Will Anderson

Graduate in Biochemistry

Bootcamp student, LabCorp

• proficiency in adhering to regulated lab notation standards
• Acquired advanced skills in accurate and precise manual pipetting techniques
• Proficiency in Good Laboratory Practice
• Successfully executed ELISA methodologies, demonstrating competence in assay preparation, execution, and data analysis

• Proficient in testing methodologies for COVID-19, Flu A, and Flu B.
• Strong attention to detail and adherence to safety protocols in a high throughput testing environment.
• Team collaboration and effective communication in a multidisciplinary setting.
• Troubleshooting and quality control procedures to ensure reliable testing outcomes.
• Data management and record-keeping for quality assurance and regulatory compliance.

• Developed a comprehensive Quality Control plan for the manufacturing process and identified areas for improvement. 
• Analysed data and identified trends to propose changes that would optimise the production process, leading to cost savings.
• Successfully implemented the project before the 4-week deadline set in place by the company, resulting in improved data accuracy and cost savings.

• Demonstrated strong customer service skills while consistently providing friendly and helpful service to customers. 
• Successfully managed the closing of the shop, ensuring all money taken in was balanced and accurate. 
• Consistently met time restrictions while completing all cleaning tasks in a timely and efficient manner.

Biochemistry Graduate student from the University of Leeds, with a 2:1 degree, demonstrated proficiency in various laboratory methodologies,

Experience in assays

• PCR - Molecular sub-cloning of GFP and expression of the spectral variant EGFP using site-directed mutagenesis. Followed by the use of EGFP as a protein localisation tag.
• Quantitatively analysed cell cultures using Image J/FIJI software to categorise and count cells (green, red, yellow, non-fluorescent) across diverse experimental conditions. Compiled results into Excel for statistical analysis and created data visualizations, including error-barred bar charts, to evaluate cell cycle variations in varying growth conditions.
• Performed experimental analysis of HABA binding with 4 μM avidin, generating A500 absorbance plots against varying HABA concentrations (0-0.45 μM). Followed procedural guidelines for precise sample handling, equilibrium attainment, and data preparation, including concentration calculations and graph plotting using MS Excel and Origin Pro 

• Dissertation project - Broadly Neutralising Antibodies as the Future of Antibody Therapies
• Investigating the action of NSAIDs and the COX1 & COX2 enzymes using structure-based design to determine targets for NSAID improvements