adapt_estimation_atlas()
|
Adapt estimation atlas from Erö et al. to be used in the analysis |
atlas_estimation
|
Atlas with estimation of number of cells per brain area by Erö et al. |
atlas_tree
|
Allen Brain Reference Atlas tree structure of brain areas. |
calculate_density()
|
Calculate density of active cells |
categorize_strategy()
|
Categorize the strategy of brain areas based on the relationship between
median count of + cells and median of mean intensity of protein expression. |
cfos_expression_aba
|
Expression of cfos from Allen Brain Atlas API |
clean_counts()
|
Clean xyz coordinates of identified cells |
example
|
Miniature example of whole-brain imaging data over time from Bonapersona et al. |
find_all_children()
|
Find smaller areas (children) of a larger brain area categorization
(parent) in the Allen Brain Atlas. |
find_changed_strategy()
|
Find brain areas that meet the criteria for analysis of strategy across groups |
find_children()
|
Find smaller areas (children) of a larger brain area categorization
(parent) in the Allen Brain Atlas. |
find_intercept()
|
Function to find where an interpolated linear curve crosses a y value |
find_most_active()
|
Find most active brain areas |
find_parents()
|
Find larger grouping areas (parents) of a smaller brain area
(child) in the Allen Brain Atlas. |
from_aba_api_to_df()
|
Convert data downloaded from Allen Brain Atlas API to a dataframe |
hello()
|
Hello, World! |
mask
|
Mask for data cleaning of whole-brain microscopy. |
normalize()
|
Normalize cell counts |
order_brain_areas()
|
Order time of activation of brain areas based on their expression levels |
pairwise_activation()
|
Calculate pairwise activation across groups |
plotting_all_coordinates_2d()
|
Plot all combinations of xyz coordinates in 2D |
plotting_coordinates_2d()
|
Plot combinations of xyz coordinates in 2D |
prepare_sim_weights()
|
Prepare weights for simulation |
preprocess_per_region()
|
Normalize and scale for region-based analyses |
remove_blinding()
|
Remove (or scramble) blinding of your groups |
samples_files_to_df()
|
Merges in one data frame all the separate samples' files |
sim_most_active()
|
Simulate most active brain areas for one experiment |
sim_most_active_one_batch()
|
Simulate most active brain areas for one batch |
specify_damage()
|
Specify damaged areas per sample |
summarize_per_region()
|
Transform xyz coordinates data in a summary per brain region |
voxelize()
|
Voxelize xyz coordinates |