- How do modern vaccines and targeted cancer therapies draw on both Mechnikov's and Ehrlich's discoveries?
Targeted Cancer Therapy
Precision treatments that target specific cancer mechanisms.
- What made radioactive iodine treatment more precise than surgery for thyroid conditions?
- How does the Y-shaped antibody model inform the design of modern monoclonal antibody drugs?
- Why were polyclonal antibody mixtures unreliable for research and diagnostics before hybridoma technology?
- How does fusing a spleen cell with a myeloma cell produce a hybridoma that manufactures one antibody forever?
- Which everyday medical tools, like pregnancy tests, depend on monoclonal antibodies?
- How did this reframing of cancer as an internal malfunction change how targeted cancer therapies are designed?
- What downstream medical practices, like cancer immunotherapy and vaccine design, depend on this principle of self-plus-foreign recognition?
- How did imatinib target BCR-ABL without the broad toxicity of conventional chemotherapy?
- How did imatinib change the survival outlook for patients with chronic myelogenous leukaemia?
- Why is imatinib considered proof of principle for later kinase inhibitor drugs?
- How do the CTLA-4 and PD-1 checkpoints let tumours suppress an immune attack?
- What made the 2013 clinical trial results in metastatic melanoma different from prior cancer treatments?
- Why did Science call checkpoint blockade a new category of treatment rather than just a new drug?
- How did this 2013 breakthrough connect to the 2018 Nobel Prize awarded to Allison and Honjo?
- Why does the immune system often fail to attack tumours even after T cells infiltrate them?
- How did checkpoint inhibitor drugs change outcomes for patients with metastatic melanoma?
- What role does the cGAS-STING pathway play in both cancer and autoimmune disease?