Patrick R Stoddard

Recent PhD. Biochemist, Cell Biologist, Structural Biologist, Geneticist. Interested in how tiny things assemble less tiny things with emergent properties.

[Chienlab @chienlab]

Feel proud (and old) that @prstoddard (one of my first UGs) worked with @fleshball (who I went to grad school with) to get out this paper! Cool work on how even things that look even kind of like actin make filaments :) https://t.co/sXNOHz97G7

[Patrick R Stoddard @prstoddard]

Got extra masks, gloves, goggles, thermometers, hand sanitizer, disinfectant wipes? Need #PPE? Send supplies to hospitals or add your needs here: https://t.co/sfyXtZ1iEt #GetMePPE #COVID19 #PPE

[Pilhofer Lab @PilhoferLab]

Check out our new story on cell-cell communication in multicellular bacteria! (~120 lamellae total!) https://t.co/mCzwW26GGn #cyanobacteria #cryoEM #cryoFIB #cryoET #microbiology #Forchhammer @CellCellPress

[Patrick R Stoddard @prstoddard]

the yeast glucokinase, Glk1, forms polymers. This polymerization evolved independently of other actin-related polymers and is important for cellular fitness during nutrient shifts. If you like cell bio, metabolism, protein filaments, or protein evolution, then give it a read!

[Patrick R Stoddard @prstoddard]

https://t.co/1FnCNQxaTw

Exited to share the preprint of the work I did with @fleshball and @EvolvingMurray in collaboration with @QuinceyJustman @tweethinking, @anniedosey and @eric_m_lynch of the @kollmanlab and Daniel Farrell of the DiMaio lab. We discovered that