Gene Regulatory Evolution Lab @ UIowa
We study how stress response regulation evolve, using commensal and related free-living yeasts as our model.
Iowa City, IA
Pinned Repositories
2023-adhesin-parallel-evolution
repository accompanying Smoak, Lindsey et al. 2023 Genetics paper
C016-Pho4-binding-difference
C031-Cg-OSR-regulon
Identify the oxidative stress response targets in _C. glabrata_; reproduce results from Roetzer et al 2011 and Kuo et al 2010
C037-Cand-auris-adhesin
E009-Pi-timecourse
Phosphate starvation time course analysis in C. glabrata
E013-Pho4-evolution
E042-CTA1-promoter-dissect
Summer-2020-Nucleosome-Occupancy
WT_No_Pi_Nucleosome_Occupancy
yeast-adhesin-family-evolution
Zn-Cu-SOD-evolution
evolution of the Zn/Cu gene family in yeasts
Gene Regulatory Evolution Lab @ UIowa's Repositories
binhe-lab/2023-adhesin-parallel-evolution
repository accompanying Smoak, Lindsey et al. 2023 Genetics paper
binhe-lab/C037-Cand-auris-adhesin
binhe-lab/binhe-lab-pub
lab website of Bin He, Assistant Professor of Biology at the University of Iowa
binhe-lab/C016-Pho4-binding-difference
binhe-lab/C031-Cg-OSR-regulon
Identify the oxidative stress response targets in _C. glabrata_; reproduce results from Roetzer et al 2011 and Kuo et al 2010
binhe-lab/E009-Pi-timecourse
Phosphate starvation time course analysis in C. glabrata
binhe-lab/E013-Pho4-evolution
binhe-lab/E036-ASR-H2O2
Acquired Stress Resistance for H2O2, evolution of in yeasts
binhe-lab/E039-evolution-OSR
evolution of oxidative stress resistance and response in budding yeasts
binhe-lab/E042-CTA1-promoter-dissect
binhe-lab/lab-protocols
A collection of protocols for the lab
binhe-lab/Summer-2020-Nucleosome-Occupancy
WT_No_Pi_Nucleosome_Occupancy
binhe-lab/yeast-adhesin-family-evolution
binhe-lab/Zn-Cu-SOD-evolution
evolution of the Zn/Cu gene family in yeasts
binhe-lab/C044-IDR-Evolution
evolution of the intrinsically disordered regions (IDRs) in the eukaryotic transcription factor Pho4 in the budding yeasts
binhe-lab/E041-yeast-viability-assay
This is the repository for the FungaLight Yeast Live/Dead Assay. This project uses R to analyze high dimensional flow cytometry data, and correlates flow live population with CFU survival.