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Biosimilars and Interchangeable Biologics: Strategic Elements [Kõva köide]

(Therapeutic Proteins International, LLC, USA)
  • Formaat: Hardback, 646 pages, kõrgus x laius: 276x216 mm, kaal: 2313 g, 50 Tables, black and white; 13 Illustrations, color; 16 Illustrations, black and white
  • Ilmumisaeg: 23-Dec-2015
  • Kirjastus: CRC Press Inc
  • ISBN-10: 1498743471
  • ISBN-13: 9781498743471
  • Formaat: Hardback, 646 pages, kõrgus x laius: 276x216 mm, kaal: 2313 g, 50 Tables, black and white; 13 Illustrations, color; 16 Illustrations, black and white
  • Ilmumisaeg: 23-Dec-2015
  • Kirjastus: CRC Press Inc
  • ISBN-10: 1498743471
  • ISBN-13: 9781498743471
Whats the Deal with Biosimilars?

Biosimilars are gaining momentum as new protein therapeutic candidates that can help fill a vital need in the healthcare industry. The biological drugs are produced by recombinant DNA technology that allows for large-scale production and an overall reduction time in costs and development.

Part of a two-volume set that covers varying aspects of biosimilars, Biosimilars and Interchangeable Biologics: Strategic Elements explores the strategic planning side of biosimilar drugs and targets issues surrounding biosimilars that are linked to legal matters. This includes principal patents and intellectual property, regulatory pathways, and concerns about affordability on a global scale. It addresses the complexity of biosimilar products, and it discusses the utilization of biosimilars and related biological drugs in expanding world markets.

Of specific interest to practitioners, researchers, and scientists in the biopharmaceutical industry, this volume examines the science, technology, finance, legality, ethics, and politics of biosimilar drugs. It considers strategic planning elements that include an overall understanding of the history and the current status of the art and science of biosimilars, and it provides detailed descriptions of the legal, regulatory, and commercial characteristics. The book also presents a global strategy on how to build, take to market, and manage the next generation of biosimilars throughout their life cycle.
List of figures xxi
List of tables xxiii
Preface xxv
Acknowledgments xxxvii
Introduction xxxix
Author xliii
1 Introduction to biosimilar and interchangeable products 1(38)
Background
1(1)
Manufacturing systems
2(2)
Characterization systems
4(1)
European perspective on interchangeability
5(1)
Legality of interchangeability
6(1)
Interchangeability practices
7(2)
The naming controversy
9(3)
Label
12(1)
Regulatory approvals
12(2)
EMA status
14(1)
Regulatory filing under 505(b)(2)
14(1)
eCTD filing requirements
15(1)
Analytical similarity
16(1)
FDA views on development of biosimilars
17(4)
Size and complexity of biological drugs: protein therapeutics
18(1)
Potential benefits of improved analytical methods
19(1)
Potential benefits of new measurement standards
20(1)
Three specific properties needing improved measurement
20(1)
Nonclinical testing
21(1)
Immunogenicity
22(1)
Phase III trials
23(2)
Pharmacovigilance
25(1)
Commercial opportunities
26(2)
Epilogue
28(1)
Bibliography
29(10)
2 Intellectual property issues for biosimilars 39(42)
Global patenting perspective
39(7)
Comparison of U.S. and European Laws
39(3)
First to file versus first to invent
39(1)
Grace period
39(1)
Best mode requirement
40(1)
Publication of patent applications
40(1)
Rights conferred by a granted patent
40(1)
Opposition after grant
40(1)
Inventive step
41(1)
Two-part claim
42(1)
Japanese patent law
42(4)
Biological patents
46(12)
Overview of patenting biotechnology
47(1)
Overview of exclusivities for biological products
48(3)
Regulatory exclusivities
51(10)
Patent exclusivity
54(2)
Patent linkage
56(2)
Purple book
58(1)
Patent term extension
58(1)
Patent term adjustment
59(1)
Determination of target launch dates for biologics
59(1)
Loss of patent exclusivity
60(1)
Freedom-to-operate opinions
61(7)
Cabilly patents
65(2)
Overarching patents
65(1)
Cabilly's scope of protection
66(1)
Examples of FTO searches
67(10)
Etanercept
68(1)
Adalimumab
68(1)
Filing the 351(k) triggers the patent dance
68(5)
First patent dance failed
73(3)
Notice of commercial marketing and preliminary injunction
76(1)
Sources of uncertainty
77(2)
Meaning of the 180-day notification language
77(1)
Submarine patents
78(1)
Label guidance
78(1)
Interchangeability
79(1)
Bibliography
80(1)
3 European regulatory guidance 81(54)
Background
81(11)
Clinical studies
84(1)
Pharmacokinetic studies
84(1)
Pharmacodynamic studies
85(1)
Efficacy trials
85(1)
Study designs
85(1)
Efficacy endpoints
86(1)
Clinical safety
86(2)
Guideline updates
88(4)
Executive summary
88(4)
Publication of clinical data
92(3)
Arguments in favor of a restricted publication of clinical trial data
92(1)
Outlook
93(5)
EU flags
93(2)
2014 Update
95(3)
Product-specific guidance
98(20)
Human follicle stimulating hormone (r-hFSH)
98(3)
Toxicological studies
99(1)
Pharmacokinetic studies
99(1)
Pharmacodynamic studies
99(1)
Clinical efficacy
100(1)
Clinical safety
101(1)
Interferon-β
101(4)
Clinical studies
102(1)
Pharmacokinetics
102(1)
Pharmacodynamics
102(1)
Clinical efficacy
103(1)
Clinical safety
104(1)
Monoclonal antibodies
105(5)
In vivo studies
107(1)
Clinical studies
108(1)
Pharmacokinetics
108(1)
Study design
108(2)
Doses
110(4)
Routes of administration
110(1)
Sampling times
110(1)
PK parameters of interest
110(1)
Timing of the PK evaluation
111(2)
Clinical studies
113(1)
Erythropoietins
114(4)
Pharmacodynamics studies
115(1)
Toxicological studies
115(1)
Clinical studies
115(3)
Clinical safety
118(13)
Low-molecular-weight heparins
118(4)
Pharmacodynamic studies
119(1)
Toxicological studies
120(1)
Clinical studies
120(2)
IFN-α 2a or 2b
122(2)
Nonclinical studies
122(1)
Clinical studies
123(1)
Efficacy
123(1)
Safety
124(1)
Extrapolation of evidence
124(1)
Human G-CSF
124(2)
Nonclinical studies
125(1)
Clinical studies
125(1)
Clinical safety
126(1)
Growth hormone
126(3)
Nonclinical studies
127(1)
Clinical studies
127(1)
Clinical safety
128(1)
Human insulin
129(14)
Nonclinical studies
129(1)
Clinical studies
130(1)
Clinical safety
130(1)
Conclusion
131(1)
Bibliography
131(4)
4 EMA-approved biosimilars 135(22)
Background
135(1)
Somatropin (omnitrope)
135(3)
Hyaluronidase
138(1)
Enoxaparin
139(2)
Filgrastim
141(2)
Somatropin
143(1)
Introduction
143(1)
Quality aspects
143(1)
Introduction
143(1)
Erythropoietin
144(2)
Introduction
144(1)
About the product
145(1)
Follitropin alfa
146(2)
Infliximab
148(3)
Conclusion
151(1)
Bibliography
151(6)
5 FDA regulatory guidance 157(70)
Background
157(1)
Historical perspective
158(1)
Nonclinical studies for biologics
159(5)
Relevant species
160(1)
Immunogenicity
160(1)
Typical preclinical testing
160(1)
Clinical studies for biologics
161(1)
Investigational new drug application
161(1)
Good clinical practices
161(1)
Manufacturing process changes
162(1)
Meetings with the Food and Drug Administration before and during the clinical trial period
163(1)
Biologics license application
164(2)
Contents of the biologics license application
164(1)
Food and Drug Administration review
164(2)
Approval standard
165(1)
Guidance for biosimilars
166(11)
Introduction
166(4)
Reference product exclusivity
170(1)
Biosimilarity versus interchangeability
171(2)
Biosimilarity
171(1)
Interchangeability
172(1)
Reference product exclusivity
173(1)
Prelitigation patent-related procedures
173(1)
Patent resolution
174(1)
Confidential access to biological application
175(1)
Preliminary injunctions
176(1)
Declaratory judgment actions
176(1)
Conclusion
176(1)
Biosimilarity
177(24)
Basic understanding
179(1)
Scientific basis
179(1)
Manufacturing process considerations
180(1)
Stepwise approach
181(1)
Mechanism of action
181(1)
Totality of evidence
182(1)
Product specificity
182(1)
Analytical methodology
183(1)
Functional assays
183(1)
Animal data
184(1)
Animal PK and PD measures
184(1)
Animal immunogenicity studies
185(1)
Clinical studies
185(1)
Human pharmacology data
185(1)
Clinical immunogenicity assessment
186(2)
Clinical safety and effectiveness data
188(1)
Clinical study design issues
189(2)
Extrapolation of clinical data across indications
191(1)
Postmarketing considerations
191(1)
Summary considerations
192(1)
Extent of similarity
192(1)
Practical issues
193(1)
Quantitative evaluation of bioequivalence
193(1)
Study design
194(1)
Statistical methods
195(1)
Special considerations
195(1)
Criteria, design, and statistical methods for biosimilarity
196(1)
Criteria for biosimilarity
196(1)
Study design
196(1)
Statistical methods
197(1)
Interchangeability
197(1)
Definition and basic concepts
197(1)
Switching and alternating
197(1)
Study design
198(1)
Biosimilarity index
198(3)
Clinical pharmacology data to support biosimilarity
201(11)
Background
201(1)
Role of clinical pharmacology studies
202(1)
Critical considerations in the use of clinical pharmacology studies to support biosimilarity
203(4)
Exposure and response assessment to support a demonstration of biosimilarity
203(1)
Evaluation of residual uncertainty
204(1)
Assumptions about analytical quality and similarity
204(1)
Integrity of the bioanalytical methods used in PK and PD studies
205(1)
General PK assay considerations
205(1)
General PK and PD assay considerations
205(1)
Agency guidance for industry bioanalytical method validation
206(1)
Developing clinical pharmacology data for supporting a demonstration of biosimilarity
207(4)
Study design
207(1)
Crossover design
207(1)
Parallel design
208(1)
Reference product
208(1)
Study population
208(1)
Dose selection
209(1)
Route of administration
209(1)
Pharmacokinetic measures
210(1)
Pharmacodynamic measures
210(1)
Statistical comparison of PK and PD results
211(1)
Utility of simulation tools in study design and data analysis
211(1)
Purple book
212(2)
What are a reference product, biosimilar, and interchangeable product?
213(1)
What is reference product exclusivity?
213(1)
What does the reference product exclusivity expiry date indicate?
213(1)
Why is a determination of the date of first licensure not made for every 351(a) biological product licensed and currently marketed?
214(1)
How often will these lists be updated?
214(1)
What should a healthcare practitioner keep in mind while using these lists?
214(1)
Conclusion
214(7)
Bibliography
221(6)
6 ROW regulatory guidance 227(112)
Background
227(5)
The emerging regions
227(1)
Reference product considerations
228(1)
Requirements for comparability data
229(1)
Requirements for local studies
229(2)
Recommendations for developing countries
231(1)
Argentina
232(1)
Australia
232(1)
Brazil
233(1)
Highlights
233(1)
Canadian guidelines on subsequent entry biologics (SEBs)
234(14)
Introduction
234(1)
Objective
234(1)
Scope and application
234(1)
Policy statements
235(1)
Definitions
235(1)
Abbreviations and acronyms
236(1)
Background
236(1)
Guidance for implementation
237(1)
General
237(1)
Patents, intellectual property, and data protection
237(1)
Reference biologic drug
237(1)
Considerations for the use of a non-Canadian reference biologic drug
238(1)
Review time
238(1)
Consultation with Health Canada
238(1)
Information requirements for clinical trial applications (CTA)
239(1)
Information requirements for new drug submissions (NDS)
239(1)
Quality information
239(4)
Considerations for the comparability exercise
239(1)
Quality considerations
240(2)
Manufacturing process considerations
242(1)
Determination of similarity
243(1)
Organization of data
243(1)
Changes following issuance of market authorization
243(1)
Nonclinical and clinical information
243(3)
General
243(1)
Nonclinical studies
244(1)
Clinical studies
244(2)
Risk management plan (RMP)
246(1)
Pharmacovigilance plan (PvP)
247(1)
Post-market requirements
247(1)
Adverse drug reaction (ADR) reporting
247(1)
Periodic safety update reports (PSURs)
247(1)
Suspension or revocation of NOfC
247(1)
Labeling requirements (product monograph)
247(1)
Harmonization with other international regulators
248(1)
Singapore
248(8)
Highlights
248(1)
Introduction
248(1)
Scope
249(1)
Purpose
249(1)
Definition
249(1)
Basic principles
249(2)
Biosimilar product approach
249(1)
Choice of reference product
250(1)
Submission procedure
251(1)
Documentary requirements
251(3)
Quality documentation
251(1)
Nonclinical documentation
252(1)
Clinical documentation
252(2)
Interchangeability and substitutability
254(1)
Pharmacovigilance requirements
254(1)
Reviewing of periodic safety update reports (PSURs) for biosimilar products
255(1)
Risk management plans for biosimilar products
255(1)
Educational materials
255(1)
Product sales data
255(1)
Post-approval batch release requirements
255(1)
China
256(12)
Highlights
256(1)
Chinese guidelines (draft)
256(1)
Introduction
256(1)
Definition and scope
257(1)
Reference product
257(1)
General guidelines for R&D and evaluation
257(1)
Principle of comparability studies
257(1)
Principle of stepwise development
257(1)
Principle of consistency
258(1)
Principle of evaluation on similarity
258(1)
Product quality studies and evaluation
258(3)
General considerations
258(1)
Process development
258(1)
Analytical methods
258(1)
Characterization
259(1)
Quality attributes
260(1)
Stability studies
260(1)
Other studies
260(1)
Evaluation of CMC similarity
260(1)
Nonclinical studies and evaluation
261(1)
General considerations
261(1)
Pharmacodynamics
261(1)
Pharmacokinetics
261(1)
Innmunogenicity
261(1)
Repeated-dose toxicity studies
262(1)
Other toxicological studies
262(1)
Nonclinical similarity evaluation
262(1)
Clinical studies and evaluation
262(3)
General considerations
262(1)
Clinical pharmacology
263(1)
Efficacy
264(1)
Safety
264(1)
Immunogenicity
264(1)
Extrapolation of indications
265(1)
Package insert
265(1)
Pharmacovigilance
265(1)
Summary
265(1)
Glossary
265(3)
India
268(20)
Introduction
270(1)
Background and objectives
270(1)
Applicable regulations and guidelines
270(1)
Competent authorities
271(1)
Review Committee on Genetic Manipulation (RCGM)
271(1)
Genetic Engineering Appraisal Committee (GEAC)
271(1)
Central Drugs Standard Control Organization (CDSCO)
271(1)
Scope
271(1)
Principles for development of similar biologics
272(5)
Selection of reference biologic
273(1)
Manufacturing process
273(1)
Quality-based considerations for similar biologics
274(3)
Quality comparability study
277(1)
Data requirements for preclinical studies
277(4)
Prerequisite before conducting preclinical studies
277(1)
Preclinical studies (pharmacodynamic and toxicology studies)
278(2)
Immune responses in animals
280(1)
Data requirements for clinical trial application
281(2)
Pharmacokinetic studies
281(1)
Pharmacodynamic studies
282(1)
Confirmatory safety and efficacy study
282(1)
Safety and immunogenicity data
283(1)
Extrapolation of efficacy and safety data to other indications
283(1)
Data requirements for market authorization application
283(1)
Post-market data for similar biologics
284(1)
Pharmacovigilance plan
284(1)
Adverse drug reaction (ADR) reporting
284(1)
Post-marketing studies (PMS)
284(1)
Application forms
285(1)
Archiving of data
285(3)
Physicochemical and biological characterization of nucleic acid—based recombinant products
285(1)
Physicochemical and biological characterization of therapeutic proteins
286(1)
Physicochemical and biological characterization of therapeutic enzymes
287(1)
Physicochemical and biological characterization of antibodies
288(1)
Islamic Republic of Iran (National Regulatory Authority)
288(4)
Glossary
289(3)
Japan
292(12)
Japan biosimilar guidance outline
292(1)
Guideline for the quality, safety, and efficacy of follow-on biological medicinal products
293(15)
Introduction
293(1)
Scope
293(1)
General principles for the development of follow-on biological medicinal products
294(1)
Manufacturing process and characterization of a FOBMP
295(2)
Comparability exercise in terms of quality attributes
297(1)
Comparative study on structural analysis and physicochemical property
298(1)
Specifications and test procedures
299(1)
Nonclinical study
299(1)
Clinical study
300(2)
Post-marketing surveillance
302(1)
Glossary and definition
303(1)
Jordan Food and Drug Administration
304(1)
Mexico
304(1)
Russia
305(1)
South Korea
306(1)
Turkey
307(1)
United States of America
307(1)
World Health Organization (WHO)
308(25)
Highlights
308(1)
Background
308(3)
Introduction
311(1)
Aim
312(1)
Scope
312(1)
Glossary
312(1)
Scientific considerations and concept for licensing SBPs
313(1)
Comparability exercise
314(1)
Key principles for the licensing of SBPs
314(1)
Reference biotherapeutic products (RBPs)
315(1)
Considerations for choice of RBP
315(1)
Quality
316(5)
Manufacturing process
317(1)
Characterization
318(2)
Specifications
320(1)
Analytical techniques
320(1)
Stability
321(1)
Nonclinical evaluation
321(3)
General considerations
321(1)
Special considerations
322(2)
Clinical evaluation
324(8)
Pharmacokinetic studies
324(1)
Pharmacodynamic studies
325(1)
Confirmatory pharmacokinetic/pharmacodynamic studies
326(1)
Efficacy studies
326(3)
Safety
329(1)
Immunogenicity
330(1)
Extrapolation of efficacy and safety data to other clinical indications
331(1)
Pharmacovigilance
332(1)
Prescribing information and label
332(1)
Roles and responsibilities of national regulatory authorities
333(1)
Bibliography
333(6)
7 U.S. commercialization 339(32)
Background
339(2)
Competition
341(1)
Evolving pharma market
342(1)
Specialty drugs defined
342(1)
Shift from small molecule to specialty drugs
343(1)
Biosimilar opportunity 2013-2020
343(1)
Industry overview
343(17)
Industry structure summary
343(1)
Reimbursement
344(6)
Key takeaways
350(1)
Controlling access
350(2)
Key takeaways
351(1)
Controlling acquisition cost
352(2)
Traditional GPOs
352(1)
Specialty GPOs
353(1)
Alternate care GPOs
353(1)
Key takeaways
353(1)
Distribution of product
354(3)
Wholesalers
354(1)
Specialty distributors
355(1)
Manufacturer direct
356(1)
Key takeaways
356(1)
Dispensing the product
357(3)
Physician offices
357(1)
Ambulatory settings
358(1)
Hospitals
358(1)
HMOs
358(1)
Alternate care sites
358(2)
Key takeaways
360(1)
Commercializing a biosimilar
360(5)
Product
361(1)
Product sales
361(2)
Product distribution
363(1)
Product attributes
364(1)
Promotion of product
365(1)
Industry events and forums
365(1)
Print materials
365(1)
Advertising
366(1)
Social media
366(1)
Website
366(3)
Services
366(1)
Medical affairs
367(4)
Medical science liaison support
367(1)
Pharmacovigilance (drug safety)
367(1)
Adverse event identification/reporting process
368(1)
Product complaint reporting/crisis management
369(1)
Bibliography
369(2)
8 Global commercialization 371(16)
Background
371(3)
European scene
371(3)
Product naming issues
374(11)
India
379(1)
South Korea
379(1)
Japan
379(5)
Australia
384(1)
Bibliography
385(2)
9 Quality and lifecycle management 387(100)
Background
387(1)
Pharmaceutical development
387(6)
Drug substance
389(1)
Excipients
389(1)
Drug product
389(2)
Container closure
391(2)
Critical quality attributes
393(2)
Risk assessment
393(1)
Design space
393(1)
Control strategy
394(1)
Product life cycle management and continual improvement
395(1)
Quality risk management and product and process development
395(1)
Differing approaches to pharmaceutical development
396(1)
CMC considerations for the drug substance
396(4)
CMC considerations for the drug product
400(3)
Life cycle management
403(2)
FDA comparability protocol (CP)
405(13)
Introduction
405(1)
Background
406(2)
What is a CP?
407(1)
Benefits of using a CP
407(1)
When and why were CPs created?
407(1)
Information on PAC and assessment of CP
407(1)
Planning a CP
408(2)
Reporting of CMC changes?
408(1)
CP for a CMC change?
408(1)
Appropriateness of a CP
409(1)
Procedures for CP
410(2)
Submission of a CP
410(1)
Submission of changes and study results after a CP is approved
410(1)
Studies not meeting the criteria in the approved CP
411(1)
Obsolete CP
411(1)
Modification of an approved CP
412(1)
Content of a CP
412(7)
Basic elements of a CP
412(3)
Changes in the manufacturing process
415(1)
Changes in analytical procedures
416(1)
Changes in manufacturing equipment
416(1)
Changes in manufacturing facilities
416(1)
Container closure system changes
417(1)
Implementation of or changes in process analytical technology (PAT)
417(1)
Master file reference
417(1)
CP in a master file?
418(1)
CP compilation summary
418(1)
Applicability of a CP
418(1)
Components of a CP submission
419(3)
Cover letter
420(1)
Forms
420(1)
Quality assurance plan
420(1)
Validation plan
421(1)
Implementation plan
421(1)
Reporting of the manufacturing change(s) implemented using an approved CP
422(1)
Comparability of biotechnological/biological products subject to changes in their manufacturing process (Q5e)
422(9)
Introduction
422(2)
Background
422(1)
Scope
423(1)
General principles
423(1)
Guidelines
424(7)
Considerations for the comparability exercise
424(1)
Quality considerations
425(3)
Manufacturing process considerations
428(1)
Demonstration of comparability during development
429(1)
Nonclinical and clinical considerations
430(1)
Operational systems
431(14)
Quality assurance systems
431(1)
Validation master plan
432(1)
Identification and clearance methods for impurities
433(2)
Raw materials
435(1)
Column life
435(1)
Process
436(1)
Parameters and responses
437(1)
Robustness
437(4)
Virus Validation
441(3)
Cell substrates and animals
441(1)
Unprocessed bulk
441(1)
Virus inactivation and removal
441(3)
Testing of product
444(1)
Analytical method validation
444(1)
Quality control systems
445(26)
In-process control
445(3)
Parameters
446(2)
Total protein
448(1)
Specifications
449(1)
Identity
450(21)
Biological activity
452(1)
Purity
452(7)
Quantity
459(1)
Amino acid analysis
459(1)
Amino acid sequencing
460(1)
Biuret assay
461(1)
Bradford assay
461(1)
Capillary electrophoresis
462(1)
High performance reversed phase chromatography
463(1)
High performance size exclusion chromatography
463(1)
Isoelectric focusing
464(2)
Limulus amebocyte lysate assay
466(1)
Lowry assay
467(1)
Native electrophoresis
467(2)
2D-electrophoresis
469(1)
UV absorbance
470(1)
Bibliography
471(16)
Appendix A: A brief history of biosimilars 487(4)
Appendix B: Patent expiry dates for potential biosimilar products 491(18)
Appendix C: Biological products licensed in the United States 509(74)
Index 583
Sarfaraz K. Niazi, PhD, is the founding executive chairman of Therapeutic Proteins International LLC, a world-class pure-play developer and manufacturer of biosimilar and interchangeable recombinant biologics, headquartered in Chicago. Dr. Niazi began his career teaching pharmacy at the University of Illinois (19721988), where he became a tenured professor. He then entered the pharmaceutical industry at Abbott International, becoming a Volwiler Fellow. He left Abbott in 1995 with a passion for making high-cost biological drugs affordable. Dr. Niazi set up several ex-U.S. biosimilar companies and, in 2003, established Therapeutic Proteins International, the only U.S. integrated company of its kind to date.