New Biology of Proteins
by Claudio Soto
Prions provides a well-organized overview of what is presently known about prion-related diseases.
Features:
- Presents an accurate description of human and animal prion-related diseases, plus broader implications of protein folding
- Describes the cell biology, genetic and putative function of prion proteins
- Examines the mechanisms of prion-related disease transmission
- Explores potential therapies, including the results of drug discovery
- Discusses applications of prion theories and concepts to other fields of health and biology
Contents
- Human and animal diseases: clinical symptoms, epidemiology, and neuropathology
- Human diseases
- Animal diseases
- Variant CJD
- Neuropathology
- The infectious agent and the prion hypothesis
- Hypothesis for the infectious agent
- Evidence supporting the prion hypothesis
- Criticisms of the prion hypothesis
- In vitro generation of prions
- The prion protein: structure, conversion, and
mechanism of propagation
- Structural features of the cellular and scrapie prion protein isoforms
- Molecular mechanism of PrPC to PrPSc conversion
- Other factors involved in PrP conversion
- Peptide models used to understand PrP structure and conversion
- Cell biology, genetic and putative function of the normal prion protein
- Cellular biology of the normal prion protein
- A signaling role for the prion protein?
- PrP ligands indicate a potential role in apoptosis
- A putative role of PrP in copper metabolism
- PrP knockout animals and doppel
- Prion strains, species barriers, and multiple
- conformations of the prion protein
- Prion strains
- Species barrier
- Multiple conformations of PrP
- From the mouth to the brain
- Prions in the gastrointestinal tract
- The immune-system connection
- From the lymphoid organs to the brain: peripheral nerves or blood-brain barrier
- Neurodegeneration in prion diseases
- Characteristics of brain degeneration
- Is PrP the cause of TSE neurodegeneration
- Mechanism of neuronal apoptosis
- Neuronal apoptosis in TSEs involves the ER-stress pathway
- A role for the proteasome in TSE pathogenesis
- The diagnosis problem and current tests
- Importance of early diagnosis
- Difficulties of diagnosis
- Current status of TSE diagnosis in humans
- Postmortem detection of BSE in cattle
- The need for detection of PrP in blood
- Novel approaches under development for premortem early diagnosis
- Spectroscopic techniques
- Conformational antibodies
- PrP concentration by binding to specific ligands
- PrP amplification
- Therapeutic approaches
- Targets for TSE therapy
- Compounds under development for TSE treatment
- Immunization approach
- Cyclic amplification of prion protein misfolding: rationale, applications, and perspectives
- The rationale behind PMCA
- Applications of PMCA in prion diagnosis
- In vitro generation of infectious prions by PMCA
- Application of PMCA to understand the prion replication process
- Other diseases of protein misfolding
- Protein misfolding and disease
- Structural determinants of misfolding and aggregation
- Mechanism and driving forces in protein misfolding and aggregation
- Kinetics and intermediates of misfolding and aggregation
- Interactions between misfolded proteins
- Prions: a common phenomenon in biology
- The yeast prions
- The inherent infectious nature of misfolded aggregates
- Why are protein misfolding disorders other than TSE not infectious
- How common is the prion phenomenon in nature
Index