Statistical analysis in research involves using mathematical techniques to analyze data, drawing meaningful conclusions and making predictions. It ensures rigor by identifying patterns, relationships, and significance within the data, helping researchers validate hypotheses and interpret findings objectively. Statistical methods like regression, ANOVA, and correlation quantify uncertainty and variability, crucial for decision-making in fields from medicine to social sciences. It ensures findings are reliable, replicable, and contribute robustly to knowledge, guiding policies, treatments, and further investigations. We assist in clinical and basic data analysis, questionnaire or survey-based data analysis using high end statistical softwares.

Required Inputs What we will do
  • Raw data in an excel sheet (Properly coded)
  • Explanation of the codes used in the data sheet
  • Study aim
  • Primary and secondary objectives
  • If possible, a few reference articles
  • The data sheet will be cleaned
  • Coding of the variables
  • Descriptive Analysis
  • Correlation Analysis
  • Association Analysis
  • Model testing
  • Regression Analysis
  • Bivariate and Multivariate Logistic Regression Analysis
  • Receiver Operating Curve Analysis (ROC)
  • Concordance Analysis
  • Survival Curve Analysis

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