Personalized Treatment Of Cancer by the Application of Artificial Intelligence (AI)
Abstract
Cancer is a major medical problem worldwide .Due to its high
heterogeneity, the use of same drugs or surgical methods in patients with same
tumor may have different curative effects leading to need for more accurate
treatment methods for tumors & personalized treatment for patients. And
here comes the role of Artificial Intelligence(AI). AI has the
availability of high dimensionality
datasets coupled with advances in high performance computing, as well as deep
learning architecture has lead to an explosion of AI use in various aspects of
oncology research. In addition , AI can find new biomarkers from data to assist
tumor screening, detection, diagnosis, treatment and prognosis prediction ,so
as to providing the best treatment for individual patients and improving their
clinical outcomes.
Introduction
Cancer is a severe threat to human health with a high
mortality and a rising incidence rate. the heterogeneity of tumors is high,
which can create great challenges in their treatment .Artificial Intelligence
is a promising approach that takes individual genetics, environment and
lifestyle into account and concentrates on clarifying, diagnosing and treating
diseases to create a customized treatment plan for patients .AI has shown
extraordinary potential in processing, mining and analysing data and can use
the data to develop different models to help achieve PM. After AI is injected
into the clinical process, it will improve the detection rate of lesions and make
the screening method more effective. Secondly, AI can promote the level of
diagnosis by helping doctors distinguish between true and false disease
progression . Finally, AI can calculate the advantages and disadvantages of
each treatment scheme and provide the best treatment for patients.
MECHANISM
- Development of Decision Support System(DSS)
- Drug Development and validation
- Accurate Diagnosis
- Customized Treatment
- Virtual Assistant
- Risk Screening
- Remote health monitoring
- Prognosis Prediction
Benefits
- Personalizing therapies.
- Reducing false positives and negatives.
- Eliminating cancer overtreatment.
- Identifying tumor types without the need for invasive procedures.
Challenges
- Biased training data.
- Difficulties associated with gathering and managing data.
- Insufficient training data.
- Ethical concerns and considerations
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