Name: Nicolas Delhomme
Type: User
Company: Umeå Plant Science Centre (@UPSCb)
Bio: Geneticist by training, bioinformatician/biostatistician in practice, interested in gene regulation in a systems biology context, expert in expression profiling
Location: Umeå, Sweden
Blog: https://www.upsc.se/platforms/upsc-bioinformatics-platform.html
Nicolas Delhomme's Projects
Algal acclimatization project
PECTIN ACETYLESTERASE9 affects the transcriptome and metabolome and delays aphid feeding
Arabidopsis-nutrition-tor
Arabidopsis prn2 hub2 mutants analysis
aspen-seasonal-senescence
Biological Quality Assessment Example
An example of a Differential Expression analysis
A container base image to build reliable single or multiprocess images quickly 🐳✨🌴
OpenLDAP container image 🐳🌴
Functional Genomics course website
A shiny app for Forskar Fredag (Researcher's night) 2020
A shiny app for Forskar Fredag (Researcher's night) 2021
A Snakemake workflow for fungal metatranscriptomics
Introduction to gene networks and example usage of seidr, a tool for ensemble gene network construction, manipulation and analysis
The second version of the Kraken taxonomic sequence classification system
The molecular timecourse of hybrid aspen/Laccaria bicolor ectomycorrhiza development
Node.js/Express.js front end for Gofer2
NextFlow pipeline for RAD-Seq analyses
PASA software
Prediction of lncRNAs using machine learning (Singh et. al NAR 2017)
Bud-break after winter dormancy is economically and environmentally important process in trees and shrubs from boreal and temperate latitudes but its molecular mechanisms are poorly understood. Previously we have reported the isolation and characterization of the EARLY BUD BREAK 1 (EBB1) gene, encoding an AP2/ERF transcription factor. We show here that EBB1 directly represses the poplar SVL (SHORT VEGETATIVE PHASE-LIKE), a MADS-box protein which was recently found to negatively regulate bud-break in Populus. We also report the identification and characterization of the EARLY BUD-BREAK 3 (EBB3) gene, which encodes another AP2/ERF transcription factor. We demonstrate that EBB3 is a positive regulator of bud-break and acts downstream of EBB1 and SVL. EBB3’s effect on bud-break is mediated via control of cell cycle by directly and positively regulating CYCLIND3.1 gene. Our results show the molecular architecture of a novel regulatory module that controls bud-break in poplar by controlling progression of cell cycle.
FLOWERING LOCUS T Paralogs Control the Annual Growth Cycle in Populus Trees
HTS preprocessing journal club
Reveal template
Intro to R formulas