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Briefly explain how exploring the Enhanced Permeability and Retention model can improve cancer
therapy.
Step by step
Solved in 2 steps
- explain how exploring the Enhanced Permeability and Retention model can improve cancer therapySuggest how treating cancers using monoclonalantibodies could cause fewer side-effects thantreating them using conventional anti-cancerdrugs or radiotherapy.Discuss the difficulty in determining cancer risks with electromagnetic radiation.
- List several reasons why angiogenesis is a very active area for cancer therapy research.How would the use of PDSA/PDCA—plan, do, study or check, and act—method to ensure the continuous improvement for the cancer program?What are the potential applications of targeted nanomedicine delivery systems in improving the efficacy and reducing the side effects of cancer therapies?
- For many years, targeted therapies for cancer treatment continue to be developed, however more and more patients are developing resistance to targeted therapies. Discuss one mechanism of resistance to targeted therapies for cancer and provide an example of how might creatively combat it using clinical concepts.discuss the advantages and challenges involved in highly active antiretroviral therapy.Explain the rationale for antiangiogenesis therapy.
- Suppose there is a new drug targeting a type of cancer and the clinical trials are to be done with cancer patients, outline and explain the potential set-up of the evaluation for effect of the new drug. (Hint: The set-up should not jeopardize the patients receiving a placebo.)Describe the logistics of how these electrochemical sensors are used in cancer detection/ diagnosis for tumorous cancersExplain the concept of radiotherapy and list typical doses for cancer therapy.