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QRM and it’s Application in GMP for Sterile Products PDA Singapore virtual conference 23. September 2020 Dr.-Ing. Stephan Rönninger Director Quality External Affairs Amgen (Europe) GmbH

QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

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Page 1: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

QRM and it’s Application in

GMP for Sterile ProductsPDA Singapore virtual conference

23. September 2020

Dr.-Ing. Stephan RönningerDirector Quality External Affairs

Amgen (Europe) GmbH

Page 2: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

2

Managing Risk Means Awareness of Uncertainties

COPYRIGHT © PDA 2020

YesNo critical

Ris

kS

eve

rity

& P

rob

ab

ility

& D

ete

ctio

n

Not under control

Under control

Area of Uncertainty (‘key’)

Risk ReductionMeasure

CriticalA high risk of

significant impact to

quality, safety or efficacy

which requires a

degree of control

Page 3: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

3

Risk is Not the Same as Hazard

Severity

Probability

Detectability

A question to answeroutcome = open

highlow

Risk =

Hazard: The potential source of harm i.e. Damage to health, including the damage that can

occur from loss of product quality or availability

Page 4: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

4

A QRM Process is Linking to Behavior

Risk Review

Ris

k C

om

mu

nic

ati

on

Risk Assessment

Risk Evaluation

unacceptable

Risk Control

Risk Analysis

Risk Reduction

Risk Identification

Review Events

Risk Acceptance

Initiate

Quality Risk Management Process

Output / Result of the

Quality Risk Management Process

Ris

k M

an

ag

em

en

t too

ls

The way in which

something operates

Collaborate towards

an informed decision

Yes

No

highlow

Page 5: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

5

QRM Struggles with Implementation

Decision Making

Enab

ler

Formality

Subjectivity

Confirm a Hypotheses

Risk Review

Ris

k C

om

mu

nic

ati

on

Risk Assessment

Risk Evaluation

unacceptable

Risk Control

Risk Analysis

Risk Reduction

Risk Identification

Review Events

Risk Acceptance

Initiate

Quality Risk Management Process

Output / Result of the

Quality Risk Management Process

Ris

k M

an

ag

em

en

t too

ls

The way in which

something operates

highlow

Page 6: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

6

Different Hazards Drive Different Risk Control Measures

Controlled Environment

Manufacturing

of Biotech-API (e.g. protein)

Fermentation

Working Cell Bank

Purification(Chromatography & Filtration)

Filling & Cooling

Storage of

Biotech-API

Media, BufferWater

Harvest,adventitious

agent

Buffer & Water

Buffer & Water

Living cells

Adventitious agents?

Viral clearance

Conditioning

• The HazardPotential growing of adventitious agentwhich may can be neither detected nor removed

• The ProblemOptimal growth conditionsWorking with cell banks, media and buffer

• The ControlRequirements for a low bioburden

Sterility assurance

Manufacturing Process (ICH Q7)

Employees (EHS)

Patients (Annex I)

Protect

Drug Product

1.

2.

3.

highlow

Page 7: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

7

GMP-Part IGMP-Part II (ICH Q7) Annex 1& repeating GMP-Part I, Chapter 1-8

GMP According to Annex 1 Applies for Manufacture of Drug (medicinal) Products

In general, changes in GMP for sterile products (annex 1) encourage the

use of risk based approaches

PatientRaw

Material

API starting

materialAPI

Drug (medicinal)

Product

Finished

ProductSterile Manufacturing

GMP for Sterile Products, Annex 1 draft v2, EMA, Ares(2020)1024161 - 18/02/2020, Chapter 1

highlow

Page 8: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

11

Effectively Managing Risks

• Identify, assess, eliminate (where applicable)

• Container integrity

Prevent, monitor and

detect contamination

• Ensure the safety, quality and efficacy of sterile manufactured product

• Assurance of sterility

Minimize microbial

contamination

Annex 1 Asks to Prevent Contamination by Establishing Additional Controls and Measures to Ensure Quality

Steps to success

1. Sufficient knowledge

and expertise

2. Root Cause Analysis

and CAPA

3. Quality release

new

GMP for Sterile Products, Annex 1 draft v2, EMA, Ares(2020)1024161 - 18/02/2020, Chapter 3

highlow

Page 9: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

12

Practical Examples of an Integrated Risk-based Control of Microbial Contamination From Raw Material Until the Final Product Release

Raw Materials Facility Process Controls DP Testing

- Supplier Qualification Program

- Raw Material Controls

- Pest Control

- Facility Cleaning and sanitization

- Gowning

- Clean Utilities

- Material Flow and Cleaning

- Endotoxin

- Sterility

- Annual Stability Program

- Campaign post process

Environmental Monitoring

- Media Hold Validation

- Engineering controls tested per lot

- Environmental Monitoring Program

- Media Fill and Airflow Visualization

Study

highlow

Page 10: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

13

GMP for Sterile Products, Annex 1 draft v2, EMA, Ares(2020)1024161 - 18/02/2020, Chapter 2.4

The Contamination Control Strategy is based on Minimizing the Risk of Microbiological, Particulate and Pyrogen Contamination

Facility, Equipment and Process design

•Must be optimized qualified and validated

Processes and Monitoring Systems

• Designed, commissioned, qualified & monitored, e.g. qualify particle counters including sampling tubing

Personnel: Protect the sterile product

• Must have appropriate skills, training and attitudes (hygiene)

Regulatory

filingManufacturing

Process and

IPC testing

is approved

GMP Dossier&

new

highlow

Page 11: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

14

Barrier Technology shall be used in the Design and Qualification of Premises, Equipment and Utilities (water, air and vacuum)

• Different Equipment Exists and Can be Operated in Compliance

PDA letter, June 2019, p.34; based

on the PDA research Survey 2017.

RABS-Unitconventional line

Glove-Box

Clean room classifications (ISO 14644)

and their qualification• Measure particles equal to or greater

than 0.5 μm• Maintained in recommended limits for

the monitoring of non-living particles

GMP for Sterile Products, Annex 1 draft v2, EMA, Ares(2020)1024161 - 18/02/2020, Chapter 5, 6, 7

highlow

Page 12: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

15

• Aseptic and terminal sterilization processes

• For Products, equipment and packaging components

Approaches to sterilization

• Lyophilization

• Form-Fill-Seal (FFS), Blow Fill Seal (BFS), Single Use Systems (SUS)

Different technologies

• Setting of alert limits and reviewing trend data

• Aseptic Process Simulation (APS) [= media fill]

Viable and non-viable environmental and process monitoring

Annex 1 May Prevent Innovation as it Lists ‘How to Do’ Requirements for Production and Specific Technologies

• Testing is only the last

step in a series of

control measures

• Representative samples

Bioburden assay on

each batch

• Environmental

monitoring data part of

batch record

• Rapid microbial

methods

Quality Control

new

new

new

GMP for Sterile Products, Annex 1 draft v2, EMA, Ares(2020)1024161 - 18/02/2020, Chapter 8, 9, 10 highlow

Page 13: QRM and it’s Application in GMP for Sterile Products · 2020. 9. 23. · Premises, Equipment and Utilities (water, air and vacuum) • Different Equipment Exists and Can be Operated

16

Protecting Patients can Follow a Holistic View Taking into Account Elements Described in Different Documents

Guidance documents are intended to be read

in its entirety regardless of the nature of the

activities being conducted to fully understand

the linkages between certain sections and

successfully implement appropriate GMPs at

all stages of the supply chain.

According to the ICH Q7 Q&A

Aknowledgement: Greg Claycamp, FDA; Hal Basement, Valsource, Myrta Atiles and Kris Evens,

Enid Marin-Vallejo Amgen & Gabriele Gori, GSK – thanks for the discussions