|
|
| Biotechnologies Et Génétique > Etude de marché sectorielle |
| Biotech And Pharmaceutical Spinouts: Maximize your assets' potential in a context of increasing earning pressures |
|
|
|
|
€ 6 080,00 |
Editeur
: |
Datamonitor |
Langue
: |
Anglais |
Date de publication : |
Juillet 2005 |
Taille du document : |
128 |
Autres informations : |
Description , Table des matières |
| |
|
|
|
|
| |
Documents Publics |
1,200,000
documents |
Téléchargement illimités |
|
|
|
Etudes Privées |
50,000 rapports et études |
Paiement à la piéce |
|
|
|
|
| |
|
1.Télécharger nos rapports publics
Accés complet à plus de 1,2 Million de documents publics : études de marché, statistiques sectorielles, fiches pays, monographie d'entreprises, veille concurentielle, rapports annuels...
|
| Nos documents publics sur le même théme (5) |
|
|
|
| 52 pages | Mars 2001 | Anglais
|
|
|
| Main
focus: |
biotechnology,bioinformatics,bio informatics,...,...
|
| Research
focus: |
market size and estimates,market segmentation, |
| Geographic
focus: |
canada,united kingdom,usa,france |
| |
|
|
|
|
| 271 pages | Juillet 2006 | Anglais
|
|
|
| Main
focus: |
biotechnology,biotech,biotech crops,bioinformatic,...,...
|
| Research
focus: |
competition analysis,market size and estimates, |
| Geographic
focus: |
france,united kingdom,hungary,czech republic,... |
| |
|
|
|
|
| 90 pages | Janvier 1998 | Anglais
|
|
|
| Main
focus: |
biotechnology,biotech,genetics,drug discovery,...
|
| Research
focus: |
competition analysis,market outlook, |
| Geographic
focus: |
usa,india,uruguay,chile,colombia,venezuela,... |
| |
|
|
|
|
| 44 pages | Juin 2005 | Anglais
|
|
|
| Main
focus: |
pharmaceutical,pharmaceutical industry,...,...
|
| Research
focus: |
demand analysis,market size and estimates, |
| Geographic
focus: |
france,germany,united kingdom,japan,spain,... |
| |
|
|
|
|
| 44 pages | Janvier 2001 | Anglais
|
|
|
| Main
focus: |
biotechnology,biotech,biotechnology patents,...,...
|
| Research
focus: |
market size and estimates,market definition, |
| Geographic
focus: |
usa,switzerland,united kingdom,germany,france |
| |
|
|
|
|
| Autres recherches sur le même thème |
|
|
|
| |
| |
|
| |
|
2.
Rechercher d'autres rapports et études à commander
Rechercher et commander ici parmi 50.000 études de marché publiées par les principaux instituts d'études internationaux
|
| Rapports privés en relation |
|
The Genomics Outlook To 2005: Transforming pharmaceutical and diagnostic markets 150 pages | Janvier 2002 |
Genomics is quietly transforming the pharmaceutical industry. Companies are moving from medicinal chemistry based drug discovery and development, to using information provided by genomics. V |
953,48 €
|
| |
| |
Biochips IRCD pages | Juillet 2001 |
The notion of a cheap and reliable computer chip look-alike that performs thousands of biological reactions is a very attractive one, because it miniaturizes, automates and accelerates otherwise cumbe |
1 200,00 €
|
| |
| |
03-054: Immunohistochemistry Market Benchmarking Survey 90 pages | Octobre 2003 |
This report provides an overview of the most commonly used methods and products for tissue/sample preparation and antigen detection to help suppliers understand researchers’ experiences, preferences a |
680,00 €
|
| |
| |
03-010: The Market for Toxicogenomics Products & Services 193 pages | Avril 2003 |
This report provides a look at service providers, informatics products, microarrays and databases from the end-user's perspective |
640,00 €
|
| |
| |
Strategies for Biogeneric Success 71 pages | Juin 2004 |
What will determine success? Development of biogeneric molecules for sale in the potentially highly lucrative US and Western European markets depends on the ability to answer three key questions |
1 500,00 €
|
| |
| |
03-026: The Market for Tissue Microarrays 134 pages | Juillet 2003 |
This report provides vital information on end-users’ scientific objectives, instrumentation for production and analysis of TMAs, outsourcing practices and preferred TMA suppliers |
640,00 €
|
| |
| |
03-052B: The DNA Purification Market: Keys to Success for Commercial Kit Suppliers 152 pages | Octobre 2003 |
This report is designed to help life science product managers understand customers in the DNA purification market and the factors that drive their purchasing behavior |
1 280,00 €
|
| |
| |
Target and Lead Validation 160 pages | Décembre 2000 |
The advent of brute force approaches to lead generation has highlighted a key bottleneck in drug development. The issue is not how many new compounds can one make per day, but rather how many c |
1 400,00 €
|
| |
| |
DNA Computing-Tool for High-Performance Simulation 20 pages | Juillet 2002 |
The disciple of "DNA Computing" involves in cross-disciplinary research process between molecular and cellular biology involves the computational process in developing formal models of biological phen |
350,00 €
|
| |
| |
Arthritis Drug Discovery IRCD pages | Juin 2001 |
Arthritis (from the Greek for joint) is a chronic multi-factorial disease of the joints, induced when the immune system attacks and begins degrading the joints. The disease knows no racial boun |
1 026,17 €
|
| |
| |
|
| |
| Autres secteurs en relation |
|
|
|
| |
|
| |
| |
| Présentation de l'étude de marché - Description & Table des matières |
|
| Biotech And Pharmaceutical Spinouts: Maximize your assets' potential in a context of increasing earning pressures |
|
|
Introduction   Biotechnology and pharmaceutical companies are increasing their focus on their intellectual property and assets management. Portfolio management and business development teams are becoming aware of the potential to capitalize on their company's non-core assets and to access niche markets by spinning out new, independent biotechnology companies backed by important venture capital investments.  
  Scope   Analysis of more than 35 European and US biotech spinouts over the last 10 years, with initial investments ranging from $8m to $150m   Insight into the strategic and human difficulties encountered during spinouts and detailed strategies for overcoming these barriers   Strategic recommendations based on interviews with senior executives from portfolio management teams, spinout and biotechnology companies   Detailed case study of BioXell, a successful Italian biotechnology company, spun out from Roche in 2002   Highlights   Over the past five years, the number of spinouts has increased and seems set to continue to grow further, as investors, biotechnology, and pharmaceutical companies view with an increasing interest the possibilities offered by the low-risk spinout deals.  
  One of the greatest drivers towards spinout creation is that they help refocus company strategy. Following a merger or simply complementing a strategic realignment on core areas, spinouts provide a valuable option to leverage assets of low strategic importance, or under-exploited assets in their parent company.  
  Managing remaining ties between the spinout and its parent company is essential to the success of the spinout. While parent company should retain limited equity and products rights in the spinout company, excessive product trumping or management interference from the parent company deter investors and impedes the spinout entrepreneurial attitude.  
  Reasons to Purchase   Gain insight into the factors that will have the greatest impact when spinning out assets from a biotechnology or pharmaceutical company   Determine the best strategy to spin out assets through understanding their strategic advantages and challenging deal structure   Manage fruitful interactions with investors and other key stakeholders to optimize return on investment and promote entrepreneurial attitude
|
|
TABLE OF CONTENTS   EXECUTIVE SUMMARY 3   Introduction 3   Market context 3   Planning a spinout 4   Key steps to spinout creation 6   From spinout to IPO 7   INTRODUCTION 20   What is this report about? 20   Who is the target reader? 20   CHAPTER 1 MARKET CONTEXT OF THE SPINOUTS 21   Introduction 21   Key findings 21   Under huge earning pressures, biotechnology and pharmaceutical companies consider spinouts as increasingly attractive options 22   Earning pressures drive biotechnology and pharmaceutical companies to focus their business on core assets and reduce their cash burn 22   The perception of spinouts is changing 22   Spinouts emerge an innovative strategy to access new markets 23   The possibilities for spinout deals are larger than ever 24   The number continues to increase 24   Spinouts are well suited to develop in Europe 24   Pharmaceutical companies also create their own corporate venture funds, and invest in asset management 24   Spinouts are exciting opportunities for investors 26   Large life-science equity funds invest large sums in spinouts 26   Investors are motivated by spinout investments as they reduce burden on their time and lead to quicker and safer returns 27   CHAPTER 2 PLANNING A SPINOUT 29   Introduction 29   Key findings 29   Choose the right divestment strategy for your assets 30   Evaluating assets 31   Divestiture strategies can be tackled from financial and strategic angles 32   Datamonitor can provide an strategic analysis to assets divestment 35   Asset identification remains generally a top-down and opportunistic approach 37   Bottom-up asset identification create additional spinout opportunities 37   Spinning out assets remains an ad-hoc process 40   The main drivers of spinout creation are leveraging assets of low strategic importance and exploiting under-utilized research assets 42   Biotechnology and pharmaceutical companies consider spinouts to leverage technologies of low strategic importance 43   Spinouts exploit under-utilized research assets… 44   …and improve the return generated from assets 44   Companies gain access to niche markets… 45   …and opportunities for staff outplacement 45   Long and complex processes and loss of control on assets can deter parent companies to create spinouts 47   Spinning out a company is a long a complex process 48   Parent companies fear the loss of control on their assets 49   Senior management holds an obsolete, negative view of spinouts 50   Acrimonious relationships with employees are a risk for the spinout and parent company 52   Mature biotechnology and large pharmaceutical companies spin companies out for different reasons 53   Biotechnology companies spinout assets for access to finance 53   Pharmaceutical companies go down the spinout route to refocus their strategy and promote entrepreneurship 53   Valuing the deal: use the right tools to prove your mature assets are worth large investments 54   Spinouts’ mature assets attract high initial financing 54   Discounted cash flow remains best practice to value spinout deals 57   Risk evaluation: independent players hold more skeptical views on clinical trials success 61   CHAPTER 3 KEY STEPS TO SPINOUT CREATION 65   Introduction 65   Key findings 65   Datamonitor developed a process to spin out a company 66   Key steps to take towards a successful spinout 66   Involve key external stakeholders when needed 67   The five things you need to do to create a spinout company 68   Board members’ support is the key starting point of a successful spinout 69   The assemblage of a multidisciplinary spinout team gives a clear identity to the spinout and facilitates future spinout creation 71   Find the right spinout champion 73   Spinning out clearly separated and defined assets eases the process 75   Have conflict-management systems in place 76   Understand stakeholders’ role to build a fruitful collaboration 79   External stakeholders come in at different stages of the spinout process 80   Relationships between investors and pharmaceutical companies remain difficult, but investors can bring significant value to spinout deals thanks to their networking capabilities 83   Biotechs’ smaller and more flexible structures impact the spinout process 84   Biotechnology CEOs have a more direct influence on spinout decisions 84   Biotechnology are smaller structures, making spinouts quicker and more informal 84   Limited resources impact the spinouts from biotechnology companies 84   Biotechnology companies are experienced in dealing with investors 84   CHAPTER 4 FROM SPINOUT TO IPO 86   Introduction 86   Key findings 87   Spinouts benefit from incubation before their independence 88   Opportunities offered by incubation 88   Incubation is a period of handing over, not watching over 89   Management of remaining ties is critical to spinouts’ independence 90   Parent companies can keep certain opt-in rights and stake in their spinout company to leverage some of the spinout’s success 90   Lingering ties can be a burden for the parent company, liabilities are a threat for the spinout company 91   Spinout management must adopt a biotechnology and entrepreneurial management style 93   An IPO provides a good exit opportunity for investors, but don’t rush it 94   A rapid way to return on investments 94   Investors are often patient to get higher returns if going public becomes difficult 95   …or opt for alternative exit strategies, like M&A 96   What you can expect from spinning out assets 97   Spinouts bring financial and strategic benefits to parent and spinout companies 97   Spinouts create value for their parent company and in the region they are implanted 98   Spinout companies yield typical returns between 2x and 5x 99   Remember the following points to spinout successfully 100   Key points of conflicts 100   Make the spinout attractive for investors 101   Opt for the right key performance indicators 102   CASE STUDY: BIOXELL 104   Introduction 104   Key findings 104   BioXell: key facts 105   A strategic decision from Hoffmann-La Roche 106   When it spun BioXell out, Roche was focusing on core assets… 106   …expanding its exposure to new technologies while reducing risk… 106   …and enhancing R&D productivity 106   The involvement of key players 107   BioXell’s creation was driven by entrepreneurial scientists… 107   …and was backed by large, experienced life-science funds 107   A good example of a bottom-up opportunity championed by scientists, and recognized by the parent company 107   Experienced PR firms made BioXell visible after its creation 107   An attractive package for top-tier investors 108   Attracted by a talented leadership, an exciting technology platform and promising assets, inventors injected €63m ($75m) in BioXell in three financial rounds 108   This financing of BioXell is enough to last well into 2007 108   An attractive spinout cluster 108   A fruitful interaction with investors 109   BioXell’s board of directors represents its main investors’ interests 109   BioXell’s chairman is a good example of the strategic advantages spinout companies can gain from their relationships with experienced investors 109   Carefully managed ties between Roche and BioXell 110   Roche gave BioXell appropriate tools to support its activity… 110   …and kept a limited number of ties with BioXell 110   Additionally, Roche had fostered close links with potential collaboration partners by choosing to partner with companies that it has spun out, such as BioXell 110   A supportive incubation and an efficient success factor monitoring 111   BioXell is incubated inside Roche’s facilities 111   After the spinout, several KPIs were put in place to measure the success of BioXell 111   On a promising path to IPO 112   On May 25 2005, BioXell signed a drug development deal with Merck & Co. 112   The deal is worth up to $150m, bringing BioXell a step closer to a stock market flotation 112   APPENDIX 113   Definitions 113   Research methodology 113   Questionnaire 114   References 121   Bibliography 121   Relevant links 122   Further reading 123   Licensing and portfolio management team 124   David Abramson – Lead Consultant 125   Mohit Jain – Managing Consultant 126   Philippe Fabre – Managing Consultant 126   Romain Lasry – Consultant 127   How to contact experts in your industry 128     LIST OF TABLES   Table 1: Spinout that were identified by internal staff of the parent company 38   Table 2: Selected spinout deals, listing parent company, date of the deal and initial investment made by investors 54   Table 3: Research costs for a DCF evaluation (in $m) 58   Table 4: Sales and marketing costs for a DCF calculation (in % of sales) 58   Table 5: Clinical trials success rates, by phase 61   Table 6: Clinical trials cumulative success rates 63   Table 7: List of spinouts that went public 95   Table 8: KPIs for spinout companies 102  
    LIST OF FIGURES   Figure 1: Complementary forces drive biotechnology and pharmaceutical companies and investors on a path to common success 4   Figure 2: Leveraging assets of low strategic importance and exploiting under-utilized assets are the main drivers to spinout creation 5   Figure 3: Key steps to drive out a successful spinout 6   Figure 4: Spinning assets out benefit the parent company and the spinout 8   Figure 5: Spinouts are one option among several divestiture strategies 30   Figure 6: Options to divest assets 31   Figure 7: Financial or strategic motives drive different divestitures 32   Figure 8: Companies in need to focus or need to react are the most likely to spinout assets 35   Figure 9: MultiVariate analysis of Bayer’s efficiency and profitability before its 2004 spinouts shows the company needed to refocus 36   Figure 10: Assets are often identified top-down by portfolio management teams; however significant opportunities are identified by entrepreneurial staff 37   Figure 11: Leveraging assets of low strategic importance and exploiting under-utilized assets are the main drivers to spinout creation 42   Figure 12: A complicated process and the fear of losing control on assets deter companies to go down the spinout route 47   Figure 13: Discounted cash flow take into account sales, costs, discount, risk and lead to a precise value of the spinout deal 57   Figure 14: First part of the DCF calculation requires experience in sales forecasts, as well as research and marketing costs calculation 58   Figure 15: The second part of the DCF calculation revolves around discount factor and risk estimations 59   Figure 16: The value of a spinout deal is calculated using a bottom up DCF evaluation 60   Figure 17: Clinical trial absolute success rates: consulting firms are more skeptical about Phase I clinical trials success 62   Figure 18: Clinical trial cumulative success rates: consulting firms and FDA predict lower overall success rates than pharmaceutical companies 63   Figure 19: Example of risk-adjusted valuation of a Phase I developmental compound 64   Figure 20: Key steps to drive out a successful spinout 66   Figure 21: When to involve external players 67   Figure 22: Board support is vital to start a sound spinout process 69   Figure 23: Once the board approval is secured, the creation of a spinout advisory team lays to foundation of a successful spinout 71   Figure 24: The ideal spinout champion, driving the process, should be an experienced team manager and a respected scientist 73   Figure 25: Three main conflict zones along the course of spinout creation 76   Figure 26: Implement solutions at the main points of conflict 77   Figure 27: The importance of external stakeholders varies along the course of spinout creation 80   Figure 28: Investors usually have an extensive network and can bring in management consultants, lawyers or even scientists to further assist the spinout creation and support 83   Figure 29: From creation to IPO: spinout companies are created, then incubated before becoming independent. They eventually can go public or can be acquired 86   Figure 30: After the spinout, a few ties such as opt-in rights, equity sharing and liabilities remain between the parent company and its spinout 90   Figure 31: IPOs offer good opportunities to investors to make significant returns on their large capital investments in spinout companies 94   Figure 32: Spinning assets out benefit the parent company and the spinout 97   Figure 33: Spinouts create value in their region of implantation, bring focus to their parent company and boost entrepreneurial spirit in the new company 98   Figure 34: Milestones to deal successfully with spinout’s conflicts 100   Figure 35: Make your spinout attractive for investors 101   Figure 36: BioXell is a successful spinout company 105   Figure 37: Datamonitor Healthcare Consultancy expertise 124   Figure 38: Datamonitor Healthcare supports our clients in… 125  
 
|
|
|
PPLSEN
|
|
|
|
|