Xbiom™ SDTM Generator

Automated SDTM generation, straight from EDC

Curation dashboards integrate ancillary studies and biomarker assays with your EDC and eCRF data in a F.A.I.R. Unified Data Model. From the UDM, SDTM datasets are generated automatically with your selected Implementation Guide and Controlled Terminology.

Read cycle to curated UDM & SDTM within 24 hours  ·  21 CFR Part 11 compliant
PCX-204 · UDM → SDTM GENERATOR
Generate SDTM
from the curated F.A.I.R. UDM
On demand
Implementation Guide
SDTMIG v3.4
Controlled Terminology
CT 2025-03
DM
LB
VS
EX
AE
PC
5 / 6 domains generated validated with eDataValidator
Read to SDTM
Within 24 hours
<24h
Typical read cycle to curated UDM and SDTM
F.A.I.R.
Unified Data Model: findable, accessible, interoperable, reusable
21 CFR
Part 11 compliant, with IQ, OQ and PQ evidence available
On demand
SDTM with your selected IG and CT, whenever you need it
Why a curated UDM

SAP lockouts are periodic. Translational needs are not.

Analyses on periodic EDC data lockouts are prescribed by the SAP, but translational needs are frequent, or ad hoc, to meet the analysis of bench-to-bedside data. Xbiom™ makes it easy to continually curate new patients and visit data, keeping an ever-fresh, curated view of the trial in the UDM.

Curate continually, not just at lockout

New patients and visit data are curated as they arrive, so the trial view in the UDM stays fresh between the SAP-prescribed lockouts.

EDC, eCRF and biomarkers together

Curation dashboards integrate ancillary studies and biomarker assays with EDC and eCRF data in a single F.A.I.R. Unified Data Model.

A resource for the biometrics team

An important addition for Clinical Ops, biometrics and bio-statisticians: a curated UDM and SDTM in a typical read cycle saves time and supports the SAP work.

Within 24h

A read cycle that ends in SDTM

A typical read cycle of the EDC and biomarkers can end in a curated UDM and SDTM within 24 hours, helping quality-check and validate the data.

Selected IG
Generate to the Implementation Guide you choose
Selected CT
Apply the Controlled Terminology version you need
What the UDM does

One model, three jobs

The F.A.I.R. Unified Data Model serves several important functions, all from the same curated, ever-fresh data view.

01

Find & select cohorts

Search, find, access and select stratified cohorts and their data directly from the UDM.

Stratified searchCohort builder
02

Analyze & generate TFLs

Analyze cohorts or individual subjects and generate tables, figures and listings on demand.

On-demand TFLsSubject & cohort
03

Generate SDTM

Generate SDTM with your selected Implementation Guide and Controlled Terminology, on demand.

Selected IGSelected CT
How it works

From EDC read to validated SDTM

A typical read cycle moves from source data to curated UDM to generated, validated SDTM.

01

Read EDC & biomarkers

EDC, eCRF, ancillary study and biomarker assay data are read in, including newly arrived patients and visits.

02

Curate in the F.A.I.R. UDM

Curation dashboards integrate and curate the data into the Unified Data Model, keeping the trial view fresh.

03

Select IG & CT

Choose the Implementation Guide and Controlled Terminology to generate against, on demand.

04

Generate & validate

SDTM datasets are generated automatically and can be quality-checked with eDataValidator, also in Xbiom™.

Validated & compliant

21 CFR Part 11, with validation built in

Xbiom™ is 21 CFR Part 11 compliant, and the supporting evidence collateral for IQ, OQ and PQ is available. Combined with eDataValidator, also available in Xbiom™, the SDTM generator becomes a quality-check and validation resource for the biometrics team.

Clinical Ops Biometrics Bio-statisticians
Validation evidenceavailable
IQInstallation Qualificationcollateral
OQOperational Qualificationcollateral
PQPerformance Qualificationcollateral
eDVeDataValidator checksin Xbiom
FAQ

Automated SDTM generation, answered

What does the Xbiom™ SDTM Generator do?+
It provides dashboards for curating and integrating ancillary studies and biomarker assays with EDC and eCRF data held in a F.A.I.R. Unified Data Model. From that UDM, SDTM datasets can be automatically generated with a selected Implementation Guide and Controlled Terminology.
How fast is a read cycle to SDTM?+
A typical read cycle of the EDC and biomarkers can end in a curated UDM and SDTM within 24 hours. This saves time and can be an important resource for the biometrics team, especially when combined with eDataValidator for quality checking and validation.
Why curate continually instead of only at SAP lockouts?+
Analyses on periodic EDC data lockouts are prescribed by the SAP, but translational needs are frequent or ad hoc to meet bench-to-bedside analysis. Xbiom™ continually curates new patients and visit data to maintain an ever-fresh, curated data view of the trial in the UDM.
What can the Unified Data Model be used for?+
The UDM lets you search, find, access and select stratified cohorts and their data; analyze cohorts or subjects and generate TFLs on demand; and generate SDTM with a selected IG and CT on demand.
Is Xbiom™ validated and compliant?+
Yes. Xbiom™ is 21 CFR Part 11 compliant, and the supporting evidence collateral for IQ, OQ and PQ is available. eDataValidator, also available in Xbiom™, supports quality checking and validation of the data.

Turn every EDC read into submission-ready SDTM

Curate EDC, eCRF and biomarker data in a F.A.I.R. UDM, then generate validated SDTM with your chosen IG and CT, on demand. See the Xbiom™ SDTM Generator in action.