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WinGPC
Unity Compliance with FDA 21 CFR part 11
The
FDA (US Food and Drug Administration) has published 21 Code of Federal
Regulations part 11 (21 CFR Part 11) for the treatment of electronic
records and signatures. Laboratories have to comply with part 11 if:
- computers are used to create, modify,
maintain, archive, retrieve, or transmit data
- when at any time electronic records hit a
durable storage device
- when the laboratory intends to create
records that are intended to be submitted to or required by the FDA.
WinGPC
Unity is a standard software package used in chromatography labs
(commercial of the shelf product, closed system) and therefore meets
specific requirements mentioned in 21CFR part 11:
* requirement 1: data security
* requirement 2: accuracy
* requirement 3: user authorization
* requirement 4: complete traceability
The very basic features data security, accuracy, and regulated software
development and -documentation are completely fulfilled for WinGPC
Unity.
Other 21CFR11 requirements for electronic records (traceability of meta
data, audit trails, user authentication and
electronic signature) are fulfilled for WinGPC Unity with Compliance Pack. The
Compliance Pack module fits seamlessly into WinGPC, can be added
easily, and supports all systems and software modules.
Additional Compliance
Validation Features
Many WinGPC options and features help to release the burden on lab
managers being responsible for validation:
- WinGPC Unity Install verification
- WinGPC Unity Software Validation and
System Verification (see PSS AUTOVAL above)
- WinGPC support of PSS EaysValid for the
validation of GPC/SEC systems independent on manufacturer
WinGPC users can easily validate their system using WinGPC
functions and features.
For users who do not want to perform the validation themselves, PSS
offers WinGPC validation and validation of the PSS
SECcurity GPC System as a service.
The validation of analytical systems is
an ongoing complex process that evaluates the entire, sample specific
process, products, and analytical methods. Validation consists of
several qualification phases that verify pre-defined performance
specifications (design (DQ), installation (IQ), operation (OQ), and
performance (PQ)).
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