1. Catalogs
  2. Laetus
  3. Track & Trace Pharmaceutical Applications

Track & Trace Pharmaceutical Applications

Track & Trace Pharmaceutical Applications
1 / 70 PagesView full catalog

Track & Trace Pharmaceutical Applications

Product catalog summary
Scope
The document addresses the issue of counterfeit pharmaceutical products, highlighting the risks they pose to patient safety. It categorizes counterfeit medicines into four types: those with correct, partial, no active ingredients, and those with harmful substances. The World Health Organization estimates that 8% of drugs globally are counterfeit, with higher rates in developing countries. The document notes a significant increase in counterfeit drug seizures in the EU, particularly from China.
Track & Trace Basics
This section discusses the compliance landscape for pharmaceutical track and trace systems, including guidelines like the California ePedigree and USA industry standards, as well as the European End To End Scheme and recommendations from EFPIA and the ESM Stakeholder Model.
Benefits of Track & Trace
Track and trace systems provide benefits such as automatic detection of expired products, brand protection, prevention of counterfeits, fighting reimbursement fraud, enabling partial recalls, and avoiding dispensing errors.
The Technology of Pack Marking
The document details technologies used for pack marking, including barcodes, RFID, and OCR, and compares marking and printing technologies like continuous inkjet, thermal inkjet, thermal transfer, laser marking, and drop on demand piezo inkjet.
Pharmaceutical Pack Marking Situation Today
An overview of the current pack marking situation in countries like Argentina, Brazil, China, the EU, India, South Korea, Japan, Russia, Serbia, Switzerland, Turkey, the USA, and the UK is provided.
Overview of Legislative and Industrial Sector Organisations
This section lists key organizations involved in pharmaceutical track and trace, such as Anvisa, EFPIA, GS1, FDA, detailing their roles and contributions.
Guidance to Finding a Reliable Partner
The document offers guidance on selecting reliable partners and suppliers for implementing track and trace systems.
Appendix
The appendix includes a glossary of terms and an overview of EU countries involved in pharmaceutical track and trace initiatives.
Introduction
The document discusses the development of mass serialization techniques for pharmaceutical packs, focusing on Track and Trace technology and anti-counterfeiting tools, highlighting their advantages in securing the pharmaceutical supply chain.
Track & Trace Basics
2.1. Evolving Compliance Landscape
The compliance landscape is evolving as governments introduce measures to combat counterfeit drugs, comparing the US ePedigree approach with the European Mass Serialization route.
2.2. Theory of Track & Trace
Track and trace involve determining the current and past locations of a unique item, with benefits including control of distribution channels, recall management, stock management, and anti-counterfeiting measures.
2.3. The ePedigree
The ePedigree system in the USA is an electronic record of the chain of custody and ownership of prescription medicines, requiring item-level serialization.
2.4. USA Guidance for Industry Standards
The FDA's guidance involves using a serialized National Drug Code (sNDC) combined with a unique serial number.
2.5. European End To End Scheme
The EFPIA aims to establish a common standard for product coding in Europe using a Data Matrix based on the GS1 standard.
Conclusion
The document emphasizes the importance of implementing a full track and trace system to combat pharmaceutical counterfeiting, highlighting differences and similarities between the US and European approaches.
Specifications and Procedures
The document outlines specifications for labelling and marking in pharmaceutical applications, emphasizing high-quality printing processes and barcode verification following ANSI/CEN/ISO guidelines.
Standards
International standards such as ISO/IEC 15416 for linear barcodes and ISO/IEC 15415 for 2D barcodes are referenced, providing a framework for grading barcode quality.
Recommendations
The document recommends using calibrated offline systems for accurate verification results and suggests referencing on-line verification results with offline systems for reproducibility.
Key Data from Tables
Tables relate ISO numerical grades to ANSI alphanumerical grades and discuss factors influencing on-line barcode verification accuracy.
Track and Trace for Pharmaceutical Applications
The document outlines global efforts and regulations regarding serialization and track and trace systems in the pharmaceutical industry, highlighting initiatives by various countries.
Legislative and Industrial Organizations
Key organizations like ANVISA, EFPIA, GS1, and FDA are involved in developing standards and regulations for pharmaceutical track and trace systems.
Guidance for Finding Reliable Partners
The document outlines the importance of establishing relationships with reliable suppliers to manage costs and minimize risks in the pharmaceutical industry.
Glossary of Terms
A comprehensive glossary of terms related to pharmaceutical manufacturing and distribution is included.
See more

Catalog excerpts

Track & Trace Pharmaceutical Applications-1

Track & Trace for Pharmaceutical Applications

 Open the catalog to page 1
Track & Trace Pharmaceutical Applications-2

Copyright Laetus This document may not be translated, copied or reprinted in whole or in part without prior written approval by Laetus. Many thanks to Paul Osborne form Performance PharmaTech Limited, who supported us creating this abstract of the pharmaceutical Track & Trace situation. http://www.pptech.eu/ Many thanks as well to Domino, UK and Hapa AG, Switzerland for supporting with details about the suitable printing technology. http://www.domino-printing.com/ http://www.hapa.ch/ Address We are worldwide available for you. You can find your local Laetus Support on our homepage under Contact....

 Open the catalog to page 2
Track & Trace Pharmaceutical Applications-3

Author G. Rodeck G. Rodeck G. Rodeck P. Osborne G. Rodeck Track and Trace for Pharmaceutical Applications Comments Initial release Minor corrections Text review Draft for update Review and release of 1.4 update

 Open the catalog to page 3
Track & Trace Pharmaceutical Applications-4

Track and Trace for Pharmaceutical Applications

 Open the catalog to page 4
Track & Trace Pharmaceutical Applications-5

Track and Trace for Pharmaceutical Applications

 Open the catalog to page 5
Track & Trace Pharmaceutical Applications-6

Counterfeiting of pharmaceutical products is not often discussed by manufacturers, for obvious reasons, but currently it is: Increasing at an alarming rate Very lucrative, with low penalties A significant danger to patients worldwide Counterfeiting is difficult to control (and sometimes to detect), and is growing increasingly sophisticated. Counterfeit medicines have four main categories: I. Appropriate amount of active ingredients - the perfect imitation of a preparation with the same active ingredients and identical packaging. From a medical point of view, the risk associated with this is small,...

 Open the catalog to page 6
Track & Trace Pharmaceutical Applications-7

Figure 2 - Seized pharmaceutical counterfeits by year in EU The seizure of 24m more counterfeit medicines last year coincided with the emergence of China as the primary source of fake drugs. China accounted for two-thirds of counterfeit medicines seized by the EU last year compared to less than five per cent in 2010. Measures to impede the success of counterfeiting of medicines generally comprise of five separate objectives: Add at least one overt and one covert feature to all primary packaging Add overt and covert features to secondary packages where applicable Upgrade covert technologies to...

 Open the catalog to page 7
Track & Trace Pharmaceutical Applications-8

Track & Trace Basics An Evolving Compliance Landscape The compliance landscape has been evolving for some period now. As governments and legislators have become more aware of the problems of counterfeit drugs, they have sought to protect their citizens by introducing measures to combat the counterfeiters. This has led to a number of different solutions being discussed and implemented. For the purposes of this paper, the focus is on the differences between the US Electronic Pedigree (ePedigree) based approach and the European style Mass Serialization route. Understanding where these approaches...

 Open the catalog to page 8
Track & Trace Pharmaceutical Applications-9

It would be of great benefit in the fight against pharmaceutical counterfeiting if a full track and trace system could be implemented. However, such an implementation for the very complex supply chain of pharmaceuticals world-wide is a task of daunting magnitude. Two major approaches have emerged for the control of pharmaceutical products; these are the American ePedigree and the European Falsified Medicines Directive (FMD) which is supported by the European Federation of Pharmaceutical Industries and Associations (EFPIA) and securPharm proposals. A system which is dependent on track and trace...

 Open the catalog to page 9
Track & Trace Pharmaceutical Applications-10

It is fully electronic (i.e. not paper-based) - The law and all of the accompanying discussions by the Board of Pharmacy make it clear that the only acceptable form of a pedigree is electronic. This will make it much more reasonable to implement because supply chain members can make use solely of computers to exchange, store and validate pedigrees, without fear that their trading partners can only handle paper pedigrees Pharmacy returns must be reflected on pedigrees - This was an original requirement of the Florida Pedigree Law too, but it was removed under pressure from lobbyists before the...

 Open the catalog to page 10
Track & Trace Pharmaceutical Applications-11

In addition, the SNI can be linked to databases containing this and other information. Any addition to this information within the SNI will unnecessarily increase the length of, and introduce complexity into, the SNI. However, if a manufacturer or re-packager chooses to include expiration date and/or lot or batch number with the SNI, it should ensure that the resulting number still permits users to distinguish and make use of the SNI. For example, expiration date and lot or batch number may be incorporated in accordance with the GS1 standards for use of Global Trade Item Numbers (GTIN). In May...

 Open the catalog to page 11
Track & Trace Pharmaceutical Applications-12

A closer look at the EFPIA code The suggested code is a GS1 Data Matrix code and contains four elements of information, i.e. article number, batch number, expiry date and a randomised serial number. Manufacturer Product Code - GTIN (or Pseudo GTIN e.g. CIP code) ‘Global Trade Item Number’ according to GS1 Standards (14 numeric digits) Unique serial number (randomized – up to 20 alpha-numeric characters) Expiry date (6 digits – YYMMDD) Batch number (up to 20 alpha-numeric characters) Figure 6 – EFPIA Coding The combination of article and serial number provides the pack’s unique identity. The exact...

 Open the catalog to page 12
Track & Trace Pharmaceutical Applications-13

European Stakeholder Model Serialisation with Random Numbers Upload Number Data Matrix Code : Vvupon Dispense Authenticate Number The key stakeholders all support the Point-of-Disperising verification concept European Stakeholder Model ► Parallel Distributor: mandatory verification + data upload •^r"^^ Manufacturer: data upload + voluntary verification ^^^^ Periodic cross-region update -> Pharmacy: mandatory verification Wholesaler: voluntary verification

 Open the catalog to page 13
Track & Trace Pharmaceutical Applications-14

Benefits of Track & Trace With unit-of-sale serialisation, the Product code (GTIN), and the batch number, additional USC and expiry date information will need to be included in a barcode in order to be read automatically. This then gives the following advantages: 3.1. Automatic Detection of Expired Products Expired products that are either returned or expire in warehouses are the bane of pharmaceutical distributors. With serialisation, distributors obtain more visibility into their warehouses and potentially into their customers’ inventory management practices. With improved visibility into distributors’...

 Open the catalog to page 14

Archived catalogs

  1. LUMAT 920 M

    2  Pages

  2. COSI 221

    2  Pages

  3. POLYPHEM wt

    3  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.