Bike Power Pacer
Precision GPX analysis and physics-based engine for power-focused cyclists.

I am Maxime, a Bioinformatics scientist specializing in the development of statistical tools and workflows for the analysis of omics data. I have extensive experience working with prokaryotic, eukaryotic, and human systems, and I excel at transforming complex biological datasets into scientific results through rigorous approaches and scalable bioinformatics solutions.
After an undergraduate degree in biology, I initially pursued studies in population and environmental sciences. After realizing I wanted to focus more on statistics and data analysis, I returned to complete an M.Sc. in Bioinformatics.
I completed my PhD in the Microbiome Sciences research group at the MPI-EVA, studying ancient DNA metagenomics, and continued this work as a postdoctoral researcher at the Leibniz-HKI with a focus on fermentation microbiomes. Recently, I transitioned to computational oncology and cancer research, focusing on personalized cancer vaccine development and the analysis of cancer genomics datasets.
Precision GPX analysis and physics-based engine for power-focused cyclists.
How to distinguish between true and false positive assignations with KrakenUniq
Recently, I’ve been working on a project where I need to store a key-value pairs for very large files. In Python, the first idea would be to use a dictionary. However, I had more …
Phylogeny of this Moroccan medicinal plant Anacyclus genus using the internal transcribed spacer marker.
Recreate the writing of Philosopher Denis Diderot using Markov Chains.
comparative Analysis of Gene Set Enrichment analysis. R and transcriptomics. Also available as a Shiny GUI.