Here is my survey data as a CSV and my preregistration PDF. Fit the mixed-effects model from section 4, then rerun it under every reasonable exclusion rule as a multiverse analysis and compare the estimates.
Find open federal and foundation funding calls that fit our lab's work on antibiotic resistance in hospital wastewater. List the deadline, award size and eligibility for each.
Find published studies of mindfulness training on test anxiety in undergraduates, pull their reported effect sizes, and run a power analysis for a two-group design.
Find NIH projects funded in the last five years on long COVID and cognitive symptoms. Summarize each project's aims, institute, project period and resulting papers.
Map the research on soil microbiome changes after wildfire since 2015. Extract the site, sampling method and main finding from each study and show which ecosystems have little coverage.
Here are our pilot results from three cohorts as CSV files and last year's lab meeting slides. Make clean figures of the dose response data and summarize what the pilot data shows. I will write the application myself.
Reproduce figure 3 from this paper using the dataset and GitHub repository linked in its data availability statement. Note every place where the paper and the code disagree.
Each week, check PubMed, bioRxiv and news for new work on gut microbiome effects on Parkinson's disease. Flag anything from the five groups in this list and anything that overlaps our current aims.
Every Monday, check PubMed and bioRxiv for new papers on CRISPR base editing in plant genomes and add any that cite or contradict the papers in my review sheet.
Find researchers and core facilities in the US who run single-cell spatial transcriptomics on human brain tissue. Summarize their recent papers and draft an introduction email to the top three.
Run short molecular dynamics simulations of this protein in water at three temperatures and compare how flexible the binding loop is in each.
Before I file an invention disclosure on this peptide delivery method, find patents and papers that describe similar methods and summarize how each differs.
