The Marcotte Lab's repositories
protein_complex_maps
Kdrew's scripts for handling protein complex map data
FluorosequencingImageAnalysis
Fluorosequencing Image Analysis code
super.complex
Super.Complex is a supervised machine learning algorithm for community detection in networks. It learns information from known communities and uses this information to find new communities on the network.
MS_grouped_lookup
Scripts for looking up peptides with custom grouping for uniqueness
super.complex_website_humap
Interactive visualizations for protein complexes from hu.MAP 1.0 and hu.MAP 2.0 by Super.Complex and CORUM
RL_complex_detection
Reinforcement learning community detection method using known communities
2D_projection_clustering
For 3D particle reconstruction, we cluster the particle's 2D projections in different orientations using pre-trained image embeddings and different clustering algorithms.
CoEVxIMP
scripts used in filtering evolutionary couplings to create IMP distance restraint
deBruijn_graphs
Scripts for the de Bruijn assembly of peptide kmers
iTF-seq
iTF-seq: Systematic mapping of TF-mediated cell fate changes by a pooled induction coupled with scRNA-seq and multi-omics approaches
leca-proteomics
Scripts & figures for the conserved eukaryotic interactome project
mycelium
Spring layout helper functions and demonstrations for iterative proximity ligation
pept-prot-infer
Tool for doing peptide and protein inference and quantitation on single molecule sequencing datasets, particularly on fluorosequencing data preprocessed by https://github.com/marcottelab/whatprot
peptide_elutions
Discovering proteolysis from peptide elutions
pivo
Proteomes Inferred Via Orthology
RL_humap_prediction
Interactive visualizations for protein complexes from hu.MAP 1.0 and hu.MAP 2.0 with RL
robust-fluorosequencing-plaster
Computational workflow described in robust-fluorosequencing publication
run_msblender
Wrapper for running MSBlender for an experiment with multiple mxZMLs
run_TPOT
simple wrapper for running TPOT
thesis_local_ml
David Yang's undergraduate thesis work