Undergraduate Research Assistant
San Jose, California, United States
- Utilized bioinformatic approaches (BLAST, etc.) to identify potential lanthanide acquisition genes in Methylorubrum extorquens AM1.
- Routinely performed DNA extractions from bacterial samples for Next Gen Sequencing and cloning experiments.
- Developed and assessed a series of 9 bacterial mutants through molecular techniques, such as DNA extraction and cloning to assess phenotypic changes in lanthanide acquisition and storage.
- Developed an optimized staining method that allowed for the identification of lanthanide acquisition in genetic mutants within an hour.
- Created bacterial mutants (gene knockouts/knock-ins) using PCR, PCR primer design, plasmid construction, and cloning.
- Evaluated bacterial mutants to assess qualities such as growth rate and lanthanide acquisition rate using various molecular diagnostic assays such as Arsenazo(III) Assay.