Synthetic Polycystic Ovary Syndrome PCOS Patient Records Dataset
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About
This synthetic PCOS (Polycystic Ovary Syndrome) Dataset is designed for educational and research purposes in the fields of data science, public health, and women’s health research. It includes essential demographic, lifestyle, dietary, and health-related factors associated with PCOS and its impacts, providing valuable insights into understanding and addressing PCOS-related health challenges.
Dataset Features
- Age: Age range of the individual (e.g., Less than 20, 20–25, etc.).
- Weight_kg: Weight of the individual in kilograms (float).
- Height_ft: Height of the individual in feet (float).
- Marital_Status: Marital status of the individual (Married/Unmarried).
- PCOS: Indicates whether the individual has PCOS (Yes/No).
- Family_History_PCOS: Indicates whether the individual has a family history of PCOS (Yes/No).
- Menstrual_Irregularity: Indicates irregularities in menstrual cycles (Yes/No).
- Hormonal_Imbalance: Indicates whether the individual has a hormonal imbalance (Yes/No).
- Hyperandrogenism: Indicates symptoms of hyperandrogenism (e.g., acne, excessive hair growth) (Yes/No).
- Hirsutism: Indicates excessive hair growth (Yes/No).
- Mental_Health: Indicates mental health challenges (Yes/No).
- Conception_Difficulty: Indicates difficulties in conceiving (Yes/No).
- Insulin_Resistance: Indicates insulin resistance (Yes/No).
- Diabetes: Indicates whether the individual has diabetes (Yes/No).
- Childhood_Trauma: Indicates exposure to childhood trauma (Yes/No).
- Cardiovascular_Disease: Indicates cardiovascular disease history (Yes/No).
- Diet_Bread_Cereals: Frequency of consuming bread or cereals (integer scale).
- Diet_Milk_Products: Frequency of consuming milk products (integer scale).
- Diet_Fruits: Frequency of consuming fruits (integer scale).
- Diet_Vegetables: Frequency of consuming vegetables (integer scale).
- Diet_Starchy_Vegetables: Frequency of consuming starchy vegetables (integer scale).
- Diet_NonStarchy_Vegetables: Frequency of consuming non-starchy vegetables (integer scale).
- Diet_Fats: Frequency of consuming fats (integer scale).
- Diet_Sweets: Frequency of consuming sweets (integer scale).
- Diet_Fried_Food: Frequency of consuming fried foods (integer scale).
- Diet_Tea_Coffee: Frequency of consuming tea or coffee (integer scale).
- Diet_Multivitamin: Indicates if multivitamins are part of the diet (Yes/No).
- Vegetarian: Indicates if the individual follows a vegetarian diet (Yes/No).
- Exercise_Frequency: Frequency of exercise (e.g., Rarely, Daily, etc.).
- Exercise_Type: Type(s) of exercise (e.g., Cardio, Flexibility and balance).
- Exercise_Duration: Duration of exercise sessions (e.g., Less than 30 minutes, 30 minutes to 1 hour).
- Sleep_Hours: Average sleep duration (e.g., Less than 6 hours, 6–8 hours).
- Stress_Level: Indicates the level of stress experienced by the individual (e.g., Not at All, Somewhat).
- Smoking: Indicates whether the individual smokes (Yes/No).
- Exercise_Benefit: Indicates whether the individual has benefited from exercise (Yes/No).
- PCOS_Medication: Indicates if the individual is on medication for PCOS (Yes/No).
Distribution


Usage
This dataset is ideal for a variety of applications, including:
- PCOS Risk Prediction: Develop machine learning models to classify individuals as at risk or not at risk of PCOS.
- Risk Factor Analysis: Identify key factors contributing to PCOS and prioritize preventive interventions.
- Predictive Modeling: Build models using demographic, lifestyle, and health indicators to assess PCOS risk.
- Public Health Research: Study relationships between dietary habits, lifestyle factors, and PCOS risk.
- Healthcare Personalization: Inform healthcare professionals about targeted treatment plans based on the dataset.
- Behavioral Insights: Analyze exercise, diet, and stress impacts on PCOS and related health outcomes.
Coverage
This synthetic dataset is anonymized, ensuring compliance with data privacy standards. It is designed for research and educational purposes, offering diverse demographic and health data for analysis and model building.
License
CC0 (Public Domain)
Who Can Use It
- Data Science Practitioners: For practicing data preprocessing, classification, and regression tasks related to PCOS risk.
- Healthcare Professionals and Researchers: To explore relationships between health metrics, lifestyle factors, and PCOS.
- Public Health Analysts: To understand trends and develop interventions for managing PCOS risks.
- Policy Makers and Regulators: For data-driven decision-making in women's health policies.