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Proposal for cord blood banking and therapeutics business (roll up strategy september 2011)v 6
1. Proposal: Build The Leading International Cryo-
Banking and Stem Cell Therapeutics Company
September, 2011
Gregory A. Bonfiglio
Proteus Venture Partners
2. Proteus: An Investment and Advisory
Firm Focused on RM
Proteus, Inc.
Proteus Proteus Proteus
Management, LLC Insights, LLC Advisors, LLC
(Fund Management) (Consulting Services) (Investment
Banking Services)
CONFIDENTIAL 2
3. Agenda
I. The Market & Opportunity
Broader Regenerative Medicine Market
Cord Blood Market: Key Metrics & Market Leaders
The Opportunity
II. Phase I: Build A Dominant International Bio-Banking Company
Acquire A Market Leader & Roll-Up Small Underperforming Banks
Drive Revenues with Aggressive Sales & Marketing
Expand Tissue Offering
III. Phase II: Bring RM Therapeutics To Emerging Markets
Initial Therapies Leverage Stored Tissue
Proven Therapies That Address Unmet Regional Medical Needs
IV. Funding & Exit Strategy
Funding Required
Exit Strategy
CONFIDENTIAL 3
4. The Promise of Regenerative Medicine
To Cure Diabetes To Cure Vision Disorders To Heal Acute Spinal Cord Injury
Paralyzed Rat Paralyzed Rat Walks
(double click to see video) (double click to see video)
To Replace Entire Organs Tools for Drug Discovery To Regenerate Heart Muscle
CONFIDENTIAL 4
5. Development of Regenerative Medicine
Current technologies build on 50 years of research
1960s 1970s 1980s 1990s 2000s
1973 – First 2001 –
unrelated 1997 – Dolly the RhBMP-7
1963 – Mouse bone marrow 1981 – Mouse Sheep cloned; – Approved
ASCs isolated transplant ESCs Isolated FDA Approves
Carticel (19997)
& Apligraf (1999) FDA Approves
Dermagraft (2001)
1986 – First
1968 – ALL
Mouse Cloned
patient
irradiated, 2005 Use of
infused with 1989 – First unrelated cord
identical twin Sibling Cord Blood blood in BMT
BMT Transplant
(Gluckman) 1998 – 2007 –
Human iPSCs
ESCs from
1993 – ViaCell isolated Humans
Begins Banking
Cord Blood
Source: Company websites, NIH, Pubmed
CONFIDENTIAL 5
6. RM Is Entering A New ERA
RM Market is Maturing: Key Metrics
Rapidly Expanding Market: Commercial Products
• $1.6B in 2010 • 400 on Market (Mostly Skin, Tools
Media, & Devices);
• $20.0B in 2025 – 900+ in Development
• CAGR of 18.34% • 44 Cell Therapies on Market
– $1B Revenues
Dramatic Revenue Growth – 400 in Development
• $130M in 2001 – 28 in PIII/Pivotal Trials
• $1.6B+ in 2010
1.2M+ Patients Treated with RM
Products.
Worldwide funding for research
Increasing
• 320K+ Cell Therapy Patients
• $2.5B Now RM Companies
• $14B in 10 Years • 700+ Co’s involved in RM
• 50+ Public Co’s;
Clinical Programs
• Over 3600 Clinical Trials
– $8-$10B Total Market Cap
• Over 400 ex-Oncology • 250+ Private Co’s
CONFIDENTIAL 6
7. RM Market:
Global Company Distribution
Canada UK
24 firms 133 firms Europe
(ex. UK)
3% 19%
14% 93 firms
Asia
56% 2% 32 firms
5%
Middle East
17 firms
USA
386 firms
700+ RM companies worldwide!
CONFIDENTIAL 7
8. Big Pharma is Actively Engaged
GSK & HSCI: $25M Deal
Merck, Pfizer & Lily Launch Enlight BioScience
Pfizer RM Division: $111M Deal with
Athersys (IBD); UCL (RPE); ViaCyte
(Diabetes) GSK, AZN & Roche Help Launch Stem Cells
for Safer Medicine in UK
Genzyme & Osiris: $1.25B Deal
Johnson & Johnson Invests in Tengion &
ViaCyte (NovoCell)
Cephalon & Mesoblast: $2B Deal
GE & Cytori: StemSource
Shire Acquires ABH for $750M
CONFIDENTIAL 8
9. Cord Blood Market:
Key Metrics
Cord Blood Market Metrics
Market Size: Market Penetration
• $3.4B (2010) • 1-6% of All Births (varies by
• $14.9B (2105) country/region)
• CAGR: 27.9%
Average Fees: Private Banks
Cord Blood Banks: • $1,750 Initial Collection & Storage
• 150+ Private Banks – Range: $890 - $2300
• 44 Public Banks • $125 Annual Fee
• 26 Countries – Range: $85-$150
Total Cord Blood Units Stored Average Fee: Public Banks
• 500,000 Units in Public Banks • $35,000 per Unit (US/EU)
• 1M+ Units in Private Banks
Public Bank Utilization Rate:
• 1-3% of Units per year
CONFIDENTIAL 9
10. Cord Blood Market:
Key Metrics
Cord Blood Market Metrics
Total Cord Blood Transplants: Regulatory Framework
15,000 in 43 Countries • Regulated as a “Biologic” by
FDA/EMA
• 1,056 per year (2009) • By October 2011, All Cord Blood
• 10,000 per year (2015) Banks Must be Licensed (BLA)
• CAGR: 37.8%
Therapeutic Applications
50% of All Patients Seeking a • 70+ in Clinical Practice
BM/PBSC Transplant Cannot • Leukemia; Lymphoma; Blood
Find a Match Disorders; Hematopoietic
Restoration
Fastest Growing Segment of
Clinical Trials
Cell Transplant Market • Over 530 FDA Clinical Trials
• 25% of All Cell Transplants in – 396 New Therapies
2010 – 50 Pivotal/PIII Trials
• 60% by 2015
CONFIDENTIAL 10
11. Cord Blood Therapeutics:
Comparison with Bone Marrow
Cord Blood v. Bone Marrow
HLA 2nd or
Donor Units Search Engraftment GvHD Ethnic
Match Double
Morbidity Available Time Time Risk Match
Required Graft
Cord 550,000
None 4/6 1 Day Yes 26 Days Minimal Easier
Blood Units
Possible
Bone 14.6M 3-4 if donor
50% 8/8 18 Days 50% Difficult
Marrow Donors Months is
available
Confidential 11
14. Current Therapeutic Applications
for Cord Blood Market
Key Metrics
• 25,000 + Cord Blood Transplant To Date
• 3000+ Transplants in 2010
o 9% Increase over 2009
o 100% Increase (2X) over 2005
• 10,000 Transplants per year projected by 2015
o CAGR: 49.3%
• Multi-Cord Transplants Increased 25% in 2010
• 60+ Diseases Treated
CONFIDENTIAL 14
15. Agenda
I. The Market & Opportunity
Broader Regenerative Medicine Market
Cord Blood Market: Key Metrics & Market Leaders
The Opportunity
II. Phase I: Build A Dominant International Cryo-Banking Company
Acquire A Market Leader & Roll-Up Small Underperforming Banks
Drive Revenues with Aggressive Sales & Marketing
Expand Tissue Offering
III. Phase II: Bring RM Therapeutics To Emerging Markets
Initial Therapies Leverage Stored Tissue
Proven Therapies That Address Unmet Regional Medical Needs
IV. Funding & Exit Strategy
Funding Required
Exit Strategy
CONFIDENTIAL 15
16. Build A Dominant International Cryo-
Banking Company: Strategic Plan
#1: Acquire a Market Leader
• Acquisition Candidate: StemCyte (http://www.stemcytefamily.com/)
3rd Largest Cord Blood Company
o Cord Blood Registry, and ViaCord Are Largest
Public & Private Banks
Proprietary Plasma Reduction Technology
Active Therapeutics Program
o 1300+ Transplants to Date
o Clinical Trials in China (Spinal Cord; Stroke)
Facilities in US, Taiwan, and India
CONFIDENTIAL 16
17. Build A Dominant International Cryo-
Banking Company: Strategic Plan
#2: Roll-Up Small Underperforming Banks
• 20-25 Possible Candidates Worldwide
Small “Proprietary” Operations
Struggling to Achieve Sustained Profitability
o 2500-7500 Units Under Management
Limited Budget for Sales & Marketing
Facing New Regulatory Environment
o October 2011 – New FDA Regs Become Effective
o Need Update Technology to cGMP/cGLP Standards
Facing Potential Long-term Liability
o Storage Obligations for 20+ years
• Aggregate All Banking Operations Into One Facility in
Each Country/Region
CONFIDENTIAL 17
18. Build A Dominant International Cryo-
Banking Company: Strategic Plan
#3: Drive Revenues and Reduce Expenses
• Drive Revenues In Private Banks Thru Aggressive Sales &
Marketing Strategy
Internet/Website; Call Center; Professional Sales Team (Nurses)
Build Relationships with Maternity Hospitals & OBGYNs
• Drive Revenues in Public Banks Thru Education/Marketing and
Product Differentiation
Focus on Transplant Physicians & Transplant Coordinators
Led By Internal Transplant Surgeon & SAB Members
Differentiate Product By Including Data to Improve Patient Match
o Genetic Data
o Ethnic Data
Target Utilization Rate: 3-5%
CONFIDENTIAL 18
19. Build A Dominant International Cryo-
Banking Company: Strategic Plan
#3: Drive Revenues and Reduce Expenses
• Reduce Expenses By Improving Collection Technology and
Sourcing Materials from India
Improved Collection Technologies: Closed Perfusions/Gravity
Systems
Acquire Rights to Technology
Source Materials & Manufacture in India
• Reduce Expenses By Leveraging Economies of Scale
Single, Global Management Team
Standardize Processes
Common Sales & Marketing Materials
o Modified for Local Markets
CONFIDENTIAL 19
27. Agenda
I. The Market & Opportunity
Broader Regenerative Medicine Market
Cord Blood Market: Key Metrics & Market Leaders
The Opportunity
II. Phase I: Build A Dominant International Cryo-Banking Company
Acquire A Market Leader & Roll-Up Small Underperforming Banks
Drive Revenues with Aggressive Sales & Marketing
Expand Tissue Offering
III. Phase II: Bring RM Therapeutics To Emerging Markets
Initial Therapies Leverage Stored Tissue
Proven Therapies That Address Unmet Regional Medical Needs
IV. Funding & Exit Strategy
Funding Required
Exit Strategy
CONFIDENTIAL 27
28. Funding & Exit Strategy
Funding Required: $75M
• Use of Proceeds:
Acquisition of Market Leader
Execute Roll-Up Of Small Underperforming Banks
Centralize Banking Operations in Country/Region
Expand Sales & Marketing Program
o Website Design; Call Center Operations
o Expand Sales & Marketing Team
o Education/Conferences for Transplant Surgeons & Transplant
Coordinators
Acquire New Collection Technologies
Bring All Facilities Up To cGMP Standards
Fund Research on Cord Blood Therapies
CONFIDENTIAL 28
29. Funding & Exit Strategy
Exit Strategy: IPO in 24-36 Months
• Drive Revenues to $100M-$150M
Revenue Ramp of 25% per Quarter
Gross Profit Margins: 60%
• List on Most Favorable Exchange
Current Cord Bank Valuations: 4-6X Revenues
• Expected Valuation Range: $300M-$600M
Expected ROI: 30+% (3 years; assumes 50% ownership)
• Use Proceeds of IPO to Fund Introduction of RM Therapies
CONFIDENTIAL 29
30. MAJOR RISKS
• Risk: Decline In Market Price for Public Units Due to Increase in
Supply
• 550,000 Units now; growing rapidly
o Risk Mitigation Strategy
Product Differentiation: Store Higher Quality Product (TNC & CD34+ Counts) ;
Greater Genetic Diversity
Expand Market: Increased Therapeutic Applications Drives Additional Demand
and Offsets Increases in Supply
• Risk: Cost of Roll-Up Increases Due to Market Pressures
• Acquisition Targets Increase Demands with Knowledge of Roll-Up
Strategy
o Risk Mitigation Strategy
Close on Initial Acquisition Targets Simultaneously
CONFIDENTIAL 30
31. MAJOR RISKS
• Risk: Failure to Execute
• Typical Roll-Up Execution Risk
o Risk Mitigation Strategy
Assemble World-Class Acquisition Team – Technical & Business (Chris
Mason; Melissa Carpenter)
Leverage Proteus Team & Network
• Risk: Competition In Market
• Other Groups Looking at Roll-Up Strategy (DW Harper; Cord Blood
America)
o Risk Mitigation Strategy
Move Quickly to Acquire Key Targets : 18 Month Window
CONFIDENTIAL 31
36. Transplant Outcomes Have Improved
Dramatically in Last 5 Years
Report Year Period One-Year Survival
2008 2002-2006 54.0%
2007 2001-2005 51.5%
2006 2000-2004 48.8%
2003 1996-2001 42.2%
• Improved HLA Matching;
• Advances in Conditioning Regimes; KEY FACTORS
• Advances in Post-Transplant Supportive Care
CONFIDENTIAL 36
37. Clinical Outcomes Related to
Quality of Tissue & Match
Key Metrics
Quality of Tissue
• TNC Count (150+)
• CD34+ Count
• Size of Unit
Matching Criteria
• HLA Match (4/6 Min)
• Race & Ethnicity Match
• Genetic Match (DNA tissue typing)
CONFIDENTIAL 37
38. Cord Shipments By TNC Count for Adults
1,200
1,000
800
150+
600 125-149
90-124
<90
400
200
0
2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
Most Units (77%) for Adults Had TNC >150 (NMDP Data)
CONFIDENTIAL 38
39. Public Bank Utilization Rates:
2010 Inventory and Shipments
TNC of Shipments - TNC of Inventory as of
CY 2010 June 30, 2010
Less than
125 Greater
18% than or
equal to
125
31% Less than
Greater 125
than or 69%
equal to
125
82%
82% of all 2010 shipments came from 31% of the available inventory.
(NMDP Data)
CONFIDENTIAL 39
40. Current Therapeutic Applications
for Cord Blood
60+ Diseases Treated
• Leukemias And Lymphomas, Including:
– Acute Myelogenous Leukemia
– Acute Lymphoblastic Leukemia
• Multiple Myeloma And Other Plasma Cell Disorders
• Severe Aplastic Anemia And Other Marrow Failure States,
Including:
– Severe Aplastic Anemia
– Fanconi Anemia
• SCID And Other Inherited Immune System Disorders, Including:
– Severe Combined Immunodeficiency (SCID, All Sub-types)
– Wiskott-aldrich Syndrome
• Hemoglobinopathies, Including:
– Beta Thalassemia Major
– Sickle Cell Disease
CONFIDENTIAL 40
43. Cord Blood Therapies in Clinical Development:
426 Ongoing FDA Trials
Source: ClinicalTrials.gov (www.clinicaltrials.gov)
CONFIDENTIAL 43
44. FDA Trials Involving Cord Blood Address
Numerous Conditions & Diseases
• Bacterial and Fungal Diseases • Mouth and Tooth Diseases
• Behaviors and Mental • Muscle, Bone, and Cartilage
Disorders Diseases
• Blood and Lymph Conditions • Nervous System Diseases
• Cancers and Other Neoplasms • Nutritional and Metabolic Diseases
• Digestive System Diseases • Parasitic Diseases
• Diseases and Abnormalities at • Respiratory Tract (Lung and
or before Birth Bronchial) Diseases
• Ear, Nose, and Throat Diseases • Skin and Connective Tissue
• Eye Diseases Diseases
• Gland and Hormone Related • Substance Related Disorders
Diseases • Symptoms and General Pathology
• Heart and Blood Diseases • Urinary Tract, Sexual Organs, and
• Immune System Diseases Pregnancy Conditions
• Wounds and Injuries • Viral Diseases
Source: ClinicalTrials.gov (www.clinicaltrials.gov)
CONFIDENTIAL 44
50. RM Applications:
Tissue Engineering – Skin & Wound Repair
Other
Company Product Product Type Status Indication Pros/Cons
Information
3 times faster
1st cell-based
healing in
Allogeneic neonatal regenerative
Organo- Diabetic skin difficult
Apligraf® fibroblasts/keratinoc Commercial product approved
genesis ulcers wounds/Most
ytes on scaffold in 1998 in the
expensive,
U.S.
short shelf-life
No
Can be grafted
Abdominal refrigeration or
simultaneously
LifeCell Acellular dermal wall freezing
AlloDerm® Commercial with epithelial
Corporation allograft repair/breast required/Poten
autografts; shelf
reconstruction tial for disease
life 2 yrs
transmission
Autologous
urothelial and 12-month data No
Neo- Phase II Bio-
muscle cells on presented at AUA immunosuppre
Tengion Bladder complete engineered
biodegradable 2009 annual ssive drugs/2
Augment™ (October 2008) organs
scaffold for conference safety events
implantation
Large-scale
Fast Track
production/P3
Osiris Allogeneic adult Phase III designation
Graft versus data: not
Therapeutics, Prochymal® mesenchymal stem complete (May (FDA), Orphan
host disease statistically
Inc. cell therapy 2009) Drug (FDA &
better than
EMEA)
placebo
51. RM Applications: Orthopedic
Company Product Product Type Status Indication Other Information Pros/Cons
More durable hyaline
Autologous
Chondro- EU approval Cartilage 1stapproved cell cartilage*/separate
TiGenix chondrocytes
Celect® (Oct 2009) repair therapy by EMEA periosteal** patch, 4-6
injection
wks culture time
Autologous 3-4 wks culture
Cartilage Cell therapy in use for
Genzyme Carticel® chondrocytes Commercial time/separate
repair 10+ yrs in the U.S.
injection periosteal patch
Aesculap
Autologous Will be a biologic- No periosteal patch/2-
Implant Novocart ® Commercial Cartilage
chondrocytes on device combination step process, biopsy &
Systems, 3D in EU repair
3D bioscaffold product in the U.S. implantation
Inc.
Off-the-shelf product
potential; preliminary
Osiris Allogeneic adult Phase I/II Osteoarthris
Alliance between data: significant pain
Therapeutics Chondrogen® mesenchymal complete and knee
Osiris and Genzyme improvement/in-vitro
, Inc. stem cell therapy (Feb 2008) injury
MSC proliferation
could be limited
52. RM Applications: Cardiovascular
Company Product Product Type Indication Status Other Information Pros/Cons
Easy to use/vascular
Kensey Nash Vascular closure Class III device, in
Angio-Seal™ Arterial seal Commercial complications in 0.2-
Corporation device market since 1996
2% of patients*
Adipose-
derived stem No cell culture; P1
Autologous adult Phase I in EU Official data to be
Cytori and Heart failure met safety &
stem cell therapy (2007) reported in 1Q 2010
regenerative feasibility goal/
cells (ADRCs)
No in-vitro
differentiation; 1-yr
Injection via a data: significant
Advanced catheter,
Autologous Phase I improvement in
Cell
Myoblast skeletal myoblasts Heart failure completed 1-yr data presented tissue regrowth and
Technology,
stem cell therapy (2007) at 2007 AHA annual function/requires
Inc.
meeting tissue culture,
depends on in-vivo
transdifferentiation
*Published data from Kadner K; et. al, Vasc Endovascular Surg 2008; 42; 225
CONFIDENTIAL 52
53. RM Applications: Cardiovascular
Indicatio
Company Product Product Type Status Other Information Pros/Cons
n
No in-vitro
differentiation; 2-yr
P1 data: 6.6 point
Allogeneic adult Intravenous improvement in
Osiris infusion,
mesenchymal Heart Phase II LVEF*; reduction in
Therapeutics, Prochymal®
stem cell failure (May 2009) Phase I data in arrhythmias
Inc.
therapy JACC (May 2009) (p<0.006)/cell
culture needed,
limited in-vitro
MSC propagation
Successful
Intracardiac engraftment and
injection, heart function in
hESC-derived Heart
Geron GRNCM1 Pre-clinical 100% of rats/in-
cardiomyocytes failure Data published in vitro differentiation;
Nat Biot, 2007**
potential for
teratoma
*LVEF: Left Ventricular Ejection Fraction, a measure of overall heart function
**Laflamme MA, et. al, Nature Biotechnology, 2007, 25: 1015-1024
CONFIDENTIAL 53
54. RM Applications: Diabetes
Company Product Product Type Indication Status Other Information Pros/Cons
Phase I/II Results
Human islets Preliminary data
Allogeneic cell Type 1 complete marginal/regular
Novocell encapsulated in presented in 66th
therapy diabetes (started in insulin shots
PEG ADA
2006) needed
Insulin
2-yr drug discovery production in
hESC-derived Allogeneic cell Type 1and 2
Novocell R&D agreement w/ Pfizer mice/tumors
human islets therapy diabetes
(Dec 2008) developed in 5%
of treated mice*
*Nature Reports Stem Cells, 28 May 2009
CONFIDENTIAL 54
55. RM Applications: Diabetes
Company Product Product Type Indication Status Other Information Pros/Cons
Good safety
Collaborative
Allogeneic adult profile to
Osiris Phase II agreement with JCR
mesenchymal Type 1 date/in-vitro
Therapeutics, Prochymal® (started in Pharmaceuticals
stem cell diabetes MSC
Inc. Jun 2008) (2003), Japan &
therapy proliferation
JDRF (2007)
could be limited
Induced Differentiate
Harvard Stem pluripotent Type 1 and 2 Proc Natl Acad Sci mature cells
Cell therapy R&D
Cell Institute stem (iPS) diabetes USA (2009) into beta cells/
cells low efficiency**
** Proceedings of National Academic Sciences USA (Sep 15 2009, Vol 106, 15768-15773)
CONFIDENTIAL 55
56. RM Applications: CNS
Company Product Product Type Indication Status Other Information Pros/Cons
Pre-cut*; bio-
Integra Life Peripheral
Collagen sleeve absorbable; easy
Sciences NeuraWrapTM nerve Commercial
implant placement/repairs <
Corporation protection
30-40mm
55% reduction in
Autologous Phase I/II Increased baseline
Opexa Tovaxin® Multiple relapses/primary and
myelin-reactive T complete disease burden in all
Therapeutics vaccine Sclerosis secondary endpoints
cell therapy (Dec 2008) trial patients
not met
* http://www.podiatrytoday.com/article/8978
57. RM Applications: CNS
Product Indicatio Other
Company Product Status Pros/Cons
Type n Information
IND put on Locomotive function
Spinal
hESC-derived Allogeneic 2nd clinical More preclinical in animal model/high
Geron cord
oligodendrocytes cell therapy hold (Aug studies done frequency of cysts in
injuries
2009)* one preclinical study
Preclinical data
Phase I in J of Comp Neuroprotective effect
Allogeneic
Neuralstem, approved Neu Jun 2009, seen in rats***/in-vitro
Neural stem cells fetal neural ALS
Inc. (December MSC propagation
stem cells Tumor-free
2009) could be limited
pigs**
* http://www.stemcellresearchnews.com/absolutenm/anmviewer.asp?a=1768&z=9
** http://money.cnn.com/2008/04/08/news/companies/stem_cell/index.htm
*** Journal of Comparative Neurology, 514: 297-309 (2009)
CONFIDENTIAL 57
58. RM Applications: Oncology
Cancer Vaccines
• Vaccine that uses greater concentration of tumor antigens to
give a boost to the immune system
Tumor-specific antigens
Cells loaded with tumor-specific antigens
Adoptive T Cell Therapy
• Isolation, ex-vivo expansion and activation, & infusion of T-
cells into patient
Tumor-infiltrating lymphocytes (TIL; lymchocytes inside the tumor)
Engineered/genetically modified T cells
CONFIDENTIAL 58
60. RM Applications:
Oncology/Hematology
Company/ Development Other
Product Product Type Indication Pros/Cons
Institute Stage Information
Off-the-shelf
potential; 9.5 mo
Bone-marrow- data: evidence of
Aastrom Data to be
Vascular derived adult stem Vascular Phase II started blood flow and
BioSciences, analyzed in 4Q
repair cells and progenitor regeneration in Apr 2007 wound healing/need
Inc. 2009
cells differentiation; in-
vitro propagation
could be limited
P3 data showed
Autologous
safety; reduced the
dendritic cells Prostate BLA submitted
Dendreon Provenge® GMP facility risk of death by
against prostatic cancer (Nov 2009)
22.5%/treatment
acid phosphatase
repeated 3 times
61. RM Applications:
Oncology/Hematology
Company/ Development
Product Product Type Indication Other Information Pros/Cons
Institute Stage
Tumor-specific T cells, T cell
Tumor-
U.S. National Phase II complete Treatment offered persistence post infusion/30-40%
infiltrating Autologous T cell from
Cancer Melanoma (started in Jun after a brief efficiency in producing TILs; long
lymphocytes melanoma tumor
Institute 2003) chemotherapy culture time (wks); multiple rounds of
(TIL)
T cell activation; requires IL-2 support
No tumor tissue needed; short culture
Designer/ Autologous T cell
time (days); independent of TCR-MHC
Roger William transduced to express Prostate Phase I started Retroviral
Engineered T interaction/in-vivo antigen escape or
Medical Center receptor for PSMA cancer April 2008 transduction
cells poor expression; potential of genetic
antibody
mutagenesis
CONFIDENTIAL 61
62. RM Applications: Eye
Product
Company Product Indication Status Other Information Pros/Cons
Type
100% vision
hESC-derived
improvement in rats, no
Advanced Cell retinal GMP-compliant
Allogeneic Adult macular IND filed ASE*, hESC line w/o
Technology, pigmented RPE cell line
cell therapy degeneration (Nov 2009) embryo
Inc. epithelial (cryopreserved)
destruction/potential for
(RPE) cells
teratomas
hESC-derived
retinal
Vision improvement, no
pigmented
Allogeneic Adult macular Phase I/II in UK in ASE in
Intercytex epithelial Preclinical
cell therapy degeneration late 2010 preclinical/potential for
(RPE) cells on
teratomas
a synthetic
matrix
*ASE = Adverse Safety Event
63. RM Applications:
Aesthetic Medicine
Company Product Product Type Indication Status Other Information Pros/Cons
Significant wrinkle
BLA review in improvement
Fibrocell Autologous cell Facial
Laviv™ progress (due cGMP facility (p<0.0001)/exact
Science therapy wrinkles
Jan 2010) mechanism of action
unknown
Male baldness Phase II Looking for partner Increase in hair
Autologous dermal
Intercytex ICX-TRC and female completed in for further clinical count in 78% of
papilla cell therapy
hair thinning UK (Mar 2008) development subjects/culture time
CONFIDENTIAL 63 Source: Intercytex
Notas del editor
TriMark: $3 billion in 2010; expected to reach $4.5 billion by 2014 = 10.67% CAGRScientia Advisors: $1.6 billion in 2010; expected to be $15-20 billion by 2025 = 18.34% CAGR Visiongain: $0.82B in 2010; excepted to reach $8.84B in 2021 = 24.13% CAGR Dendreon: $5.7B Market CapDr. Alain Vertes (Roche) RM Market: $410M (2008); $2.6B (2012); $5.0B (2014) [51.7% CAGR]Chris Mason Cell Therapy Market: $200M (2009); 323,000 Patients treated with Cell Therapies FDA Website (July 2010): 3100+ trials involving “stem cells” Vast majority are in cancer: 2270 lukemia (1129) + lymphoma (1149) 150+ studies in Cardio 2121 involve hematopoietic stem cell transplant
November 2008: Genzyme & Osiris: $1.25B Deal $130 million upfront with $100Ms in milestone payments; Covers Prochymal and Chondrogen;Osiris will commercialize both drugs in the U.S. and Canada, and Genzyme will sell the drugs in all other countries December 2009: Athersys & Pfizer/Neucentis: $111M Deal $6M Upfront; remainder in milestones License rights to develop Athersys' MultiStem cell therapy for inflammatory bowel disease. Dec 2010: Cephalon & Mesoblast: $2B Deal - - 2nd Largest Deal in Biotech in 2010Cephalon buying 19.99% of Mesoblast for $223 millionCephalon paying $130 million upfront fee $1.7 billion in milestone payments: RE MSC therapies for congestive heart failure, acute myocardial infarction, Parkinson's disease, and Alzheimer‘sCephalon now being Acquired by Teva, inpartot get access to Mesoblasts’s technologyMay 2011 Shire Acquires Advanced Biohealing for $750M ABH had $150M in revenue/$115M Gross Profit from Dermagraft; July 2010: JDRF and Sanofi announced a partnership to co-fund diabetes researchCytori & GE Healthcare: Partnership to distribute Cytori’s devices, and Stem Cell Banking Novo Nordisk: pursuing both Adult (Allocure – Acute Kidney Injury) & hESC (Cellartis - Diabetes)July 1, 2010 – Sanofi-aventis (EURONEXT: SAN and NYSE: SNY ) and the Juvenile Diabetes Research Foundation (JDRF) announced today a unique partnership to develop therapeutic treatments for people with type 1 diabetes at different stages of the disease – both those living with the disease and the newly diagnosed – as well as preventing diabetes in those at risk. Toward those goals, the partnership will focus on therapeutics such as immune therapies and beta cell regeneration. Under the newly announced partnership, sanofi-aventis and JDRF will jointly provide academic investigators and non-profit medical research organizations with funding to conduct research projects in regeneration and immune therapy. This partnership will provide sanofi-aventis with options to the intellectual property developed by researchers who receive funding through the program.
A search for “Cord Blood” on the FDA Website re Clinical Trials (http://clinicaltrials.gov/) nets 538 trials – 396 involving cord blood transplants.
The National Marrow Donor Program estimates that by the year 2015, there will be 10,000 cord blood transplants worldwide per year using publicly banked cord blood. In 2009, 1,056 cord blood transplants were facilitated by the NMDP, which represents 22% of the total number of NMDP transplants in 2009. This is an 18% increase from 2008, when the NMDP facilitated 898 cord blood transplants. In the United States, the Food and Drug Administration regulates cord blood under the category of “Human Cells, Tissues, and Cellular and Tissue Based-Products.” (CFR: Title 21 Section 1271) Both public and private cord blood banks are eligible for voluntary accreditation with either the American Association of Blood Banks (“AABB”) or the Foundation for the Accreditation of Cellular Therapy (“FACT”). Other countries also have regulations pertaining to cord blood.In 2005, the National Academy of Sciences published an Institute of Medicine (IoM) report titled, "Establishing a National Cord Blood Stem Cell Bank Program". The IoM report recommended that expectant parents be given a balanced perspective on their options for cord blood banking, and options for donating, discarding or banking lifesaving newborn stem cells. Currently 17 states, covering two-thirds of U.S. births, have enacted legislation recommended by the IoM guidelines.
Bone Marrow/PBSC from a Matched Sibling Donor is the 1st Choice for most Therapeutic Applications (20% of cases). Cord Blood is rapidly becoming the preferred tissue if a Matched Sibling Donor is not available (80% of cases)
The placenta is a good source of stem cells since it contains up to ten times more stem cells than cord blood. Some placental blood may be returned to the neonatal circulation if the umbilical cord is not prematurely clamped. LifeLine Cryogenics (www.lifelinecryogenics.com) is a broad spectrum cryogenics company in business since 1991, offering storage of sperm, eggs, ovarian tissue, embryos, and cord blood.
Adipose Derived MSCs: Celution® 800/CRS Device
In 2010, more than 1,150 cord blood transplants were facilitated by the NMDP, which represents 22% of the total number of NMDP transplants in 2010. Cord blood transplants grew at a rate of 9% compared to 1% for marrow, 11% for PBSC; and a 9% overall increase in the number of transplants.Approximately 25,000 allogeneic hematopoietic cell transplants (bone marrow, PBSC, or cord blood transplants — BMT) are performed annually worldwide, and approximately 5,200 patients are transplanted annually using unrelated donors or cord blood units through the NMDP.Since it began operations in 1987, the NMDP has facilitated more than 43,000 marrow and cord blood transplants. In 2010, the NMDP facilitated twice as many transplants as it did five years ago.
The New Economic Reality Public Markets: A World Without Biotech IPOs Venture Capital: Only “Pristine” Deals Need ApplyAlternate Funding SourcesII.Crossing the Valley Of Death With Friends The Relay Model Is Broken Capital Efficiency Is Critical A New Collaborative Model Macro Drivers Venture Capital: Only “Pristine” Deals Need Apply
The New Economic Reality Public Markets: A World Without Biotech IPOs Venture Capital: Only “Pristine” Deals Need ApplyAlternate Funding SourcesII.Crossing the Valley Of Death With Friends The Relay Model Is Broken Capital Efficiency Is Critical A New Collaborative Model Macro Drivers Venture Capital: Only “Pristine” Deals Need Apply
The New Economic Reality Public Markets: A World Without Biotech IPOs Venture Capital: Only “Pristine” Deals Need ApplyAlternate Funding SourcesII.Crossing the Valley Of Death With Friends The Relay Model Is Broken Capital Efficiency Is Critical A New Collaborative Model Macro Drivers Venture Capital: Only “Pristine” Deals Need Apply
This chart shows the growing use of PBSC and cord blood as graft sources in allogeneic transplantation. In 2010, 76% of adult donors – more than 3,100 – donated PBSC to patients through the NMDP. In 2010, more than 1,150 cord blood transplants were facilitated by the NMDP, which represents 22% of the total number of NMDP transplants in 2010. In 2010, cord blood transplants grew at a rate of 9% compared to 1% for marrow, 11% for PBSC; and a 9% overall increase in the number of transplants.
This chart shows that cord blood is used more often in pediatric patients than in adult patients. However, recent studies have demonstrated that this stem cell source can be successfully used in adults and so its use is growing in this patient population. BSC is used less frequently in pediatric patients undergoing allogeneic transplantation than in adult patients, which is due to poorer outcomes in children receiving PBSC transplants.
This increase is due in large part to the increased use of non-myeloablative or reduced-intensity transplants that have expanded transplant therapy to older patients who would otherwise be excluded from this therapy. This chart shows the increased number of older patients (>50 years) who have received cord blood transplants through the NMDP. In 2010, 58% of NMDP cord transplants.In 2000-2004, most transplants benefitted pediatric patients. Starting in 2005, adult patients have comprised an ever-growing percent of total cord transplant recipients, to represent 54% of all patients in both 2008 and 2009, and 58% in 2010.
A major reason for the continued increase in unrelated donor transplantation is the steady improvement in transplant outcomes. This is in turn due to several clinical advances such as more precise HLA typing and advances in patient care. This chart shows that NMDP transplant outcomes have improved more than 10% in just five years.Recent studies have demonstrated that unrelated donor transplant outcomes are now comparable to related donor transplant outcomes in several patient populations. In addition, analyses of NMDP transplants from 1987-2006 have shown that survival has consistently, and sometimes dramatically, improved over time in each major disease category.
77% of all shipments for adults in 2010 had TNC >150, compared to 65% in 2005.
Diseases treatableLeukemias and lymphomas, including:Acute myelogenous leukemia Acute lymphoblastic leukemia Chronic myelogenous leukemia Chronic lymphocytic leukemia Juvenile myelomonocytic leukemia Hodgkin lymphoma Non-Hodgkin lymphoma Multiple myeloma and other plasma cell disordersSevere aplastic anemia and other marrow failure states, including:Severe aplastic anemia Fanconi anemia Paroxysmal nocturnal hemoglobinuria (PNH) Pure red cell aplasiaAmegakaryocytosis / congenital thrombocytopenia SCID and other inherited immune system disorders, including:Severe combined immunodeficiency (SCID, all sub-types) Wiskott-Aldrich syndrome Hemoglobinopathies, including:Beta thalassemia major Sickle cell disease Hurler's syndrome and other inherited metabolic disorders, including:Hurler's syndrome (MPS-IH) AdrenoleukodystrophyMetachromaticleukodystrophyMyelodysplastic and myeloproliferative disorders, including:Refractory anemia (all types) Chronic myelomonocytic leukemia Agnogenic myeloid metaplasia (myelofibrosis)
This chart shows that the number of transplants for AML, ALL, MDS, and lymphoma have also increased significantly. The advent of reduced-intensity or non-myeloablative transplants is also a prime reason for this increase. In addition, improved HLA matching, advances in conditioning regimens, advances in post-transplant supportive care -- including improved management of GVHD, CMV disease, and infections -- have also contributed to the growing number of allogeneic transplants in general.
Figure 2 shows that NMDP transplants for non-malignant diseases has grown for most diseases, with the most rapid growth being seen in severe aplastic anemia (SAA). This follows the trend seen in the related-donor setting, where allogeneic transplantation is the preferred first-line treatment for SAA patients <40 years old who have a matched related donor. Survival of unrelated donor transplantation in patients with SAA is now approaching 60%. Use of unrelated donor transplantation in SAA may continue to grow following the 2007 publication of a study showing that allogeneic transplantation is better than immunosuppressive therapy as second-line treatment in pediatric SAA. The increase in allogeneic transplantation for many other non-malignant diseases can also be attributed to improved HLA matching, advances in conditioning regimens and advances in post-transplant supportive care.
Number of Studies Worldwide: 426Africa 15; Central America 7; East Asia 36; Japan 2; Europe 72; Middle East 14; North America 387; Canada 33; Mexico 3; United States 373; Pacifica 16; South America 6; South Asia 6; Southeast Asia 6 396 FDA Clinical Studies Involve New Therapies: (by Category)Bacterial and Fungal DiseasesBehaviors and Mental DisordersBlood and Lymph ConditionsCancers and Other NeoplasmsDigestive System DiseasesDiseases and Abnormalities at or before BirthEar, Nose, and Throat DiseasesGland and Hormone Related DiseasesHeart and Blood DiseasesImmune System DiseasesInjuries, Poisonings, and Occupational ConditionsMuscle, Bone, and Cartilage DiseasesNervous System DiseasesNutritional and Metabolic DiseasesParasitic DiseasesRespiratory Tract (Lung and Bronchial) DiseasesSkin and Connective Tissue DiseasesSymptoms and General PathologyUrinary Tract, Sexual Organs, and Pregnancy ConditionsViral Diseases
2010 – 2015: Cord Blood Transplant CAGR = 49.3% The number of Cord Blood Transplants DOUBLED (2x) from 2005-2010The National Marrow Donor Program estimates that by the year 2015, there will be 10,000 cord blood transplants worldwide per year using publicly banked cord blood. In 2009, 1,056 cord blood transplants were facilitated by the NMDP, which represents 22% of the total number of NMDP transplants in 2009. This is an 18% increase from 2008, when the NMDP facilitated 898 cord blood transplants. A search for “Cord Blood” on the FDA Website re Clinical Trials (http://clinicaltrials.gov/) nets 601 trials – 426 involving cord blood therapeutics. In the United States, the Food and Drug Administration regulates cord blood under the category of “Human Cells, Tissues, and Cellular and Tissue Based-Products.” (CFR: Title 21 Section 1271) Both public and private cord blood banks are eligible for voluntary accreditation with either the American Association of Blood Banks (“AABB”) or the Foundation for the Accreditation of Cellular Therapy (“FACT”). Other countries also have regulations pertaining to cord blood.In 2005, the National Academy of Sciences published an Institute of Medicine (IoM) report titled, "Establishing a National Cord Blood Stem Cell Bank Program". The IoM report recommended that expectant parents be given a balanced perspective on their options for cord blood banking, and options for donating, discarding or banking lifesaving newborn stem cells. Currently 17 states, covering two-thirds of U.S. births, have enacted legislation recommended by the IoM guidelines.
This chart shows the increased number of older patients (>50 years) who have received cord blood transplants through the NMDP. In 2010, 58% of NMDP cord transplants.This increase is due in large part to the increased use of non-myeloablative or reduced-intensity transplants that have expanded transplant therapy to older patients who would otherwise be excluded from this therapy.