Find Neighbor Species of a Bacteria of Interest in the Human Gut Microbiota


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Documentation for package ‘NeighborFinder’ version 1.0.1

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apply_NeighborFinder Apply NeighborFinder on raw data
apply_NF_simple Apply NeighborFinder simplest version on raw data
choose_params_values Render a table to give an indication of the values to choose for the prevalence level and the top filtering percentage
compute_precision Compute precision rate
compute_recall Compute recall rate
cvglm_to_coeffs_by_object Apply cv.glmnet() for a list of module IDs and for each prevalence level
data data
final_step Gather lists of neighbors of true ones from the graph and detected ones from cv.glmnet()
find_all_module_neighbors Apply cv.glmnet() for a list of module IDs
find_module_neighbors Apply cv.glmnet() for a given mmodule ID
get_count_table Conversion to count table function with prevalence filter
graphs graphs
graph_step Generate a graph with a "cluster-like" structure, only needed for simulation purposes
identify_module List the modules corresponding to a given object of interest
intersections_network Display the intersection network from 2 or more datasets
intersections_table Display the intersection table summarizing the results from 2 or more datasets
mclr Modified central log ratio (mclr) transformation extracted from the SPRING package
metadata metadata
module_to_node Correspondence between the module ID (msp or functional module) and its name (bacteria or function)
new_synth_data Simulate data from some empirical count dataset with a "cluster-like" structure
norm_data Normalize data and filters it by prevalence level
prev_for_selected_nodes Extract edges in graph involving any module in object_of_interest set
result_example result_example
simulate_by_prevalence List the simulated count tables by level of prevalence
simulate_from_ecdf Simulate data Generates synthetic count data based on empirical cumulative distribution (ecdf) of real count data
taxo taxo
test_filter Render a table gathering precision and recall rates before and after filtering on coefficient values
truth_by_prevalence Give true neighbors by level of prevalence
visualize_network Display network after applying NeighborFinder