Machine learning diabetes onset risk prediction method and application
A technology of machine learning and risk prediction, applied in the fields of instrumentation, informatics, medical informatics, etc., can solve problems such as inconsistent standards, poor individual pertinence of model building, low efficiency of risk prediction, etc., and achieve high predictive ability and good stability Effect
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Embodiment 1
[0034] Such as figure 1 As shown, the present invention provides a diabetes risk prediction model based on machine learning and metabolic features. The method includes: performing metabolomics detection on the blood samples of the population to be predicted, and obtaining metabolomics characteristic data; preprocessing the collected raw data, using a random forest model to fill in missing values, and performing normalization and discretization on the data Processing; use the preprocessed data to predict using a model based on random forest and support vector machine, and output the prediction result. If the output result is 1, there is a risk of diabetes, and if the output result is 0, there is no diabetes. disease risk.
[0035] As mentioned above, the embodiments of the present invention provide a diabetes risk prediction method based on machine learning algorithms and metabolic characteristics, using random forest and support vector machine algorithm-based technologies, co...
Embodiment 2
[0037] See figure 1 : After a patient draws blood in the hospital, the staff analyzes the blood sample through a high-throughput analysis instrument to obtain amino acid and carnitine data; fills the amino acid carnitine data into the preprocessing module and runs the preprocessing program; The data is put into the model, and the prediction program is run; the prediction result is output, and the prediction result of a patient's metabolic data using the model is 1, indicating that he has a risk of diabetes.
Embodiment 3
[0039] After a subject obtains a metabolic analysis report from a company, he submits the report to the staff, and the staff uses the preprocessing module to preprocess and analyze the data based on the test results. The preprocessed data is used to make predictions using the model. If the result of the prediction output is 0, the subject has no risk of diabetes.
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