Patient-Facts: Single Site, Anomaly Detection, Longitudinal Analysis


dc.contributorPatient-Centered Outcomes Research Institute
dc.contributor.authorPEDSnet Data Coordinating Center
dc.contributor.otherPEDSnet Data Coordinating Center
dc.date.accessioned2024-07-30T19:37:10Z
dc.date.created2024-06-05
dc.description.abstractThis check assesses how much clinical data is available for patients accross time (in years, months, or weeks). It provides a high level summary of anomalous/outlier clinical data for a single site. The number of clinical events per year of follow-up for each patient in a cohort is computed and stratified by visit type.
dc.identifier.urihttps://hdl.handle.net/20.500.14642/744
dc.identifier.urihttps://doi.org/10.24373/pdsp-419
dc.publisherPEDSnet
dc.relation.urihttps://github.com/ssdqa/patientfacts
dc.rightsa CC-BY Attribution 4.0 License.
dc.rights.urihttp://creativecommons.org/licenses/by/4.0
dc.subjectSingle Site Analysis
dc.subjectData Anomaly Method
dc.subjectLongitudinal Analysis
dc.subjectPerson-Level Analysis
dc.titlePatient-Facts: Single Site, Anomaly Detection, Longitudinal Analysis
dspace.entity.typeDQCheck
local.code.package# install.packages("devtools") devtools::install_github('ssdqa/https://github.com/ssdqa/patientfacts')
local.description.rawThe raw data output of this check produces eleven columns of data for analysis in annual time intervals: <br> | Column | Data Type | Definition | |----------------|-----------|--------------------------------------------------------------------------------------------------------------------------------------------------| |`visit_type` | character | string indicating the visit type | |`site` | character | the name of the site being targeted OR "combined" if multiple sites were provided | |`time_start` | date | the start of the time period being examined | |`time_increment` | character | the length of each time period | |`domain` | character | string indicating the domain | |`pts_w_fact` | numeric | the number of patients who have a fact within the time period | |`sum_fact_ct` | numeric | the total number of facts per patient within the time period | |`median_fact_ct` | numeric | the median number of facts per patient within the time period | |`pt_ct_denom` | numeric | the total number of eligible patients from the cohort within the time period | |`pts_w_visit` | numeric | the number of patients with a visit of the type of interest within the time period | |`prop_pts_fact` | numeric | the proportion of patients with the domain of interest out of all patients with a visit of the visit type of interest during the time period | {.dqcheck-table} The raw data output of this check produces eleven columns of data for analysis in monthly or weekly time intervals: <br> | Column | Data Type | Definition | |-------------------|-----------|--------------------------------------------------------------------------------------------------------------------| |`observed` | numeric | the original proportion of patients | |`season` | numeric | the seasonal component of the time series | |`trend` | numeric | the trend component of the time series | |`remainder` | numeric | the residual component after "season" and "trend" are removed from "observed" - target of anomaly detection | |`seasadj` | numeric | the adjusted seasonal component | |`anomaly` | character | a flag to indicate whether the proportion is an anomaly | |`anomaly_direction` | numeric | the direction of the anomaly (upper or lower) | |`anomaly_score` | numeric | the distance between the anomaly and the centerline | |`recomposed_l1` | numeric | the lower level bound of the processed time series used to identify lower outliers | |`recomposed_l2` | numeric | the upper level bound of the processed time series used to identify upper outliers | |`observed_clean` | numeric | the original proportion after the season and trend components have been removed and anomalies have been detected | {.dqcheck-table}
local.description.vizThis check output depends on the time increment input by the user. For yearly time increments, the check outputs a control chart visualization that highlights anomalies in the proportion of patients with a given fact type in the provided variable. anomalous proportion of patients are represented by orange dots. Blue dots represent non-anomalous values. The time increment (x-axis) is in years. For smaller time increments (by month or smaller) the check outputs two graphs to visualize anomalies while ignoring seasonality. The first is a time series line graph with anomalies indicated by red dots. The second graph is a four-facet time series line graph that demonstrates the decomposition of the anomalies to clarify how the anomalies were identified. For each output, a tooltip provides each point's exact coordinates upon hover.
local.dqcheck.categoryCompleteness
local.dqcheck.clinicalprobeClinical Follow-Up
local.dqcheck.clinicalprobeUtilization Patterns
local.dqcheck.measurementTime Series Anomalies
local.dqcheck.measurementSeasonal-Trend Decomposition Using LOESS
local.dqcheck.probeInformation Density
local.dqcheck.probeTemporality Consistency Check
local.dqcheck.probeMissing Expected Data
local.dqcheck.requirementcohort
local.dqcheck.requirementstudy_name
local.dqcheck.requirementpatient_level_tbl
local.dqcheck.requirementvisit_types
local.dqcheck.requirementomop_or_pcornet
local.dqcheck.requirementmulti_or_single_site
local.dqcheck.requirementtime
local.dqcheck.requirementtime_span
local.dqcheck.requirementtime_period
local.dqcheck.requirementp_value
local.dqcheck.requirementage_groups
local.dqcheck.requirementanomaly_or_exploratory
local.dqcheck.requirementdomain_tbl
local.dqcheck.requirementvisit_type_table
local.dqcheck.typeCohort Fitness
local.dqcheck.vizControl Chart
relation.isCodeOfDQCheck929c8dfc-2c8b-4e62-8e1d-0fa06c542832
relation.isCodeOfDQCheck.latestForDiscovery929c8dfc-2c8b-4e62-8e1d-0fa06c542832
relation.isDQResultOfDQCheck5c9b74cb-f7a8-426d-aa9c-a54080b6bfa4
relation.isDQResultOfDQCheck.latestForDiscovery5c9b74cb-f7a8-426d-aa9c-a54080b6bfa4

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