Silvia Talavera Marcos's Projects
CarveMe: genome-scale metabolic model reconstruction
The COnstraint-Based Reconstruction and Analysis Toolbox. Documentation:
Based on Goyal et al.'s recently published method for inferring statistically significant correlations between OTUs (https://www.biorxiv.org/content/10.1101/2021.01.04.425224v1)
Opentrons OT2 robot functions or custom labware definitions that we feel other people might find useful
This package includes command line scripts and standalone R/c++ functions for simulating growth-dilution experiments. These simulations include neutral drift and optionally functional groups with different group fitness.
Fast genome-wide functional annotation through orthology assignment
Given a folder with eggnog annotation files (multiple genomes), create a consensus annotations file and save a series of core reactions in different formats
Pipeline for metabolic annotation of microbial genomes
ntinfo includes functions similar to those of CUSP and the Reverse Complement online tool. This script also comes with a supplementary GUI (ntitk.py). Saved as a .lnk file, everything is just a click away (including help).
Code for: Leveraging phylogenetic signal to unravel microbial community function and assembly rules
Python Toolbox For Rosetta Silent Files Processing
A few rudimentary functions to generate metabolite graphs from SBML models. Uses ReFramed and one CarveMe function.
Personal website
A good old magenta+cyan cyberpunk theme for Python syntax coloring in Spyder
Este repositorio recoge los scripts desarrollados para automatizar los análisis correspondientes al Trabajo de Fin de Máster "Modelización metabólica de comunidades microbianas estables crecidas con fuentes de carbono y energía únicas y simples" (Silvia Talavera Marcos, Máster en Bioinformática y Biología Computacional, Universidad Autónoma de Madrid).
Reads simulation and analysis following the alternative method proposed at https://journals.asm.org/doi/full/10.1128/mSystems.00976-20# (Fig 1, right)
Japanese adaptation of Josh Wardle's Wordle