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Published by: Datamonitor
Published: Oct. 25, 2005 - 259 Pages
Table of Contents ABOUT DATAMONITOR HEALTHCARE
- About the Women's Health pharmaceutical analysis team
CHAPTER 1 EXECUTIVE SUMMARY
- Scope of the analysis
- Datamonitor insight into the disease osteoporosis market
- Key metrics
- Datamonitor Pipeline Assessment Summary
CHAPTER 2 PIPELINE OVERVIEW AND FUTURE FOCUS
- Key conclusions regarding top-line view of pipeline
- A diverse pipeline ready to burst
- PTH therapies and reformulations throughout the pipeline
- Key companies involved in the osteoporosis pipeline
- Pfizer - market entry setback as Oporia stumbles at FDA
- What were the reasons for rejection and what are Pfizer's options?
- Potential strategic options and impact on Oporia's launch date estimates and future revenues
- Novartis
- Missing the bone-formation boat?
- Patent expiration could leave new indications at risk. Are dosing reformulations enough to protect them?
- GlaxoSmithKline - A newcomer with a long-term approach
- Chugai - a major player in Japan
- Merck - managing the Fosamax lifecycle
- Merck's line expands, but the patent is wide open
- Missing long-term investment opportunities
CHAPTER 3 PIPELINE DYNAMICS
- Definition of osteoporosis
- Etiology of osteoporosis
- Osteoporosis classification: primary and secondary
- Pathology and complications
- Drug targets in osteoporosis
- Development of osteoporosis drugs
- Epidemiology of osteoporosis
- Methodological difficulties in assessing prevalence
- Prevalence of osteoporosis and osteopenia in postmenopausal women
- Overview of the prevalence of osteoporosis and osteopenia in postmenopausal women
- US
- Japan
- France
- Germany
- Italy
- Spain
- UK
- Segmentation of osteoporosis
- Prevalence of osteoporosis and osteopenia in men
- Introduction
- Overview of the prevalence of osteoporosis/osteopenia in men
- US
- Japan
- France
- Germany
- Italy
- Spain
- UK
- Osteoporotic fractures, their implications and minor risk groups
- Introduction
- Limitations of fracture prevalence data
- Overview of fracture prevalence
- US
- Japan
- France
- Germany
- Italy
- Spain
- UK
- Niche populations
- Glucocorticoid-induced osteoporosis
- Anorexia nervosa
- HIV
- CNS disorder-related bone loss
- Paget's disease
- Ethnic diversity
- Premature menopause
- Unmet needs in osteoporosis
- Unmet clinical needs
- Need for improved compliance
- Need for efficacy at the hip - BMD and fractures
- Need for efficacy at the spine - equivalent to Fosamax and Actonel in fractures and BMD
- Need for additional bone-forming agents - alternative formulations, better safety profile, efficacy at the hip
- Need for surrogate endpoint efficacy - suppression of resorption and maintenance or up-regulation of formation
- Unmet environmental needs
- Need for greater recognition of secondary causes of osteoporosis
- Need for greater recognition of male osteoporosis and causes of secondary osteoporosis in men for screening or case-finding purposes
- Need for primary prevention in osteoporosis - preventing the first fracture reduces the future fracture burden
- Need for increased patient identification, treatment rates and use of appropriate treatments in each patient
CHAPTER 4 R&D APPROACH
- Classification of pipeline products
- Bisphosphonates
- Mechanism of action
- Class breakdown
- The gold standard therapy: Fosamax
- SERMs
- Mechanism of action
- Calcitonins
- Mechanism of action
- Parathyroid hormone (PTH) and analogues
- Mechanism of action
- Hormone therapy
- Mechanism of action
- Class breakdown
- Vitamin D
- Mechanism of action
- Clinical trial design in osteoporosis
- Clinical trial guidelines
- Pre-clinical planning: use of animal models
- Prevention and treatment: the implications for endpoint selection
- Trial design and study population
- Osteoporosis trial design and execution: can anything replace fracture data?
- Problems with definitions: a need for greater consistency
- Large-scale trials: can surrogate endpoints ever predict fracture risk?
- The ethics of placebo-controlled trials: is there a realistic alternative?
- Recruiting the right study population
- Clinical trial endpoints in osteoporosis
- Fracture rate
- Significance of fracture rate as an endpoint
- Considerations with fracture endpoints
- Changes in BMD
- Significance of BMD as an endpoint
- Limitations of BMD as a clinical trial endpoint
- Biochemical markers of bone turnover
- How useful are bone markers?
- Limitations in the use of bone-specific markers
- Surrogate endpoints: predicting fracture risk
- Changes in bone microarchitecture
- Problems associated with microarchitecture assessment
CHAPTER 5 BISPHOSPHONATES LATE-STAGE DRUG ANALYSIS & FORECASTS
- Overview for the bisphosphonates
- Pipeline summary
- Definition of current comparator therapy - Fosamax
- Clinical trial data
- Fosamax Plus D (alendronate and cholecalciferol)
- Drug overview
- Pipeline attractiveness
- Forecast
- Boniva (ibandronate)
- Drug overview
- Clinical trial data
- Patient potential
- Marketing factors
- Satisfaction of unmet needs
- Pipeline attractiveness
- Forecasts
- Aclasta (zoledronate)
- Drug overview
- Clinical trial data
- Patient potential
- Marketing factors
- Satisfaction of unmet needs
- Pipeline attractiveness
- Forecasts
- Comparison of key compounds in the bisphosphonate class
CHAPTER 6 SERMS LATE-STAGE DRUG ANALYSIS AND FORECASTS
- Overview for the SERMs
- Pipeline summary
- Definition of current comparator therapy - Evista
- Comparative analysis
- Oporia (lasofoxifene)
- Drug overview
- Clinical trial data
- Ongoing late-stage clinical trials
- Patient potential
- Marketing factors, ambitious plans for simultaneous global launch
- Satisfaction of unmet needs
- Pipeline attractiveness
- Forecasts
- Bazedoxifene
- Drug overview
- Clinical trial data
- Bazedoxifene and Premarin
- Patient potential
- Marketing factors, overcoming negative hormone therapy perceptions
- Satisfaction of unmet needs
- Pipeline attractiveness
- Forecasts
- Comparison of key compounds in the SERM class
CHAPTER 7 PTH LATE-STAGE DRUG ANALYSIS
- Overview for PTH class
- Pipeline summary
- Definition of current comparator therapy - Forteo
- Comparative analysis
- Preos/Preotact (rhPTH 1-84)
- Drug overview
- Clinical trial data
- Patient potential
- Marketing factors
- Satisfaction of unmet needs
- Pipeline attractiveness
- Forecasts to 2015
- Other PTH drugs in development
- Asahi Kasei Pharma - teriparatide/PTH (1-34)
- Comparison of key compounds in the PTH class
CHAPTER 8 CALCITONIN LATE-STAGE DRUG ANALYSIS
- Overview of the calcitonins
- Pipeline overview
- Definition of current comparator therapy - Miacalcin
- Clinical trial data
- Comparative analysis
- Fortical
- Drug overview
- Clinical trial data
- Patient and marketing potential
- Satisfaction of unmet needs
- Pipeline attractiveness
- Forecasts
CHAPTER 9 'OTHER DRUGS' LATE-STAGE DRUG ANALYSIS
- Pipeline Overview
Definition of current comparator therapy
- Comparative analysis
- Protelos (strontium ranelate)
- Drug overview
- Clinical trial data
- Patient potential
- Marketing factors
- Satisfaction of clinical unmet needs
- Pipeline attractiveness
- Forecasts
- Denusomab (AMG-162)
- Drug overview
- Clinical trial data
- Patient and marketing potential
- Satisfaction of unmet needs
- Pipeline attractiveness
- Forecasts
- ED-71
- Drug Overview
- Clinical trial data
- Patient and marketing potential
- Satisfaction of unmet needs
- Pipeline attractiveness
- Forecasts
- Comparison of key compounds in the 'Others' class
CHAPTER 10 INNOVATIVE EARLY-STAGE PROJECTS
- Key Preclinical compounds in osteoporosis
- Src kinase inhibitors
- Vitronectin receptor antagonists
- GSK - SB 273005
- Long-acting proteins
- Human Genome Sciences
APPENDIX A
- Methodology
- Datamonitor forecast methodology
- Datamonitor drug assessment summary
- Bibliography
- Epidemiology
- United States
- Japan
- France
- Germany
- Italy
- Spain
- UK
- General
- Clinical trial data
- Report methodology
APPENDIX B
- About Datamonitor
- About Datamonitor Healthcare
- Datamonitor Healthcare's therapy area capabilities
- About the cardiovascular analysis team
- Disclaimer
- List of Tables
- Table 1: Global forecast for top five pipeline drugs and total osteoporosis market ($m), 2005-15
- Table 2: Summary of commercial and research/clinical attractiveness of top five late-phase drugs for osteoporosis
- Table 3: R&D pipeline in osteoporosis, 2005
- Table 4: Number of key osteoporosis drugs by class and development phase, 2005
- Table 5: Summary of PTH therapies in development for osteoporosis
- Table 6: Causes of secondary (Type III) osteoporosis
- Table 7: World Health Organization classification of osteoporotic bone loss
- Table 8: Epidemiology overview of osteoporosis
- Table 9: Prevalence of osteopenia and osteoporosis in postmenopausal women across the seven major markets, 2005
- Table 10: Prevalence of osteopenia and osteoporosis in men over 50 in the seven major markets, 2005
- Table 11: Prevalence of vertebral fractures in men and women over 50 in the seven major markets, 2005
- Table 12: Summary of therapeutic classes in osteoporosis, by ATC code in alphabetical order
- Table 13: Regional patent expiration of currently-marketed osteoporosis drugs
- Table 14: Overview of currently-marketed bisphosphonates indicated for use in osteoporosis treatment and prevention
- Table 15: Overview of currently-marketed SERMs indicated for use in osteoporosis treatment and prevention
- Table 16: Overview of currently-marketed calcitonins indicated for use in osteoporosis treatment
- Table 17: Overview of currently marketed PTH drugs indicated for use in osteoporosis treatment
- Table 18: Quantitative measures used for clinical efficacy endpoints in osteoporosis
- Table 19: Summary of the biochemical markers of bone resorption and formation used to measure rate of bone turnover
- Table 20: Summary of bisphosphonate products in late-stage development for osteoporosis
- Table 21: Fosamax: Key facts
- Table 22: Defining the gold standard: key clinical trial results for Fosamax
- Table 23: Summary of products within the Fosamax brand
- Table 24: Dose ranging study results for 20mg and placebo with ibandronate, % change from baseline
- Table 25: Summary of Phase II trials of ibandronate in postmenopausal osteoporosis
- Table 26: Results at 2 and 3 years in study comparing 3-monthly i.v. ibandronate, and daily oral alfacalcidol, % BMD relative to baseline, 2003
- Table 27: Factors affecting forecast revenues of Boniva (oral and IV), 2005-15
- Table 28: Novartis's HORIZON trial design, 2003
- Table 29: Factors affecting forecast revenues of Aclasta, 2008-15
- Table 30: Global sales forecasts for bisphosphonates, 2005-15
- Table 31: SERMs late-stage pipeline summary
- Table 32: Evista: key facts
- Table 33: Percentage change in bone turnover markers with lasofoxifene after six months
- Table 34: Mean percentage change from baseline at 24 months
- Table 35: Factors affecting forecast revenues of Oporia, 2008-15
- Table 36: Factors affecting forecast revenues of bazedoxifene and bazedoxifene/Premarin, 2008-15
- Table 37: Global sales forecasts for SERMs, 2007-15
- Table 38: Summary of PTH drugs in late-stage development for osteoporosis
- Table 39: Forteo: key facts
- Table 40: Results of PATH trial (%), 2003
- Table 41: Factors affecting forecast revenues of Preos/Preotact, 2008-15
- Table 42: Overview of the calcitonins in late-stage development for the prevention or treatment of osteoporosis
- Table 43: Miacalcin: key facts
- Table 44: Factors affecting forecast revenues of Fortical, 2008-15
- Table 45: Overview of 'Other' drugs in late-stage development for the prevention and treatment of osteoporosis, 2005
- Table 46: Study population, design and endpoints.
- Table 47: PREVOS change in BMD results, percent from baseline
- Table 48: STRATOS mean annual change in BMD, percent from baseline
- Table 49: Factors affecting forecast revenues of Protelos, 2008-15
- Table 50: Factors affecting forecast revenues of ED-71, 2008-15
- Table 51: Global sales forecasts for 'Other' drugs, 2005-15
- Table 52: Drugs in development for osteoporosis, 2005
- List of Figures
- Figure 1: Datamonitor osteoporosis drug assessment summary
- Figure 2: Osteoporosis pipeline breakdown by development phase shows heavily pregnant late-stage pipeline
- Figure 3: Pipeline overview of osteoporosis drugs
- Figure 4: Pfizer's possible actions in response to FDA "not approvable" letter on Oporia for osteoporosis prevention
- Figure 5: US Oporia forecast comparing Datamonitor's potential sales estimates before and after FDA gave its not approvable verdict
- Figure 6: Forecast of Fosamax brand, generic and total molecule sales in the US, 2004-15
- Figure 7: Schematic of key current and pipeline drugs, their targets and their effects on bone formation and resorption
- Figure 8: Osteoporosis drugs and their overlap into other indications
- Figure 9: Prevalence of osteopenia and osteoporosis in women over 50 years across the seven major markets, 2005
- Figure 10: Prevalence of osteopenia and osteoporosis in men over 50 in the seven major markets, 2005
- Figure 11: Prevalence of vertebral fractures in men and women over 50 across the seven major markets, 2005
- Figure 12: Unmet clinical needs in osteoporosis
- Figure 13: Schematic showing steps of vitamin D activation
- Figure 14: Pipeline attractiveness of Fosamax Plus D/Fosavance in osteoporosis
- Figure 15: Osteoporosis sales forecast for Fosamax Plus D in osteoporosis to 2015
- Figure 16: SWOT analysis of Boniva for osteoporosis
- Figure 17: Assessment of Boniva key performance indicators
- Figure 18: Pipeline attractiveness of Boniva in osteoporosis
- Figure 19: Global sales forecast for Boniva (oral and IV) in osteoporosis to 2015
- Figure 20: SWOT analysis of Aclasta for osteoporosis
- Figure 21: Assessment of Aclasta key performance indicators
- Figure 22: Pipeline attractiveness of Aclasta in osteoporosis
- Figure 23: Global sales forecast for Aclasta in osteoporosis to 2015
- Figure 24: Datamonitor's drug assessment summary for the late-stage pipeline bisphosphonate therapies
- Figure 25: Global sales forecasts for bisphosphonates, 2005-15
- Figure 26: SWOT analysis of Oporia in osteoporosis
- Figure 27: Assessment of Oporia key performance indicators
- Figure 28: Pipeline attractiveness of Oporia for osteoporosis
- Figure 29: Global sales forecast for Oporia in osteoporosis to 2015
- Figure 30: SWOT analysis of bazedoxifene in osteoporosis
- Figure 31: Assessment of bazedoxifene key performance indicators
- Figure 32: Pipeline attractiveness of bazedoxifene and bazedoxifene plus Premarin for osteoporosis
- Figure 33: Global sales forecast for bazedoxifene and bazedoxifene/Premarin in osteoporosis to 2015
- Figure 34: Datamonitor's drug assessment summary for the late-stage pipeline SERM therapies
- Figure 35: Global sales forecasts for SERMs, 2007-15
- Figure 36: SWOT analysis of Preos in osteoporosis
- Figure 37: Assessment of Preos key performance indicators
- Figure 38: Pipeline attractiveness of Preos for osteoporosis
- Figure 39: Global sales forecast for Preos/Preotact in osteoporosis to 2015
- Figure 40: Datamonitor's drug assessment summary for the late-stage pipeline PTH therapies
- Figure 41: SWOT analysis of Fortical in osteoporosis
- Figure 42: Assessment of Fortical key performance indicators
- Figure 43: Pipeline attractiveness of Fortical for osteoporosis
- Figure 44: Global sales forecast for Fortical in osteoporosis to 2015
- Figure 45: SWOT analysis of Protelos in osteoporosis
- Figure 46: Assessment of Protelos key performance indicators
- Figure 47: Pipeline attractiveness of Protelos for osteoporosis
- Figure 48: Global sales forecast for Protelos in osteoporosis to 2015
- Figure 49: SWOT analysis of Denosumab in osteoporosis
- Figure 50: Assessment of Denosumab key performance indicators
- Figure 51: Pipeline attractiveness of Denosumab in osteoporosis
- Figure 52: Global sales forecast for Denosumab in osteoporosis to 2015
- Figure 53: SWOT analysis of ED-71 in osteoporosis
- Figure 54: Assessment of ED-71 key performance indicators
- Figure 55: Pipeline attractiveness of ED-71 for osteoporosis
- Figure 56: Global sales forecast for ED-71 in osteoporosis to 2015
- Figure 57: Datamonitor's drug assessment summary for the late-stage pipeline 'Other' therapies
- Figure 58: Global sales forecasts for 'Other' drugs, 2005-15
AbstractIntroduction
Osteoporosis is a degenerative skeletal disorder characterized by an increase in bone fragility and fracture risk due to a loss of bone mass and microarchitectural deterioration. The most serious clinical expression of osteoporosis is fracture. Despite the availability of a number of drugs capable of reducing fracture risk by over 50%, the use of drugs to prevent bone loss remains inadequate.
Scope
Epidemiology of osteoporosis in the seven major markets by disease severity, identification of niche populations and unmet needs
Detailed profiles of drugs in late-stage development examining clinical data, patient potential, marketing factors, satisfaction of unmet needs
Primary research with key osteoporosis opinion leaders providing insight on future market entrants and innovative R&D projects in the disease area
Evaluation of key company activity in this market looking at lifecycle management among current leaders and R&D commitments of future players
Highlights
Bisphosphonates will remain the gold-standard approach to osteoporosis treatment due to familiarity among prescribers, genericization of leading brands and innovations in dosing among novel products. Other antiresorptive agents will significant potential be limited by high costs, safety concerns and inadequate commercial development plans.
The osteoporosis pipeline is top-heavy, with 50% of drug candidates in Phase III or higher. Investment is evident across therapeutic classes, particularly in improving peptide delivery methods, although anabolic therapies are dominated by early-Phase PTH drugs and comprise only one-fifth of total pipeline candidates.
Datamonitor has identified the five most promising compounds in development for osteoporosis which together will account for nearly 80% of revenues from pipeline products in 2015. The overriding trend in these top brands is long-interval, intermittent dosing that aims to address the need for improved patient compliance.
Reasons to Purchase
Appreciate key trends in the approach to osteoporosis treatment and prevention and identify opportunities in areas of unmet need
Quantify the commercial potential of therapeutic drug classes and key products and understand the reasons for success
Understand the impact of genericization in the market and the future challenges faced by novel therapies
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