Transcript Slide 1
Approach to Rare Diseases Research and Orphan Products Development
John J. Orloff, MD
Chief Medical Officer Novartis Pharma AG US-Russia Scientific Forum November 16 th , 2011
Novartis Biomedical Research sites
•
Cambridge, MA:
• Cardiovascular&Metabolism • Infectious Diseases • Misculoskeletrical Diseases • Oncology • Ophtalmology Vaccines (NV&D)
UK
: • Respiratory • Gastrointestinal
Siena, Italy
:
NVGH
, Novartis Institute for Global Health
Siena, Italy
: • Vaccines ~ 6000 scientists ~ USD 2 bn/year
Emeryville, CA
: • Oncology
La Jolla, CA
.
GNF
, Genomic Institute of the Novartis Research Foundation
Switzerland
: • Autoimmunity, Transplantation and Inflammation • Oncology • Neuroscience • Musculoskeletal Diseases •Gastrointestinal
Shanghai, China
: • Oncology
Singapore
:
NITD
, Novartis Institute for Tropical Diseases
Indonesia
:
NEHCRI
, the NITD – Eijkman Institute – Hasanuddin University Clinical Research Initiative
Basel, Switzerland
:
FMI
, Friedrich Miescher Institute
Novartis Institutes for Biomedical Research (NIBR) Novartis Institutes for Developing World Medical Research (part of NIBR) Novartis Vaccines and Diagnostics (NV&D)
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R&D innovation guided by science and medical need
Understanding molecular biology Illustrative: Proof of Concept (PoC) clinical trials Parallel indication expansion studies PoC indication Expansion 1 Expansion 2
Protein networks, molecular pathways, are the functional units of the cell
Expansion 3 Expansion n 1X 1.5X
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CAPS: Broad spectrum of diseases resulting from over-expression of Interleukin-1
Cryopyrin Associated Periodic Syndrome (CAPS)
Familial cold autoinflammatory syndrome (FCAS)
Autosomal dominant Rash, Arthralgia, Conjunctivitis
Muckle –Wells syndrome (MWS)
Autosomal dominant Rash, fever, fatigue, sensorineural deafness AA amyloidosis (in 25% of patients) leading to renal failure
NOMID/CINCA
Sporadic Progressive chronic meningitis, deafness Visual and intellectual damage Destructive arthritis 4 | US-Russia Scientific Forum | J Orloff | 16 November 2011 |
Ilaris ® (ACZ885): Anti-IL 1β antibody
NIBR Strategy: Proof of Concept in Homogeneous Population followed by Mechanistic Expansion
CAPS 1 <0.020 Million Gout 20 Million Atherosclerosis 130 Million Normal vessel Monosodium urate crystals
1 -
Cryopyrin-associated periodic
syndrome Source for patient numbers: global prevalence estimate from Patient Base
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Latz, et al., Nature, Vol 464|29 April 2010
Why understanding one disease can be important
IL-
1β Pathway - abnormal signal transduction leading to disease
One pathway One node NALP3 (Cryopyrin) Inflammasome Activation of Caspase-1 Caspase-1 Caspase-1 IL-1 β Precursor
Inflammation (IL 1β Pathway)
Multiple diseases CAPS 1 SJIA 2 Chronic Gout CV Risk Reduction Activated IL-1 β 1
Cryopyrin-associated periodic syndrome
2
Systemic juvenile idiopathic Arthritis
3
Chronic obstructive pulmonary disease
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Psoriasis CD3 + IL-17 + cells
IL-17 Pathway in the Clinic:
Psoriasis and related immune mediated diseases
Rheumatoid arthritis CD3 _ CD4 + IL-17 + plasmacytoid-like cells Multiple sclerosis CD3 IHC
Aperio color deconvolution method A Haider et al, NIBR
IL17 IHC Langerhans cell histiocytosis skin lesion
Page et al., Am J Pathol 2004;164:409
Crohn’s disease
Coury et al., Nature Med 2008;14:81
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Fujino et al., Gut 2003; 52:65 Tzartos et al., Am J Pathol 2008;172:146
AIN457: mAB against IL-17
Parallel indication expansion
Bechets Uveitis
in PhIII
Non infectious posterior segment uveitis
in PhIII
RA 1
in PhII
Psoriasis (Moderate to severe)
in PhII
AS 2
in PoC
Psoriatic Arthritis
in PoC
MS
in PoC
Crohn’s Disease
in PoC
1 Rheumatoid arthitis 2 Ankylosing spondylitis 3 Not all potential patients would be eligible for treatment with AIN457, if approved
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Top 7 Markets 3
3,000-6,000 50,000 – 75,000 5 million 1.2 million 1.2 million 800,000 600,000 570,000
Tuberous Sclerosis : Rare Autosomal Dominant Genetic Disease
Estimated to be 1 in 6,000 live births 1-2 million worldwide (50,000 US) All sexes, races, and ethnicities Benign tumors (hamartomas) interfering with organ function Common sites are skin, kidney, brain, lung, eyes, and heart Skin lesions including facial angiofibromas in >90% of patients Neurologic manifestations are predominant clinical feature Epilepsy in 70-80% due to cortical tubers SEGAs (subependymal giant cell astrocytoma) in 5-20%; associated with hydrocephalus and increased intracranial pressure Figure from Krueger and Franz.
Pediatr Drugs
. 2008;10:299-313, with permission.
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Growth of Afinitor
®
(mTOR Inhibitor) driven by continued indication expansion
Approved 1
Number of patients
Approved
TSC SEGA 2
Unknown
Renal cell carcinoma
590k
Neuroendocrine tumors (NET)
60k+
Metastatic breast cancer
3 160k+
1 By FDA; Submitted in EU 2 Tuberous Sclerosis Complex Subependymal giant cell astrocytomas 3 Phase III studies in ER+ breast cancer and HER2+ breast cancer Source: (RCC) Globocan worldwide prevalence; (NET) Yao JC et al, JCO 2008; (Breast Cancer) PLAN A, global oncology epidemiology database (figure shown represents metastatic breast cancer in US, EU5, and Japan only)
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One pathway/NME - multiple target indications
OA SJIA Gout
IL-1 β
COPD CAPS CV Risk Liver C Gastric C Kidney C
mTOR
Tub Scl NET Cr. dis RA Psor.
IL-17
Ank. Sp.
Ps. Arth.
MS 11 | US-Russia Scientific Forum | J Orloff | 16 November 2011 | Lymph.
Tx Breast C
Orphan Drugs: Recent Trends in approvals
During the 2000s, orphan products comprised 22% of all NMEs and 31% of all SBs receiving US marketing approval The number of orphan product designations increased from 208 in 2000-02 to 425 in 2006-08 Novartis has 39 orphan designations and 18 orphan approvals to date 12 | US-Russia Scientific Forum | J Orloff | 16 November 2011 |
Orphan Drug Approvals 2009
BioMarket Trends: Jun 15 2010 (Vol. 30, No. 12) 13 | US-Russia Scientific Forum | J Orloff | 16 November 2011 |
Orphan Drug Legislation
The US Orphan Drug Act has been a success in encouraging many new drug approvals for rare diseases More than 2100 orphan designations Designations more than doubled during past decade Over 350 approvals for orphan products Similar orphan drug legislation (ODL) in other countries (EU, Japan, Australia) But, only ~200 of > 6000 rare diseases have an approved Rx Additional “Push” and “pull” incentives could foster greater investment in rare (and neglected) diseases 14 | US-Russia Scientific Forum | J Orloff | 16 November 2011 |
Mechanisms to spur innovation for Orphan Diseases
“Push” mechanisms Increase grant and research funding Stronger partnership among key stakeholders (HA, industry, academia, advocacy groups), including “de-risking” programs Increase and expand R&D tax credit to neglected diseases “Pull” mechanisms Extend market exclusivity (10 years) and include neglected diseases (clearly defined) Favorable reimbursement approach – automatic For NMEs, consider patent extension on the molecule (e.g. 6 mo similar to pediatrics) Advance market commitments (AMCs) – subsidize purchase of product after development Priority review voucher system (PRV) – expand and improve 15 | US-Russia Scientific Forum | J Orloff | 16 November 2011 |
Opportunities and Incentives for Orphan Drugs and Neglected Diseases: Regulatory Flexibility
Apply existing regulations with greater flexibility to foster development (accelerated approval program) Reduced requirements for clinical and preclinical program, including smaller trials and safety databases, historical controls, retrospective analyses , observational data, etc. – establish global standards (ICH) Consider acceptance of biomarkers (e.g. PD endpoints) as surrogates for approval (reduced burden for qualification) Conditional approval for rare & neglected diseases • Global harmonization of regulatory requirements Partner with WHO and other health authorities – leverage expertise 16 | US-Russia Scientific Forum | J Orloff | 16 November 2011 |