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Quality management in life sciences: mitigate risk and drive growth
Product Marketing, AODocs · Mar 17, 2023 · Updated Oct 6, 2026
Pharmaceutical and drug companies, biotechnology firms, medical device manufacturers, businesses in the genetics and genomics sector, and other life sciences organizations all produce products with rigorous quality requirements.
Ultimately, their success (and oftentimes, the health of patients) relies on the ability to produce a quality product.
To effectively manage the content, processes, and other nuances involved in producing and delivering products in a quality-centric environment, life sciences firms utilize a Quality Management System (QMS).
Who Should Use a QMS?
QMS platforms are most often leveraged by companies that operate in highly regulated industries to support defined quality processes and to help them meet regulatory compliance requirements. A QMS gives an organization a set of tools to control their quality processes, which can range from document publishing and employee training to managing audits and tracking the resolution of issues and risks.
Audit trails, individual activity records and electronic-signature controls can support applicable requirements, but do not establish compliance by themselves. Assess products, records and activities in scope before selecting needed system and procedural controls for frameworks such as:
- FDA 21 CFR Part 11, for electronic records and signatures within its scope
- ISO 9000 terminology, ISO 9001 quality management requirements, and applicable sector standards
- Applicable health-information privacy requirements where the organization and data fall within their scope
What to Look for in a Quality Management System
Life sciences companies that produce products with rigorous quality requirements face numerous challenges, and one nearly universal challenge is the need to maintain strict control over documentation. This can range from marketing brochures and training documents to Standard Operating Procedures (SOPs) and material datasheets.
Identify approved procedure revisions for operational use and distinguish them from drafts. Define who needs training or notification when instructions change, and test access controls used to distribute approved content.
A modern QMS should intelligently connect with existing systems and make it easy for your employees to manage quality-related content and processes without having to change how they already work. Look for platforms that can address a broad range of quality- and compliance-focused requirements, such as:
- Reducing production errors. Lost and outdated versions of design, manufacturing, and support documents can quickly lead to quality deviations and nonconforming products.
- Proof of adequate training. Companies are often required to prove that stringent measures are taken to minimize risks, including documenting training content and employee participation.
- Streamlining audits. Firms must provide evidence to auditors that prove the company is following defined processes. A QMS can collect evidence of recurring tasks that proactively remind employees to take action on these assignments.
AODocs: A Modern Approach to QMS
Many life sciences companies find it challenging to effectively manage the massive amount of information that resides in a variety of systems throughout their enterprise. However, modern quality management systems are enabling these organizations to better optimize their critical operational information by ensuring the right content and data are in the hands of the right people at the right time.
AODocs for Life Sciences was historically described as an offering to support quality programs and software assurance activities. Confirm current package, configuration and service responsibilities; deployment time and validation cost depend on intended use.
A configured QMS can support quality documents and evidence for applicable requirements. The organization must assess its GxP activities, relevant ISO standards and electronic records within Part 11 scope. A cloud platform alone does not establish compliance.
Learn more
- Read the Introducing AODocs for Life Sciences paper
Frequently asked questions
How should life sciences teams distinguish an SOP draft from an approved instruction?
Life sciences teams should give SOP drafts and approved instructions explicit status and access rules. Employees performing controlled work need the instruction authorized for that use, while reviewers need a place to revise it. Retain the approval and change history so a saved file version is not mistaken for permission to use it in operations.
What evidence links quality training to the procedure employees learned?
Training evidence should identify the employee, activity, completion or assessment result and the procedure revision used. This lets reviewers connect training to the instruction in force at the relevant time. When a procedure changes, the organization should assess whether affected roles need additional training or acknowledgment.
Does an audit trail by itself establish Part 11 compliance?
An audit trail by itself does not establish Part 11 compliance. The organization must assess the electronic records in scope and the applicable record, signature, procedural and validation controls. FDA’s guidance discusses Part 11 together with predicate-rule obligations; traceable document events are only part of that assessment.
