PROJECTS:
Evolutionary Biology, Phylogenetics, & Protein Structure
Phylogenetic linear regressions and protein structure predictions to identify macroevolutionary trends potentially responsible for the development of neurodegenerative disorders such as Alzheimer’s.
Invasive Species Communication Fieldwork
Fieldwork in Brookfield Park, Queens, New York City to provide recommendations for community-driven signage on management of invasive species. Collaboration with the City of New York Department of Parks and Recreation.
Exoplanetary Spectroscopy and Telluric Corrections
Developed new statistical assessment methods to improve the accuracy of exoplanet atmospheric spectral analysis. Determined an ideal airmass range for observation proposals of exoplanet atmospheres.
Biophysics, Optics, & Antibiotic Resistance
Assessed bacterial attachment rates using optical tweezers to investigate antibiotic resistance. Demonstrated that predatory bacterial attachment via Type IV pili on prey E. coli occurs significantly faster than previously understood.
Genomics and Post-Wildfire Extremophiles
Conducted metagenomic analysis, PCR, and 16S sequencing to investigate soil bacterial diversity and isolate extremophiles capable of withstanding high heat in wildfire-affected regions.
Observed and analyzed Martian and Venusian atmospheres using spectroscopy on a 14” Celestron with diffraction gratings and a CCD.
Designed and implemented phenological data collection and submission protocols. Phenology here refers to the cyclic and seasonal natural phenomena in plants.
Combining phylogenetic linear regressions with protein structure predictions to identify macroevolutionary trends in genomic features potentially responsible for the development of neurodegenerative disorders such as Alzheimer’s in the hippocampus.
Fieldwork in Brookfield Park, Queens, New York City to provide recommendations for community-driven signage on vegetation management of invasive species. Conducted in collaboration with the City of New York Department of Parks and Recreation.
Developed new statistical assessment methods for telluric contamination corrections to improve the accuracy of exoplanet atmospheric spectral analysis.
Determined an ideal airmass range for observation proposals of exoplanet atmospheres.
Assessed bacterial attachment rates using optical tweezers to investigate antibiotic resistance.
Demonstrated that predatory bacterial attachment via Type IV pili on prey E. coli occurs significantly faster than previously understood.
Conducted metagenomic analysis, PCR, and 16S sequencing to investigate soil bacterial diversity and isolate extremophiles in wildfire-affected regions.
Observed and analyzed Martian and Venusian atmospheres using spectroscopy on a 14” Celestron with diffraction gratings and a CCD.
Designed and implemented phenological data collection and submission protocols.