Nguyen Nguyen

• Supported project objectives for multiple teams by performing routine sample testing techniques like qPCR, ddPCR, HPLC, and CE-SDS followed by data analysis.
• Implemented hands-on experience in the application of pre-clinical research methodologies for developing and evaluating potential therapeutic interventions.
• Partnered with other functional groups to develop strategic plans for sample submission and testing.
• Streamlined assay qualification and onboarding process through troubleshooting, supervised by an experienced scientist.
• Recorded experimental procedures and results following established guidelines.
• Adhered to EH&H policies, procedures, and guidelines while gaining experience in assay development and optimization for quantitative measurements

• Proficient in performing high-quality DNA and RNA isolation from diverse sample types including blood and FFPE tissue.
• Adhered to ACMG/AMP standards and guidelines for genomic data analysis and sequence variant interpretation
• Managed the handling and recording of stock items through manual logging or digital methods.

• Performed Next Generation Sequencing library preparation for CDC COVID-19 surveillance research
• Prepared single cell whole genome sequencing libraries for Illumina sequencing platform in order to conduct Preimplantation Genomic Test- Aneuploidy (PGTA)
• Performed manual and automation RNA extraction from various specimen types, conducted RT-PCR and Multiplex PCR assays, as well as other molecular assays.
• Developed expertise in troubleshooting to identify issues that could impact test performance or the accuracy of reported results.
• Maintained accurate record keeping for all testing performed in accordance with CAP/CLIA protocols

Project 1: Urinary biomarker using near-infrared spectroscopy

• Designed FI-IR test for blood and serum
• Performed analysis support and data collection for a spectrum of healthy human serum and human serum with active lupus nephritis

Project 2: Optimize prostatectomy surgery for prostate cancer patients

• Used ABAQUS to design a 2D model of patients' MR images collected
• Stimulated a 2D model to observe the most contributive muscle.