
Contributed to the CovertLab/vEcoli repository by upgrading the central carbon metabolism analysis workflow, integrating simulation and experimental data to enable more robust flux comparisons. Leveraged Python scripting and SQL to streamline data retrieval, introducing result ordering and simplifying extraction processes for faster, more reliable analyses. Migrated visualization from Plotly to Altair, modernizing the plotting stack and improving maintainability. Refactored code for readability, removed unnecessary configuration files, and incorporated peer feedback to enhance review readiness. Adapted the workflow to accommodate changes in the EcoCyc 29.1 database, ensuring continued robustness and supporting ongoing research throughput in scientific computing and data analysis.
March 2026 — CovertLab/vEcoli monthly summary focusing on business value and technical achievements. Key features delivered: - Central Carbon Metabolism Analysis Workflow Upgrade: integrated analysis script combining simulation and experimental data for enhanced flux comparison; migrated plotting from Plotly to Altair; improved data retrieval by enabling result ordering and simplifying SQL data extraction; refactored for readability and maintainability; removed an unnecessary run_analysis.json. (Commits: 2c7b64f7582b7304c2dd5f524d4902c10e4b945a; 9ba5411ba947d9edf9432cf003c0c98fd005cec8; 717e7faa0e86a3c7d8cd3cec3d2e563c843491ad; e34ade17dd0f35f079dd9fd51419c0a0324ff89b) Major bugs fixed: - Updated metabolism_reaction_add.tsv in flats to accommodate loss of reaction from EcoCyc 29.1, ensuring robustness of the central carbon metabolism analysis. Overall impact and accomplishments: - The upgraded workflow provides faster, more reliable flux analysis by integrating simulation and experimental data, with a more maintainable codebase and a modern plotting stack. Adapting to EcoCyc 29.1 changes reduces downstream risk and supports ongoing research throughput. Technologies/skills demonstrated: - Python scripting and refactoring - Altair plotting (Plotly migration) - SQL data retrieval and result ordering - Data integration of multi-source (simulation + experimental) datasets - Code quality improvements and peer-review responsiveness
March 2026 — CovertLab/vEcoli monthly summary focusing on business value and technical achievements. Key features delivered: - Central Carbon Metabolism Analysis Workflow Upgrade: integrated analysis script combining simulation and experimental data for enhanced flux comparison; migrated plotting from Plotly to Altair; improved data retrieval by enabling result ordering and simplifying SQL data extraction; refactored for readability and maintainability; removed an unnecessary run_analysis.json. (Commits: 2c7b64f7582b7304c2dd5f524d4902c10e4b945a; 9ba5411ba947d9edf9432cf003c0c98fd005cec8; 717e7faa0e86a3c7d8cd3cec3d2e563c843491ad; e34ade17dd0f35f079dd9fd51419c0a0324ff89b) Major bugs fixed: - Updated metabolism_reaction_add.tsv in flats to accommodate loss of reaction from EcoCyc 29.1, ensuring robustness of the central carbon metabolism analysis. Overall impact and accomplishments: - The upgraded workflow provides faster, more reliable flux analysis by integrating simulation and experimental data, with a more maintainable codebase and a modern plotting stack. Adapting to EcoCyc 29.1 changes reduces downstream risk and supports ongoing research throughput. Technologies/skills demonstrated: - Python scripting and refactoring - Altair plotting (Plotly migration) - SQL data retrieval and result ordering - Data integration of multi-source (simulation + experimental) datasets - Code quality improvements and peer-review responsiveness

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