The main advantage of QRM application is that there can be flexibility in a number
of batches for confirmation or validation, whereas in validation there is a fixed
number of batches to be taken. So, QRM ensures flexibility as per type and depth of
knowledge to be gained. In case of qualification, QRM principles can be used to
determine its scope, monitoring, as well as the optimal schedule for maintenance,
requalification and calibration.
WHO Guidelines for Transfer of Technology 73
5. QRM application during commercial manufacturing: Certain points are to be taken
care while implementing QRM in commercial manufacturing:
a. QRM implementation does not neutralise the manufacturer's obligation to comply
b. The risk assessment and control responsibilities should be designated to relevant
personnel at the appropriate level of hierarchy within the organisation.
c. Special focus must be given to risk assessment and risk control throughout the
The key areas of focusing are:
b. Adverse effect on patient's health due to quality defects in the product.
c. Interruption in the supply of products to patients.
d. Risk related to GMP and regulatory compliance.
e. Multisite and multiproduct risks.
f. Any change in the existing facility or establishment of new facility.
After risk assessment and risk control, risk review should be done. A report should
be prepared and communicated to stakeholders. The areas of focusing during the
implementation of QRM in commercial manufacturing includes system focus, process
QRM should be integrated into two ways to get benefits across a broad spectrum of
ii. WHO expert committee on specification for pharmaceutical preparations 47th
A variety of tools either alone or in combined form can be used for QRM purposes.
There is no single or combined tool which applies to all the situation. The main criteria
for selecting the tool are that it should support the key attributes of good risk
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