🦠 Escherichia coli
(15 batches × 8 processes = 120 processes)
Batch 01: DNA Replication & Repair
Origin recognition, replication fork dynamics, and comprehensive repair systems
✅ 8 processes - Interactive
Batch 02: Cell Division & Segregation
ParAB system, Min oscillation, divisome assembly, and septum formation
🔄 8 processes - In Progress
Batch 03: Translation & Protein Synthesis
Ribosome assembly, elongation cycles, and protein folding quality control
✅ 4 processes - Interactive
Batch 04: Protein Synthesis & Quality Control
Chaperone systems, protein degradation, and quality assurance
📋 8 processes - Coming Soon
Batch 05: Cell Division
Alternative division mechanisms and specialized systems
📋 8 processes - Coming Soon
🍺 Saccharomyces cerevisiae
(23 batches × 8 processes = 184 processes)
Batch 01: DNA Replication & Repair
Eukaryotic replication machinery and sophisticated repair systems
📋 8 processes - Coming Soon
Batch 02: Cell Cycle Control
CDK regulation, checkpoints, and mitotic progression
📋 8 processes - Coming Soon
👤 Homo sapiens
(Future expansion)
Human processes will include disease mechanisms, immune responses, and complex regulatory networks.
🔬 Comparative Analysis
(Cross-species comparisons)
Compare homologous processes across kingdoms and species to understand evolution and conservation.