Turnitin flagged regression table as AI score fix for George Washington University

Introduction

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In quantitative academic assessments, particularly within MBA programs like those at George Washington University, the integration of statistical outputs into academic prose is a critical skill. However, a persistent issue arises when students paste raw output from statistical packages (SPSS, R, or Python) directly into their manuscripts. Turnitin’s AI detection algorithms often flag dense, formulaic, or highly structured text blocks as "AI-generated" due to low perplexity and burstiness. Furthermore, professors frequently reject raw console outputs because they lack the specific formatting required by APA 7th Edition standards.

The core problem is not the regression itself, but the presentation. Statistical tools generate machine-readable logs, not human-readable academic tables. Relying on auto-formatted PDFs from SPSS or raw print() statements from Python creates two risks: an inflated AI score due to the repetitive, non-narrative nature of the text, and a grade penalty for non-compliance with reporting standards. This guide provides a technical workflow to extract, format, and integrate regression results manually, ensuring the final table is both human-authored in context and statistically accurate.

Step-by-Step Fix / Walkthrough

To mitigate AI flags and ensure academic compliance, you must decouple the data extraction from the formatting. Do not copy-paste. Instead, extract the coefficients and standard errors into a clean structure, then format them manually in your word processor or LaTeX environment.

1. Data Extraction in Python

Using statsmodels in Python allows for precise control over output. We will extract the specific values needed for APA formatting: Coefficients, Standard Errors, and P-values.

import statsmodels.api as sm import pandas as pd # Assuming 'model' is a fitted OLS regression object # model = sm.OLS(y, X).fit()  # Extracting key metrics coeffs = model.params std_errs = model.bse p_values = model.pvalues # Create a clean dictionary for easy access reg_results = { "Variable": coeffs.index.tolist(), "Coefficient": coeffs.values, "Std. Error": std_errs.values, "P-value": p_values.values } results_df = pd.DataFrame(reg_results) print(results_df.to_string(index=False)) 

Parameter Explanation:

  • model.params: Returns the estimated regression coefficients ($\beta$).
  • model.bse: Returns the standard errors of the coefficients. APA 7 requires these to be reported in parentheses next to the coefficient.
  • model.pvalues: Returns the probability of the null hypothesis. This determines the significance stars or exact $p$-value reporting.

2. Data Extraction in R

For R users, the summary() function provides the necessary data, but it must be parsed manually to avoid copying the entire console output.

# Assuming 'fit' is a fitted lm() model # fit <- lm(y ~ x1 + x2, data = my_data) summary_output <- summary(fit) coefs <- summary_output$coefficients # Create a data frame for manual transcription ap_table <- data.frame( Variable = rownames(coefs), Coefficient = coefs[, "Estimate"], Std_Error = coefs[, "Std. Error"], P_Value = coefs[, "Pr(>|t|)"] ) print(ap_table) 

Parameter Explanation:

  • summary(fit)$coefficients: Accesses the matrix containing estimates, standard errors, t-values, and p-values.
  • Estimate: The raw coefficient value.
  • Std. Error: The variability of the coefficient estimate.

3. Manual Formatting for APA 7

Once you have the numbers, do not use auto-formatters. Type the table into Word or LaTeX. This manual entry process ensures the text surrounding the table is in your own voice, reducing AI detection risk.

  • Column Headers: Use "Predictor," "Coefficient (SE)," and "Significance."
  • Rounding: Round coefficients and standard errors to two or three decimal places, consistent with your data precision.
  • Significance: Report exact $p$ values (e.g., $p < .001$) rather than using asterisks, unless your specific departmental style guide dictates otherwise.

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Practical Data Example & APA 7 Reporting

Below is a comparison of raw output versus the correct APA 7 table structure. Note the removal of redundant columns (like t-values, which are implied by Coefficient/SE) and the specific notation for standard errors.

Predictor Coefficient (SE) $p$-value Interpretation
Intercept 12.540 (1.204) < .001 Baseline value when predictors are zero
Revenue Growth 4.210 (0.850) .012 Positive association with performance
Debt Ratio -2.150 (0.990) .034 Negative association with valuation
Market Cap 0.050 (0.020) .018 Log-scale impact on stock price

Reporting Narrative:
Instead of stating "The output shows the following," write: "The regression analysis revealed that Revenue Growth was a significant positive predictor of performance ($\beta = 4.210, SE = 0.850, p = .012$), while Debt Ratio negatively impacted valuation ($\beta = -2.150, SE = 0.990, p = .034$). Table 1 summarizes the model coefficients."

This approach integrates the statistical evidence into the narrative flow, demonstrating analytical insight rather than just data reporting.

Common Pitfalls & What to Check

  • Unmodified Raw Output: Pasting the entire SPSS or R console output is the primary trigger for AI flags and professor rejection. Always extract only the necessary columns.
  • Inconsistent Rounding: Mixing two-decimal and three-decimal places in the same table violates APA 7 guidelines. Choose a standard and apply it uniformly.
  • Omitting Standard Errors: APA 7 requires standard errors to be reported in parentheses immediately following the coefficient. Omitting them is a major formatting error.
  • Misinterpreting $p$-values: Ensure you report the exact $p$-value where possible. Using "ns" (not significant) is discouraged in modern APA 7 reporting; use $p > .05$ or the exact value.
  • Variable Naming: Ensure variable names in the table match the terminology used in your text. Abbreviations must be defined in the table notes or prior to the table in the text.
  • Multicollinearity Checks: Before finalizing the table, verify VIF (Variance Inflation Factor) values. If multicollinearity is present, the coefficients may be unstable, and this must be noted in the discussion, not hidden in the table.

Conclusion / Next Steps

The issue of Turnitin flags and professor rejection regarding regression tables is a formatting and presentation problem, not a statistical one. By manually extracting coefficients, standard errors, and $p$-values from Python or R, and then formatting them into a clean, APA 7-compliant table, you eliminate the low-perplexity text that triggers AI detectors.

Next Steps:

  1. Run your regression in Python or R.
  2. Export the coefficient summary to a CSV or print it to the console.
  3. Manually create a table in Word or LaTeX using the values.
  4. Write the narrative interpretation in your own words, citing the specific coefficients.
  5. Review against the APA 7 table style guide for final compliance.

This method ensures your work is recognized as authentic academic analysis, protected from automated detection errors, and compliant with institutional standards.

🤝 Recommended Network Guides:
Looking for related implementations in other languages or frameworks? Explore companion research guides and code breakdowns by @aca_86289f79d85a367 on Dev.to.

💬 Share Your Experience

Have your university advisors or reviewers flagged similar issues in your data chapter? Let us know in the comments how your department prefers this formatted!

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