I gave a talk describing several key findings from our analyses of injury-induced regeneration of the olfactory epithelium. The complete work will soon be published as a manuscript. Read more
I led a roundtable on grassroots career development activities at the home institutions of the Moore-Sloan Data Science Environments. Read more
I contributed to a presentation of the Berkeley Institute for Data Science’s Career Paths & Alternative Metrics Working Group, in collaboration with our colleagues at UW and NYU, describing academic data scientists’ career aspirations and challenges. Read more
I presented several highlights from our single-cell analyses of the trajectories arising from the olfactory stem cell during steady-state differentiation. Read more
This presentation was part of a workshop hosted by the UC Berkeley Library for students in the life & health sciences. Read more
I gave a tutorial on environments in R and customizing startup environments. Read more
I gave a presentation on the basics of Git and GitHub, geared towards first-time users in collaborative settings. Read more
I gave a tutorial on the basics of visualization in R, using Jupyter Notebooks to produce an illustrative guide. Read more
I led an interactive tutorial on the basics of data tidying & transformation in R; my colleague David DeTomaso (Python) and I interspersed our presentations so as to aid both R and Python users in learning the other language by making clear analogies. Read more
I gave a tutorial introducing R & the RStudio IDE to first-time users. Read more
This presentation was part of a workshop hosted by the UC Berkeley Library for students in the life & health sciences. Read more
I presented key findings from our analyses of injury-induced regeneration of the olfactory epithelium. This work was published as a manuscript. Read more
I presented our preliminary analyses of homeostatic differentiation of olfactory stem cells. This work was later published as a manuscript. Read more
I presented a poster on the preliminary findings from our single-cell studies of injury-induced regeneration in the olfactory epithelium. Read more
We discovered that among other genes highly expressed after injury, the olfactory epithelium activates a number of genes associated with epidermal wound response and differentiation. Read more