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User's Guide to Intellectual Property in Life Sciences [Mīkstie vāki]

, (Taylor Wessing, London, UK)
  • Formāts: Paperback / softback, 880 pages, height x width x depth: 214x138x42 mm, weight: 960 g
  • Sērija : A User's Guide to... Series
  • Izdošanas datums: 23-Mar-2021
  • Izdevniecība: Bloomsbury Professional
  • ISBN-10: 1526511754
  • ISBN-13: 9781526511751
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  • Mīkstie vāki
  • Cena: 151,52 €*
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  • Formāts: Paperback / softback, 880 pages, height x width x depth: 214x138x42 mm, weight: 960 g
  • Sērija : A User's Guide to... Series
  • Izdošanas datums: 23-Mar-2021
  • Izdevniecība: Bloomsbury Professional
  • ISBN-10: 1526511754
  • ISBN-13: 9781526511751
Citas grāmatas par šo tēmu:
Life Sciences is one of the most innovative and complex areas of law. It is currently undergoing a period of intense transformation, with companies facing an ever-increasing level of regulation as well as strict cost management in order to remain competitive and profitable.

The latest in "A User's Guide to..." series it covers life sciences in relation to:

- patents - copyright - trade marks; and - data protection

The book covers UK law with references to significant EPO cases. A key part of the book is the coverage of case law. Case studies and detailed analysis of the key cases, eg the Kymab mouse case, the human genome sciences case, and the pregabalin case feature heavily helping to put this often complex area of law into context.

Where appropriate and for comparison purposes, approaches of key foreign jurisdictions are summarised and for ease of use there are clearly signposted.

A key text for practitioners specialising in life sciences and intellectual property in general and patents officers dealing with life sciences applications.

This title is included in Bloomsbury Professional's Intellectual Property and IT online service.

Recenzijas

This is an immensely practical and useable book. Rather than an academic tome that sits on the shelf to be dusted off for obscure points of law, this book has been at my elbow, as something to reach for most days since it arrived from Bloomsbury. * BioScience Law Review *

Papildus informācija

A comprehensive handbook covering all aspects of intellectual property in life sciences, with tables, bulleted summaries and flowcharts providing an easy digest of a wide range of information.
Preface v
Table of Cases
xv
Table of Statutes
xii
Table of Statutory Instruments
xiv
Introduction 1(14)
A decade of change
1(4)
Common intellectual property issues in life sciences
5(8)
Brexit
13(1)
Notes on the text
14(1)
Part I Patents in the Life Sciences: Validity and Enforcement
15(208)
Chapter 1 Requirements for a Valid Patent I: Novelty
17(30)
Life sciences context
17(1)
General principles
17(3)
Disclosure and enablement
20(4)
Plausibility of the prior art
24(1)
Prior art: made available to the public
25(1)
Prior use
26(2)
KEY ISSUE: Confidentiality and clinical trials
28(2)
Prior art published on the internet
30(1)
Prior art: what has been made available?
30(1)
KEY ISSUE: Novelty and scope of claims
31(1)
Implicit disclosure, inevitability and inherency
32(1)
Selected compounds and parameters
33(1)
KEY ISSUE: Numerical ranges
34(1)
Increased purity and isolation
35(1)
Purpose limited claims
36(1)
Dosage regimes
36(1)
KEY ISSUE: Claims to treating a sub-population
37(4)
Priority
41(6)
Chapter 2 Requirements for a Valid Patent 2: Inventive Step
47(24)
Life sciences context
47(1)
General principles
47(2)
Factors when assessing inventive step
49(4)
Secondary indicia
53(2)
Bonus effects
55(1)
Collocations
56(1)
KEY CASE: 10 obviousness factors -- Actavis v ICOS
56(7)
KEY ISSUE: Plausibility obviousness
63(4)
Selection inventions
67(1)
The plausibility threshold -- dasatanib T 488/16
68(3)
Chapter 3 Requirements for a Valid Patent 3: Patentable Subject Matter and Exclusions
71(30)
Life sciences context
71(1)
Industrial applicability
71(3)
KEY CASE: Sequence homology -- Human Genome Sciences v Eli Lilly
74(3)
Exclusions
77(1)
KEY ISSUE: Computer programs and computer-implemented inventions
78(3)
Discoveries and scientific theories
81(1)
Mathematical methods and mental acts
82(1)
Business methods
83(2)
Presentations of information
85(2)
Non-patentable subject matter and the Biotechnology Directive
87(1)
Plant and animal varieties and essentially biological processes for their production
87(2)
Microbiological processes
89(1)
`Ordre public' and morality
90(2)
Stem cell-based inventions
92(2)
KEY ISSUE: Methods of treatment and diagnostics
94(2)
Treatment by surgery and therapeutic methods
96(2)
Products used in therapy
98(3)
Chapter 4 Requirements for a Valid Patent 4: Sufficiency
101(24)
Life sciences context
101(1)
General principles
102(1)
KEY CASE: Classic insufficiency and principles of general application -- Regenewn v Kymab
103(5)
`Hybrid' claims to a recombinant DNA molecule -- Biogen v Medeva
108(1)
A `pure' product claim to escitalopram -- Generics (UK) v Lundbeck
109(1)
Consistency with principles in Regeneron v Kymab
109(1)
Inventive improvements
110(2)
Depositing cell lines
112(1)
Reach-through claims
113(1)
Plausibility threshold
114(1)
KEY CASE: Pregabalin for treating pain -- Warner-Lambert
114(5)
Plausibility under Articles 56 and 83 of the EPC compared
119(3)
Lack of clarity and uncertainty
122(1)
KEY CASE: Ceric oxide catalyst -- Anan Kasei v Neo Chemicals
122(3)
Chapter 5 Patent Infringement I: Scope of Protection of Claims
125(16)
Life sciences context
125(1)
General principles
125(3)
KEY ISSUE: Doctrine of equivalents
128(1)
KEY CASE: Dipotassium and disodium equivalent -- Actavis v Eli Lilly
129(3)
Applying the doctrine of equivalents to a mechanical patent
132(4)
KEY ISSUE: Numerical ranges
136(2)
Taking account of novelty -- a Formstein objection?
138(3)
Chapter 6 Patent Infringement 2: Acts of Infringement
141(32)
Life sciences context
141(1)
Direct infringement
141(3)
KEY ISSUE: Offers to supply made before patent expiry
144(2)
Process patents
146(1)
Products made by an infringing process
147(1)
KEY ISSUE: Second medical use claim infringement
148(1)
KEY CASE: Pregabalin -- Warner-Lambert
149(6)
Infringement of DNA sequences
155(1)
Indirect infringement
156(4)
KEY CASE: Disposable canister for use in wound dressing treatment apparatus -- KCI Licensing Inc v Smith & Nephew
160(4)
Double territoriality
164(1)
Second medical use claims and indirect infringement
165(1)
Common design
166(1)
Unjustified threats
167(6)
Chapter 7 Patent Infringement 3: Defences
173(20)
Life sciences context
173(1)
The Bolar and experimental use exemptions
173(2)
Original Experimental Use Exemption
175(2)
Bolar exemption
177(2)
KEY ISSUE: New Experimental Use Exemption
179(1)
Exhaustion
180(2)
The Gillette defence
182(2)
KEY ISSUE: `Arrow declarations'
184(4)
Prior use
188(2)
Crown use defence
190(1)
De minimis defence
190(3)
Chapter 8 Patent Infringement 4: Remedies
193(30)
Life sciences context
193(1)
General provision of remedies
194(1)
KEY ISSUES: Preliminary injunctions
195(6)
Quia timet
201(1)
Preliminary injunction to appeal
202(1)
Final injunctions
203(1)
Damages, account of profits, or reasonable royalty?
204(7)
Other remedies
211(1)
Publication of judgment
212(1)
KEY ISSUES: Stays and tailored relief in life sciences cases
213(3)
Public interest defence
216(7)
Part II Patent Ownership, Dealings and Litigation
223(138)
Chapter 9 The European Patent System and Obtaining a Patent
225(24)
Introduction to the European Patent Organisation and European Patent Office
225(8)
Drafting strategies for European life sciences patents
233(6)
Prosecuting a patent application in the life sciences
239(6)
Priority at the EPO
245(4)
Chapter 10 Rights in a Patent
249(12)
Life sciences context
249(1)
Invention and ownership
249(10)
Effect on licensee of co-ownership and transfer
259(2)
Chapter 11 Patent Dealings
261(28)
Life sciences context
261(1)
Patent assignment
261(1)
Patent licence
262(6)
Registration
268(1)
Implied licence
269(1)
Competition rules
270(6)
Pay-for-delay
276(1)
Compulsory licences and licences of right
277(2)
Crown use
279(2)
Security over patents
281(3)
Insolvency
284(5)
Chapter 12 Patent Proceedings in the Courts of England and Wales
289(28)
Life sciences context
289(1)
Overview of procedure
290(1)
Timing
291(1)
Commencement and statements of case
292(2)
Case management, security and admissions
294(2)
Disclosure
296(3)
Confidentiality
299(1)
Privilege
300(5)
Evidence
305(3)
Post-trial issues
308(4)
Shortening proceedings
312(5)
Chapter 13 Amendment and Parallel Proceedings in the EPO and the English Courts
317(24)
Life sciences context
317(1)
Claim amendment
317(7)
Parallel EPO and English proceedings
324(4)
Post-trial amendment
328(13)
Chapter 14 Terminating Patent Agreements and Points of Dispute
341(20)
Life sciences context
341(1)
Terminating a licence agreement for breach
341(4)
The absence of termination provisions: common law rights
345(4)
Getting termination right
349(6)
KEY ISSUE: Royalty disputes
355(6)
PART III Other Rights Protecting Life Sciences Subject Matter
361(196)
Chapter 15 Supplementary Protection Certificates
363(28)
Life sciences context
363(1)
Qualifying for an SPC
364(2)
Fundamentals
366(4)
Marketing authorisations
370(3)
`Protected by a basic patent'
373(1)
Resolving what `identified / specified' means
374(5)
The meaning of product
379(7)
Paediatric extensions
386(1)
KEY ISSUE: The manufacturing waiver
387(4)
Chapter 16 Data and Market Exclusivity Rights
391(22)
Life sciences context
391(1)
The 8+2+1 regime
392(5)
New active substances and global marketing authorisations
397(7)
Orphan drugs
404(9)
Chapter 17 Trade Secrets
413(18)
Life sciences context
413(1)
What is a trade secret?
413(3)
The three elements of breach of confidence
416(11)
Remedies
427(4)
Chapter 18 Plants and Genetic Resources
431(8)
Life sciences context
431(1)
Plant breeders' rights
432(4)
The Nagoya Protocol
436(3)
Chapter 19 Trade Marks, Passing Off, Designs and Copyright
439(54)
Overview
439(1)
Naming of medicinal products
440(2)
Trade marks
442(44)
Passing off
486(1)
Designs
487(4)
Copyright
491(2)
Chapter 20 Exhaustion of Rights, IP Offences and Customs Powers
493(28)
Application to life sciences
493(1)
Exhaustion of rights
494(15)
IP offences
509(3)
Customs powers and procedures
512(9)
Chapter 21 Personal Data -- GDPR Rights and Obligations
521(36)
Life sciences context
521(1)
GDPR: General principles and features
522(14)
KEY ISSUE: Clinical trials and health research -- selecting a lawful basis
536(4)
KEY ISSUE: Controller and processor roles in clinical research
540(3)
KEY ISSUE: Exemptions and derogations for scientific research
543(2)
Ongoing compliance
545(2)
Coda Brexit
547(1)
The impact of Brexit on EU-derived UK law
547(1)
Does a deal make a difference?
548(1)
Patents
548(2)
Participation in the UPC and Unitary Patent
550(1)
Supplementary protection certificates
550(2)
Data and market exclusivity rights
552(1)
The authority of CJEU case law
553(4)
Appendices
557(240)
Appendix A Patents Act 1977
559(150)
Appendix B Trade Secrets (Enforcement, etc.) Regulations 2018
709(12)
Appendix C Intellectual Property (Enforcement, etc.) Regulations 2006
721(4)
Appendix D Regulation (EC) No 469/2009 of the European Parliament and of the Council of 6 May 2009 concerning the supplementary protection certificate for medicinal products
725(12)
Appendix E Regulation (EC) No 1901/2006 of the European Parliament and of the Council of 12 December 2006 on medicinal products for paediatric use
737(28)
Appendix F Regulation (EC) No 141/2000 of the European Parliament and of the Council of 16 December 1999 on orphan medicinal products
765(12)
Appendix G European Union (Withdrawal) Act 2018
777(20)
Index 797
Dr Paul England is the senior professional support lawyer in the Patents Group at Taylor Wessing where he specialises in UK and multi-jurisdictional patent litigation. He has a particular interest in life sciences subject matter and associated exclusivity issues, having begun his career as a scientist and taken a doctorate in biochemistry and molecular biology at the University of Oxford. Paul's work covers advice and training to the Patents Group on these areas of law as well as providing advice and value-added services to clients.

Paul publishes regularly on patent law and exclusivity right developments, with over 50 papers in peer-reviewed journals, and he speaks at conferences several times a year. He is leading the Patents Group and clients on the UPC and Unitary Patent and the implications of Brexit on these and other issues in the patents and exclusivity rights area of the life sciences. Paul is the Consulting Editor of Intellectual Property in the Life Sciences (Second edition) and Patent Transactions in the Life Sciences (Globe Law and Business). He is also the author of 'Expert Privilege' in Civil Evidence (Hart Publishing). Paul is on the Editorial Board of Intellectual Property Life Sciences Review and a correspondent for Bio-Science Law Review. He is Secretary of The Academy of Experts and chairs the Lawyers Network of Linacre College, Oxford.

Paul is rated by peers and clients in LMG Euromoney's Rising Stars 2017.

Simon Cohen is a partner in the IP/IT group at Taylor Wessing and heads the International Patents group.