Learn the biology and evidence
Choose the question you want to understand, then follow a path in order. These pages teach concepts and how to read evidence. Current results and treatment choices are linked from each guide’s case box.
Begin with your goal
| Your question | Learning path |
|---|---|
| What do surgery results mean? | Read pathology and surgery results: pCR, RCB, margins and staging |
| How does ordinary treatment work? | Understand standard treatment: drug classes, surgery, radiation and immune side effects |
| What makes an immune treatment work? | Understand immunotherapy: cells, display, recognition, access and escape |
| Can I trust this trial or test claim? | Read evidence: endpoints, curves, hazard ratios, PPV and clinical utility |
| What does multi-omics add? | Understand multi-omics: molecular layers, cells, space, function and time |
| How is a personalized vaccine designed? | Design a personalized vaccine: discovery, presentation, selection, manufacture and response evidence |
| How do cell therapies differ? | Cellular therapies: CAR, TCR, TIL, NK and in-vivo engineering |
| What does a tumor model actually predict? | Modeling tumor response: physical and computational models, controls and validation |
| How do treatment formats reach a target? | Targeted modalities: antibody, payload, engager, radioligand and engineered cell |
| Can local injury create an immune response? | Local treatment: delivery, immune signals and matched clinical evidence |
| What does injection into a tumor change? | Intratumoral therapy: route, agents and trial claims |
| How do repair and survival pathways connect? | PARP and cell survival: repair, recycling, growth signals and experiments |
If all of this is new, begin with standard treatment, then pathology and immunotherapy. Use the multi-omics vocabulary course when a report introduces unfamiliar cell or molecular terms; it is a supporting reference within the multi-omics path.
Look up a concept
Concept library provides stable definitions, examples and common confusions. Terminology provides short definitions and links to explanations. Topic tags organize navigation separately.
For immune geography, use hot, excluded and cold patterns. For receptor tracking, use TCR sequencing. For blood numbers, use ctDNA units and limits.
Apply the learning
Results owns the findings, the molecular profile owns case integration, and the treatment plan owns current clinical choices. Decision pages and project management own unresolved questions and actions.
Company process and service claims belong in company assessments. They are a separate reading task from learning the underlying biology.
Takeaway: Learn a concept here, then return to its owner page for the current finding or decision.