Aggregation of proteins towards amyloid formation is a significant event in many neurodegenerative diseases.  The mechanistic approach is supported by thermodynamic free energy computations which helps identify stable reactions.  We also draw upon the classic literature on network thermodynamics to suggest new approaches to better understand such complex systems.
THERM
A Network Thermodynamic Analysis of Amyloid Aggregation along Competing Pathways.Aggregation of proteins towards amyloid formation is a significant event in many neurodegenerative diseases.  The mechanistic approach is supported by thermodynamic free energy computations which helps identify stable reactions.  We also draw upon the classic literature on network thermodynamics to suggest new approaches to better understand such complex systems.
THERM
A Network Thermodynamic Analysis of Amyloid Aggregation along Competing Pathways.Aggregation of proteins towards amyloid formation is a significant event in many neurodegenerative diseases.  The mechanistic approach is supported by thermodynamic free energy computations which helps identify stable reactions.  We also draw upon the classic literature on network thermodynamics to suggest new approaches to better understand such complex systems.
THERM
A Network Thermodynamic Analysis of Amyloid Aggregation along Competing Pathways.Aggregation of proteins towards amyloid formation is a significant event in many neurodegenerative diseases.  The mechanistic approach is supported by thermodynamic free energy computations which helps identify stable reactions.  We also draw upon the classic literature on network thermodynamics to suggest new approaches to better understand such complex systems.
THERM