GxP Compliance: Everything Regulated Labs Need to Know

Introduction

If your lab supports regulated studies, manufacturing, or clinical trials, GxP requirements shape how you document work, control records, and prove data integrity. They govern how regulated experiments are documented, how samples, materials, training, and supporting records are tracked and presented in an audit or inspection.

GxP compliance is the umbrella term for this family of standards, where the "x" stands for the specific practice area being addressed: laboratory, manufacturing, clinical, and others. Taken together, these standards are designed to support an accurate, traceable, and trustworthy record across the full lifecycle of research and product development.

If your records are incomplete, your team may spend days reconstructing what happened, delay a submission or release decision, or lose confidence in the data behind a study.  This article covers what GxP means across both research and safety functions, what the requirements look like in practice, what to check in your own lab. , and how ELN, LIMS, and EHS software reduce the scramble before audits, inspections, submissions, and internal quality reviews. 

What is GxP compliance?

GxP is shorthand for "Good [x] Practice," a family of regulatory standards that define how regulated scientific work must be planned, performed, recorded, and reported across different practice areas. The "x" changes depending on the function: GLP covers nonclinical laboratory research, GMP covers manufacturing, and GCP covers clinical trials. Each standard has its own scope, its own applicable organizations, and its own enforcement framework. GxP compliance means meeting the Good Practice requirements that apply to your regulated work; it is shorthand for several standards, not one standalone regulation.

GLP

GLP applies to nonclinical laboratory safety studies intended to support applications for FDA research or marketing permits, and comparable nonclinical health/environmental safety studies under OECD/EU frameworks.  A GxP laboratory running nonclinical safety studies for regulatory submission is expected to operate under applicable GLP requirements, as defined by the FDA and OECD.

GMP

GMP (Good Manufacturing Practice) governs the manufacturing, processing, and packaging of drug and biologic products intended for human or veterinary use, as well as other product categories where applicable.  It’s enforced by the FDA, EMA, and other national regulatory bodies. 21 CFR Part 11 may apply to FDA-required electronic records and signatures across GLP, GMP, GCP, or other FDA-regulated workflows. 

GCP

Finally, GCP, or Good Clinical Practice, sets the standard for the design, conduct, and reporting of clinical trials involving human subjects. It applies to organizations sponsoring or running those trials. In the U.S., FDA requirements include IND, IRB, informed-consent, sponsor, and investigator recordkeeping obligations; internationally, ICH GCP provides a harmonized guideline adopted or implemented by regulators.  ICH E6(R3) applies to interventional clinical trials of investigational products intended for regulatory submission. 

Across all three, enforcement is handled by regional and national regulatory authorities, and the specific requirements your lab must meet depend on which standards apply to your work and where you operate.

What GxP compliance requires in practice

In practice, GxP compliance means you can show that work was done by trained people, according to approved procedures, with complete records and traceable data. The specifics vary by practice area, but the categories of what you need to demonstrate are largely consistent across GLP, GMP, and GCP.

Documentation and record-keeping

‍Regulated experimental activities, procedures, and decisions must be recorded in a structured, retrievable format. Records need to be complete, accurate, and maintained for the duration required by the applicable standard.

Data integrity

‍Data must be attributable, legible, contemporaneous, original, and accurate, often referenced as the ALCOA principles. This applies to both raw data and any processed or reported outputs.

Audit trails

‍Systems used to capture or manage regulated electronic records should maintain secure, time-stamped audit trails for relevant creation, modification, or deletion events. If your team has to remember to document every change manually, the control is only as strong as the busiest day in the lab. 

Personnel training and competency

‍Your staff working in regulated functions must be trained for their roles, and that training must be documented and kept current. Gaps in training records are a common finding during inspections.

Risk management

‍Procedures need to account for where errors or deviations are most likely to occur, with controls in place to detect and address them.

Inspection readiness

‍Your records, systems, and personnel need to be in a state where an inspection could happen at any time and not only when one is scheduled.

How GxP compliance differs for research and EHS teams

Research teams usually deal with regulated study, sample, and experiment records; EHS teams usually manage safety and operational compliance records that support inspection readiness. Research and EHS teams both need records that can stand up to scrutiny, but they are usually answering different compliance questions.

GxP-related compliance doesn't look the same across every function in your lab. The standards that apply, and the daily work they shape, differ significantly depending on whether you're on the research side or the EHS and operations side. What both functions share, though, is the same underlying goal: records your team can retrieve, explain, and defend without hunting through notebooks, inboxes, and spreadsheets. 

GxP compliance for research teams

Research teams may fall under GLP for nonclinical studies, GCP for clinical trial work, or GMP when their records support manufacturing or quality activities.  In practice, this means maintaining structured experiment records that capture what was done, by whom, and when; tracking samples with lineage so that results can be traced back to its source; enforcing data integrity and version control so that record changes remain traceable; and applying electronic signatures to authenticate entries. These requirements live at the level of individual experiments and individual data points, and they demand systems that capture that detail by default rather than by manual effort.

For research teams, the question is often: can you prove how a study, experiment, sample, protocol, or result was created and controlled? In a GLP, GMP, GCP, or Part 11 context, that means complete records, traceable sample movement, version history, controlled access, and signatures where required. 

GxP compliance for EHS teams

Most EHS workflows are not GxP by default, but they still affect inspection readiness, worker safety, fire-code reporting, and the evidence lab managers need when something is reviewed. The daily requirements center on keeping chemical inventory accurate and current, ensuring SDS access is available at the point of need, maintaining hazard communication records, tracking personnel training and certification renewals, and documenting inspections and incidents in a retrievable format. 

For EHS teams, the question is usually: can you prove the lab is safe, current, and ready for inspection? That means accurate chemical inventory, SDS access, training evidence, inspection history, incident records, and fire-code or MAQ reporting. Those records may not be GxP by default, but they still shape whether a regulated lab can respond quickly and confidently when a regulator, inspector, auditor, or internal leader asks for evidence. 

Good lab safety software improves the structure of these workflows in the same way an ELN does with experiment documentation. When evaluating the best EHS software for labs, the key question is whether it embeds these requirements into daily operations rather than treating them as a separate compliance layer.

Both functions need records you can trust quickly: research records for regulated data integrity, and EHS records for safety, incident response, training, and local regulatory obligations.  Research managers need defensible scientific and quality records. EHS managers need defensible safety and operational records. In both cases, scattered spreadsheets and informal processes make it harder to show what happened, who did it, and whether the record is current. 

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Where GxP compliance breaks down in practice

GxP compliance breaks down when the records you need for an audit are incomplete, scattered, hard to retrieve, or impossible to trace back to a person, sample, process, or decision. 

Understanding what GxP requires is one thing. Maintaining it consistently across a working lab is another. Most compliance failures happen because the systems and processes in place aren't built to support them at the pace and volume of real lab work. For example, if your lab runs on:

Paper-based and manual documentation

‍When experiment records, inspection logs, and inventory updates live in notebooks, spreadsheets, or disconnected files, retrieving a complete and accurate record under audit pressure takes far longer than it should, and the risk of incomplete or inconsistent entries is higher throughout.

Disconnected systems

For example, a sample may be traceable in one system while the training record, SDS, or inspection finding sits somewhere else.  When your research data and your safety data live in separate tools with no shared structure, preparing for an audit means pulling records from multiple places, reconciling formats, and hoping nothing has fallen through the gap. That kind of fragmentation is where your lab potentially faces the most compliance exposure. 

Training records

For example, when certification renewals get missed, completion records aren't stored in a retrievable format, and when an inspector asks for evidence that a specific team member was trained before conducting a specific procedure, the answer is harder to produce than it should be. Managers also cannot quickly prove who was qualified to perform a procedure on a given date. 

Traceability gaps

‍These are equally common on the sample and inventory side. Without structured sample dispatch controls, sample status tracking, and audit trails that record relevant actions, it becomes harder to show where a sample was, who handled it, and what changed over time.

How ELN, LIMS, and EHS software support GxP compliance

The right connected system helps your team capture the proof as work happens, instead of rebuilding it later from notebooks, spreadsheets, and memory. Purpose-built software doesn't make compliance automatic, but it does make the underlying requirements significantly easier to meet consistently. The categories of tools that matter most here are ELN, LIMS, and EHS software, each of which addresses a different layer of what GxP demands.

ELN and GxP compliance

An electronic lab notebook adds structure to experiment documentation by capturing records in a standardized, searchable format with version control and time-stamped entries built in. Rather than relying on researchers to manually maintain complete records, the system captures that detail as part of normal work. Electronic signatures allow entries to be authenticated and protected, helping you show who did the work, when it was completed, and whether the record changed afterward. 

LIMS and GxP compliance

LIMS software supports sample traceability through structured sample dispatch with accept/deny controls, check-out/check-in tracking, and audit trails that record relevant interaction with a sample or inventory item. Features like Barcode Automation reduce manual entry errors, while Triggers & Automations allow the system to generate alerts, update records, and notify team members when defined conditions are met, without relying on manual follow-through.

EHS and GxP compliance

On the EHS side, software that centralizes SDS and MAQ data, manages inspection records, and tracks training completion and certification renewals addresses the safety and regulatory readiness requirements that often sit alongside GxP in a regulated lab environment.

Across all three categories, role-based access and audit logs are foundational. Controlling who can view, edit, or approve records, and maintaining a detailed log of actions taken, helps your lab demonstrate that its records are complete, traceable, and controlled during an inspection. SciSure is built with access controls and audit infrastructure that support GLP and FDA 21 CFR Part 11 aligned use where those requirements apply.

What compliance time savings look like for SciSure customers

For SciSure customers, time savings usually come from replacing manual record gathering with structured workflows and reports. These two customer stories show how structured records can reduce manual work across both regulated research and EHS operations.

Arctic Therapeutics, a biotech company running an ISO 15189 certified laboratory in Iceland, estimates saving approximately two hours per week on sample registration and inventory processes after centralizing lab operations with SciSure.

Bringing experiment documentation, controlled access, signing, and record locking into the same workflow has also strengthened ISO 15189 compliance support, making laboratory data more consistently audit ready for clinical and regulatory use. For research teams, the Arctic Therapeutics story can show why structured sample and experiment records matter: when registration, inventory, access control, signing, and record locking live in one workflow, managers spend less time reconstructing lab activity and have cleaner evidence for quality reviews.

Likewise, SmartLabs uses SciSure to reduce the time and effort its team spends on EHS tasks, including pulling MAQ tracking data to meet weekly Boston Fire Department requirements at its 6 Tide Street research center. While MAQ reporting is not GxP, it’s exactly the kind of recurring compliance work lab managers run into on the regular. With a structured chemical inventory and automated fire-code reporting, you reduce the time your team spends proving what is stored where. Julianna Skelton, Senior EHS Lab Operations Manager, described the ability to pull that data from SciSure as a meaningful time saver for the team.

GxP compliance depends on ongoing control besides just initial setup 

GxP compliance holds up over time when the records, systems, and habits that support it are embedded into how your lab operates every day. It's the difference between treating compliance as a checkbox because your lab passed an audit compared to embedding compliance deeply into your workflows. That means:

• Training records that stay current without manual chasing,
• Relevant sample interactions that are logged as they happen,
• Experiment documentation that's structured from the moment data is captured,
• and safety records that reflect the current state of your lab at any given point.

If your current setup needs a ton of effort to get inspection-ready, that’s a process problem worth addressing before the next audit cycle begins. The practical starting point is an honest assessment of where your documentation, traceability, and training records actually stand today.

And we're here to help.

FAQ

What is the difference between GxP and GMP?

GxP is the umbrella term for the family of Good Practice standards, covering regulatory laboratory research, manufacturing, clinical trials, and other regulated functions. GMP, or Good Manufacturing Practice, is one specific standard within that family, focused on the manufacturing, processing, and packaging of pharmaceutical and biotech products. If your lab is subject to GMP, it’s operating under one part of a broader GxP framework.

What does GxP certification mean?

GxP is not a single certification you can obtain. It’s a framework of standards, and compliance is demonstrated through regulatory audits, validated systems, documented procedures, and consistent adherence to the applicable requirements for your practice area. There is no single GxP certificate. Regulators look for evidence that your lab operates in accordance with the relevant standard on an ongoing basis.

Are GxP regulations mandatory?

For labs operating in regulated contexts, yes. If your work is subject to oversight from bodies like the FDA or EMA, the GxP compliance requirements that apply to your practice area are mandatory, not optional guidance. Which specific requirements your lab must meet depends on the type of work you do, the products or data involved, and the jurisdictions in which you operate.

Does my ELN/LIMS need to be GxP compliant?

If your lab operates under GxP requirements, the software you use needs to support the controls your applicable standards require. That means maintaining audit trails, access control, structured and retrievable records, and supporting electronic signatures where required. The software does not make the lab compliant on its own; your team is still responsible for validation, SOPs, training, and consistent use.