1.1 Introduction

Preamble

The World Health Organization (WHO) defines a target product profile (TPP) as the desired ‘profile’ or characteristics of a target (pharmaceutical) product that is aimed at a particular disease or diseases. TPPs state intended use, target populations and other desired attributes of products, including safety and efficacy-related characteristics. Such profiles can guide product research and development (R&D):

  • In industry, in-house target product profiles (TPPs) are used as planning tools that guide development towards desired characteristics.

  • In the regulatory context, TPPs are considered as tools to frame development in relation to submission of product dossiers.

Introduction to a TPP

A Target Product Profile (TPP) is a key document which provides information to the regulatory agencies, such as the Food and Drug Administration (FDA), about the drug development process. The purpose of a TPP is to ensure that the drug development process of the manufacturer is efficient and provides all the required relevant medical, technical and scientific information for evaluating the commercial outcome of a drug. It provides the overall intent of the drug and gives the status of the drug at any given point of time in the development process.

The TPP consists of sections specific to drug labeling linking specific concepts to the drug development activities. TPP is a dynamic document and should be updated regularly to keep up with the new information and changes related to the clinical development of the drug.

TPPs may differ in their layout, technical specifications and other elements between "classical" small molecule drug candidates and advanced therapies, such as cellular and gene therapy products.

Research & Development

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Module 1: The Target Product Profile (TPP)

  • 1.1 Introduction
  • ⭐ 1.2 Sections of a TPP
  • ⭐ 1.3 How to draft a TPP?
  • 1.4 Benefits of a TPP
  • 🔗 Additional Links & Resources

Module 2: CMC-Technical R&D

  • 2.1 What is CMC or Technical R&D?
  • ⭐ 2.2 Five Steps during the Product Development
  • ⭐ 2.3 What are key elements of CMC?
  • 🔗 Additional Links & Resources

Module 3: Good Manufacturing Practice

  • 3.1 What is GxP?
  • ⭐ 3.2 GMP vs. GDP
  • 3.3 Main Areas of GMP Regulations
  • ⭐ 3.4 Most Relevant GMP Principles
  • 🔗 Additional Links & Resources

Module 4: Non-Clinical & Clinical Supply Chain

  • 4.1 Supply Chain in the Biotech/Pharma Industry
  • ⭐ 4.2 Drug supply for non-clinical studies
  • ⭐ 4.3 Clinical Supply
  • 4.4 Commercial Supply
  • 🔗 Additional Links & Resources

Module 5: Medicinal Chemistry

  • 5.1 What is Medicinal Chemistry?
  • 5.2 Four Key Components in Medicinal Chemistry?
  • 5.3 Challenges during Drug Discovery
  • ⭐ 5.4 Main Properties to Optimize Starting from a Lead
  • 5.5 What is “Druggability”?
  • 5.6 Can Poor Absorption of a Compound be Predicted?
  • 5.7 What is a Prodrug?
  • ⭐ 5.8 List of Important Techniques Used in Drug Development & Medicinal Chemistry
  • 5.9 Future Directions & Innovations in Medicinal Chemistry
  • 🔗 Additional Links & Resources

Module 6: Scientific Advisory Boards for Biotech Companies

  • 6.1 General
  • 6.2 Pros & Cons for having a SAB
  • ⭐ 6.3 Best Practice Principles for a Productive SAB
  • 🔗 Additional Links & Resources

Module 7: Non-Clinical Safety

  • 7.1 Introduction
  • ⭐ 7.2 What is Non-Clinical Safety?
  • 7.3 Toxicological Methodologies
  • 7.4 Definitions & Standards of Non-Clinical Safety Studies
  • ⭐ 7.5 Required Studies
  • ⭐ 7.6 Specific Rules for Biologics
  • 🔗 Links to Relevant ICH Guidelines: