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Biology
Biochemistry and Biophysics
Proteins and Proteomics
1. Fundamentals of Proteins
2. Protein Structure Hierarchy
3. Protein Structure Determination Methods
4. Protein Folding, Misfolding, and Denaturation
5. Protein Function and Diversity
6. Regulation of Protein Activity
7. Introduction to Proteomics
8. Core Technologies in Proteomics
9. Quantitative Proteomics
10. Analysis of Protein Interactions
11. Proteomic Data Analysis and Bioinformatics
12. Applications and Frontiers of Proteomics
Introduction to Proteomics
Defining the Proteome
Contrast with Genome and Transcriptome
Genetic Information Flow
Complexity Differences
Dynamic Nature of the Proteome
Temporal Changes
Cell Cycle Variations
Circadian Rhythms
Aging Effects
Spatial Differences
Tissue-Specific Expression
Subcellular Localization
Organellar Proteomes
Environmental and Developmental Influences
Stress Responses
Differentiation Programs
Disease States
Proteome Complexity
Alternative Splicing
Post-Translational Modifications
Protein Isoforms
Dynamic Range of Expression
Goals and Scope of Proteomics
Protein Identification and Profiling
Comprehensive Protein Catalogs
Expression Profiling
Quantification of Protein Expression
Absolute vs Relative Quantification
Comparative Proteomics
Characterization of PTMs
Modification Site Mapping
Stoichiometry Determination
Mapping Protein-Protein Interactions
Interaction Networks
Complex Composition
Determining Subcellular Localization
Organellar Proteomics
Spatial Organization
Functional Annotation
Protein Function Prediction
Pathway Analysis
Major Branches of Proteomics
Expression Proteomics
Comparative Expression Analysis
Biomarker Discovery
Disease Proteomics
Structural Proteomics
High-Throughput Structure Determination
Structural Genomics Initiatives
Functional Proteomics
Protein Function Elucidation
Interaction Mapping
Activity Profiling
Clinical Proteomics
Diagnostic Applications
Therapeutic Target Discovery
Comparative Proteomics
Species Comparisons
Evolutionary Proteomics
Historical Development
Early Protein Separation Methods
Mass Spectrometry Revolution
Genomics Integration
Current Technological Advances
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6. Regulation of Protein Activity
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8. Core Technologies in Proteomics