Alzheimer’s Disease: Opportunity Analyses – Beyond Bapi
1. UNMET NEED
1.1 Failures have not become the Pillars of Success
1.2 Safety is most critical for Approval
2. PURSUING MULTIPLE TARGETS- PIPELINE
3. MILESTONESTHR OUGH201 2-2015
4. DISEASE OVERVIEW AND DIAGNOSIS
5. CURRENT TREATMENT PARADIGM
5.1 Targeting of Aβ is Under Fire!
6. TREATMENT APPROACHES AND CLINICAL DATA:
6.1 Immunotherapy
6.1.1 JNJ/PFE’s Bapineuzumab
6.1.2 LLY’s Solanezumab
6.1.3 Baxter’s Gammagard
6.1.4 Roche/ MorphoSys’ Gantenerumab
6.1.5 Bristol-Myers Squibb’s BMS-708163
6.1.6 AstraZeneca/ Targacept’s AZD3480/ AZD1446
6.1.7 Novartis/ Cytos Biotech’s CAD-106
6.1.8 GSK/ Affiris’ AD02
6.2 Combination Therapies
6.2.1 Medivation/ PFE’s Dimebon
6.2.2 PFE/ ELN/ JNJ’s PF-05236806
6.3 Anti-Oxidation / Anti-Aggregation
6.3.1 TauRx’s Rember/LMT
6.3.2 Prana’s PBT2
6.3.3 Elan/ Transition Therapeutics’ ELND005
6.4 Serotonin Modulators
6.4.1 GSK’s SB-742457
6.4.2 H. Lundbeck’s Lu AE58054
6.4.3 Nanotherapeutics’ PRX-3140
6.4.4 RaQualia Pharma’s RQ-00000009
6.4.5 Challenges with 5-HT4
6.5 Others
6.5.1 GSK’s GSK189254 (H3 inverse agonist)
6.5.2 EnVivo Pharma’s EVP-6124 (Nicotinic A7 Agonist)
6.5.3 Ceregene’s CERE-110 (NGF gene therapy)
1.1 Failures have not become the Pillars of Success
1.2 Safety is most critical for Approval
2. PURSUING MULTIPLE TARGETS- PIPELINE
3. MILESTONESTHR OUGH201 2-2015
4. DISEASE OVERVIEW AND DIAGNOSIS
5. CURRENT TREATMENT PARADIGM
5.1 Targeting of Aβ is Under Fire!
6. TREATMENT APPROACHES AND CLINICAL DATA:
6.1 Immunotherapy
6.1.1 JNJ/PFE’s Bapineuzumab
6.1.2 LLY’s Solanezumab
6.1.3 Baxter’s Gammagard
6.1.4 Roche/ MorphoSys’ Gantenerumab
6.1.5 Bristol-Myers Squibb’s BMS-708163
6.1.6 AstraZeneca/ Targacept’s AZD3480/ AZD1446
6.1.7 Novartis/ Cytos Biotech’s CAD-106
6.1.8 GSK/ Affiris’ AD02
6.2 Combination Therapies
6.2.1 Medivation/ PFE’s Dimebon
6.2.2 PFE/ ELN/ JNJ’s PF-05236806
6.3 Anti-Oxidation / Anti-Aggregation
6.3.1 TauRx’s Rember/LMT
6.3.2 Prana’s PBT2
6.3.3 Elan/ Transition Therapeutics’ ELND005
6.4 Serotonin Modulators
6.4.1 GSK’s SB-742457
6.4.2 H. Lundbeck’s Lu AE58054
6.4.3 Nanotherapeutics’ PRX-3140
6.4.4 RaQualia Pharma’s RQ-00000009
6.4.5 Challenges with 5-HT4
6.5 Others
6.5.1 GSK’s GSK189254 (H3 inverse agonist)
6.5.2 EnVivo Pharma’s EVP-6124 (Nicotinic A7 Agonist)
6.5.3 Ceregene’s CERE-110 (NGF gene therapy)