The @fuxmanlab is so excited to share our preprint, “Paired yeast one-hybrid assays to detect DNA-binding cooperativity and antagonism across transcription factors.” We explore the extensive functional relationships between TFs that affect DNA targeting.
biorxiv.org/content/10.1101/…
Epitope-Intersection: Identification of epitopes recognized by many HLA alleles, which is relevant for immunological tests or vaccines. It also can be used to identify restricted epitopes recognized only by a selected set of HLA alleles.
Location analysis shows that the loss and gain of epitopes are mainly due to mutations in the RBD region. Mutations in other regions have a lower impact on neoepitopes.
Many thanks to Juan and David for helping me get this out. Check out the paper for more information journals.plos.org/plosone/ar…
I am pleased to hear your feedback as I will constantly update this server. I hope this will be useful as a first step in analyzing predicted epitopes
Epitope-Evaluator is out! If you are working with predicted epitopes for immunological tests or vaccine design, or simply want to try any of these tools to analyze predicted T-cell epitopes, this thread 🧵can help!
Epitope-Distribution: Identification of HLA alleles recognizing the least (and greatest) number of epitopes independent of the % rank cutoff selected. It also can be used to select a proper cutoff based on the expected number of predicted epitopes.
Together with @fuxmanlab and @davidr_requena , we developed Epitope-Evaluator (fuxmanlab.shinyapps.io/Epito…), an interactive online program. It requires 1) a protein fasta file, and 2) the output prediction table of any predictor.