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A new era in Orthobiologicsthrough unique Biologics & Clinically proven portfolio
Ivan Cohen-Tanugi MD – CEOHarry Welten - CFO
Kuros Biosciences AG«A new era in Bone Regeneration»
DISCLAIMER: This document is for information purposes only and does not constitute or form part of, and should not be construed as an offer or invitation to subscribe or
purchase any securities of Kuros Biosciences Ltd.(“Kuros”) be it in the United States or in any other jurisdiction. It should, therefore, not form the basis of any investment decision
for shares of Kuros.
This document contains forward-looking statements. These statements are based on information currently available to our management as well as on management's current
assumptions and forecasts. Various known and unknown risks, uncertainties and other factors could lead to material differences between our actual and future results, financial
situation, development or performance and the estimates given in this document. Kuros does not assume any liability to update forward-looking statements or other information in
this document or to conform such forward-looking statements or other information to future events or developments.
The distribution of this document may be restricted by law. Any persons reading this document should inform themselves of and observe any such restrictions.
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Kuros Biosciences Table of Contents
Company Overview - Investment highlights
Orthobiologics
MagnetOs: Orthobiologic ready for commercialization
Fibrin PTH: Innovative Pipeline moving toward Phase II & III
Neuroseal: Dural sealant: obtained EU clearance
Kuros Biosciences: Supportive information
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Public Swiss/Netherlands based company (SIX: KURN), headquartered in Zurich-Switzerland
World recognized scientific foundersClemens van Blitterswijk, Jeff Hubbell, Joost de Bruijn
Over 1,200 international publications
Technology platform focusing on enhancing tissue regeneration, with primary focus on Bone
Commercial & late stage clinical innovative pipeline: Fibrin-PTH & MagnetOs with potential >$1B
Kuros Biosciences / Investment highlights
4
A breakthrough approach in Orthobiologicsthrough unique Biologics & Clinically proven portfolio
• Introducing “Controlled Bone Regeneration” harnessing the body repair system through
• MagnetOs, Next Generation synthetic BGS
• Fibrin-PTH, Next Gold Standard, bioactive growth factor
• $2.3B+ market expected to grow to $3.5-4B by 2030*
* Kuros estimates
Kuros Biosciences / Investment highlights
* Data on file Kuros estimates; ** only one study needed in EU; *** EU study serves as pilot for US; ****First clinical study will be a Phase II study utilizing safety data from tibial shaft fracture trial to be confirmed with regulators
• A late stage, high value pipeline of Orthobiologics & sealant
Pipeline
Neuroseal(CE Mark/PMA)
Initial IndicationsNon
clinicalPilot Pivotal Registration
Market leader peak sales*
EU Dural sealant (cranial)
>US$60MUS Dural sealant (cranial)
MagnetOs(CE Mark/ 510K)
Initial IndicationsNon
clinicalRegistration
MarketApproval
Market leader peak sales*
Granules EU Orthopedics, spinal, dental
>US$140MGranules US Spinal fusion
Putty EU Orthopedics, spinal, dental
Putty US Spinal fusion
Fibrin/PTH(NDA/MAA)
Initial IndicationsNon
clinicalPhase 1 Phase 2 Phase 3
Market leader global peak sales*
KUR-111 Tibial plateau fractures
>US$600MKUR-113
Tibial shaft fractures
Spinal interbody fusion
KUR-112 Solitary bone cyst N.A.
Ort
ho
bio
log
ics
Seala
nt
5
Kuros Biosciences / Investment highlights
Kuros Biosciences Table of Contents
Company Overview - Investment highlights
Orthobiologics
MagnetOs: Orthobiologic ready for commercialization
Fibrin PTH: Innovative Pipeline moving toward Phase II & III
Neuroseal: Dural sealant: obtained EU clearance
Kuros Biosciences: Supportive information
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7
Orthobiologics
What are Orthobiologics?
• Orthobiologics are used daily by orthopedic & spinal surgeons to repair & regenerate tissue. A major segment of orthobiologics is bone graft substitutes
• Bone graft substitutes are increasingly used instead of iliac crest autograft, the gold standard (morbidity, extra procedure cost)which is harvested from the patient
• Bone graft substitutes are used to repair or generate bone during fracture repair or spinal fusion (growing bone across two vertebrae in
the spine to alleviate pain and nerve compression)
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Orthopedic surgery evolutionFrom Mechanics to «Biologics & Controlled Regeneration»
«Replace»
Years 1800’
Level
of
Scie
nti
fic P
roo
f &
Ad
ded
Valu
e
Orthotics
Implants
Metal,
screws…
CaPh
Bioglass…
Growth
Factors
Biologics &
Controlled
Instructive
Materials
1960’ 1990’ 2005 >2018
«Integrate» «Regenerate»«Support»«Regenerate
& Control»
MagnetOs
Fibrin PTH
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Kuros Unique Scientific & Clinical ApproachUnique “Controlled Bone Regeneration” Portfolio
• Controlled new bone generation to avoid ectopic bone formation
• Strong Clinical Evidences
• Improved Safety
• Broader Access
Fibrin PTH No Ectopic Bone
Controlled New Bone Quantity
No inflammation
Safety
Controlled Admin
Broader UsageMagnetOs
Building Strong Clinical Evidence
Bone Graft Substitute,
Critical Unmet Needs Controlled Bone Regeneration
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Fibrin PTH
MagnetOs
Growth Factors
Stem Cells
Synthetics
DBMs
Kuros Orthobiologics Breakthrough PipelineMagnetOs & Fibrin PTH will cover all critical needs of the market expected to grow from $2.3 to $3.5-4B by 2030*
* Data on file, Kuros estimate
Allografts
Kuros Biosciences Table of Contents
Company Overview - Investment highlights
Orthobiologics
MagnetOs: Orthobiologic ready for commercialization
Fibrin PTH: Innovative Pipeline moving toward Phase II & III
Neuroseal: Dural sealant: obtained EU clearance
Kuros Biosciences: Supportive information
11
MagnetOsFirst Controlled Instructive Bone Regeneration Graft
Composition Instructive, surface structured ceramic (HA/TCP)
M. o. A. MagnetOs Surface Technology utilizes the body’s potential to
generate bone by activating local (stem) cells
Approved Indications
Bone void filler for broad orthopedic, spine, and dental use in EU
Bone graft extender for posterolateral spine fusion (US label to be expanded)
Efficacy Demonstrated equivalent efficacy to the “standard of care”
autograft in key preclinical models. Clinical data to be initiated
Safety No issues
ValueProposition
Highly efficacious new class of instructive bone graft substitute
Rapid osteoinductive effect/bone formation (EU claim)
Improved resorption profile
Expected to demonstrate superior efficacy through clinical usage
1212
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MagnetOsFirst Controlled Instructive Bone Regeneration Graft
For patients having a spinal fusion (USA) / spinal fusion or trauma procedure (EU) requiring bone grafting
MagnetOs is a new generation of BGS , with unique proprietary surface structure
That Can promote progressive bone formation comparable to current gold standard autograft
Because it has demonstrated efficacy through the recruitment & stimulation of bone regenerating cells and rapid induction together with an optimized resorption profile
So That Surgeons can now make a difference for their patients by offering them a new and cost effective BGS
Key Messages
For patients with severe back pain, MagnetOs due to its unique proprietary surface structure, hence its mechanism of action designed to extend bone graft (bioactive submicron structured surface topography, rapid induction and faster resorption)
1. Instruct stem cells to form bone
2. Optimized resorption profile
3. No inflammatory & swelling from putty synthetic polymer, no safety issues
4. Handling improvement with putty polymer allows bone generation
5. Enhancing patients benefits and cost effectiveness
Kuros Biosciences Table of Contents
Company Overview - Investment highlights
Orthobiologics
MagnetOs: Orthobiologic ready for commercialization
Fibrin PTH: Innovative Pipeline moving toward Phase II & III
Neuroseal: Dural sealant: obtained EU clearance
Kuros Biosciences: Supportive information
14
Fibrin/PTH product FamilyNew Gold Standard Bioactive Topical Growth FactorProlonged cell mediated release at site of need
Fibrin sealant (Biologic)(ARTISS, approved BAXTER)
MBCP Granules(HA/TCP)
(approved, Biomatlante )
ASN GLN GLU LEU TYRGLN VAL SER PRO LYS ASN ARG Val SerSer Glu Ile Gln Leu Met His Asn
Leu
Gly
His LysSer LeuAsnGlu MetArgValGlu
Val HisLeu AspGlnLys LysArg
Leu
Trp
Asn Phe
Site of
crosslinking
to fibrin
TGplPTH1-34 (Drug)
Synthetic peptide developed by Kuros together with
world leading CMO for peptide manufacturing
(Bachem)
Plasmin
cleavage
sites
1 10
20
30 34
OH
H
TG-Hook
PTH1-34
(Forteo)
• PTH promotes bone
formation by direct
action on osteoblast
• Only cells primed to form
bone are activated
(proliferation/
differentiation)
• PTH responsive cells are
present where bone is
damaged (periosteum
and bone marrow)
Prolonged, local delivery
of PTH boost the natural
bone repair process
KUR-111 – Best in Class Option for Tibial Plateau Fracture
Composition Fibrin, variant PTH with HA/TCP granules
Moldable paste that solidifies in situ
Initial Indication Treatment of tibial plateau fractures as alternative to autograft
Potential Uses Treatment of other long bone defects requiring grafting
Efficacy Non-inferior to autograft in Phase 2b trial (183 patients)
Safety Safe and well tolerated in clinical trials (183 patients)
Does not cause ectopic bone formation
ValueProposition
Improved targeted product profile vs. leading growth-factor
Safely and effectively remodels bone without need for autograft
Moldable putty form for easy placement
Avoids cost and morbidity associated with autograft harvesting
1616
Fibrin PTHKUR-111 - Innovative Controlled & Instructive growth factors
Fibrin PTHKUR-111
Tibial Plateau Fracture: KUR 111 demonstrated non-inferiority vs Autograft in randomized & controlled PIIb in 183 patients
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Primary End-point: Proportion of patients (%) with radiological fracture union 16 weeks after implantation of the graft (ITT)
66.1%
83.6% 84.5%96% 100% 98.2%
0
20
40
60
80
100
120
I-0401 0.4mg/mL
I-0401 1.0mg/mL
Autograft I-0401 0.4mg/mL
I-0401 1.0mg/mL
Autograft
% p
ati
en
ts
52 week16 week
Spine Fusion Trauma & Tibial Shaft Fracture
Composition Fibrin + variant PTH Injectable gel that withstands irrigation & limits further bleeding
Intended use Spinal Lumbar Interbody Fusion Open tibial shaft fractures as an
adjunct to standard-of-care
Potential Uses
Potential for use in all long bone fractures, and other fusion proceed.
Efficacy Comparable to autograft and
InFuse in preclinical model Significant improvement in
fracture healing vs standard care
Safety Safe and well tolerated in clinical trials (200 patients)
ValueProposition
Improved targeted P.P. vs. leading growth-factor InFuse
Avoids the cost and morbidity associated with autograft
Can be applied in indications not targetable with other BGS
Reduces number of repeat operations (improved healing)
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KUR-113 - Innovative Controlled & Instructive growth factorsFibrin PTH
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Fibrin PTHKUR-113 Superior Fracture Healing vs. Standard of Care in a randomized and controlled 200 patient Phase IIb Clinical Trial
Trial Design: Randomized trial of 200 patients with tibial shaft fractures; patients randomized to four treatment groups: 0.133 mg/mL active† (n=50), 0.4 mg/mL active† (n=50), 1.0 mg/mL active† (n=50), standard of care alone** (n=50) with follow-up at 6 months
75.6%80.4%
69.2% 64.6%
0
10
20
30
40
50
60
70
80
90
100
I-040202 0.133 mg/mL I-040202 0.4 mg/mL I-040202 1.0 mg/mL SoC
% p
ati
en
ts
p=0.084 (10% sig level)
Fibrin/PTH 0.4 mg/ml statistically significant vs SoC alone
* Statistically significant difference vs. standard of care
Fibrin PTHKUR-113 Reduction by over 50% of secondary intervention rate
(due to persistent tibial non-union)
Clinically significantly less patients in the Fibrin/PTH groups required
secondary interventions
6.8%
8.7%7.5%
19.1%
0.0%
5.0%
10.0%
15.0%
20.0%
25.0%
0.133 mg/ml(n= 44)
0.4 mg/ml(n=46)
1 mg/ml(n=40)
SoC (n=47)
12 month
4.4% 4.3%
7.7%
12.5%
0.0%
3.0%
6.0%
9.0%
12.0%
15.0%
0.133 mg/ml(n= 45)
0.4 mg/ml(n=46)
1 mg/ml(n=39)
SoC (n=48)
6 month
MagnetOs & Fibrin PTH portfolio positioning
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Risk of non healing (incl according to patient profile & comorbidities)
Spine Accessibility
Fracture type
Broader access New indication
Patient Access(insurance and/or
patients)
MagnetOs Use preferably if Low Risk of Non
Consolidation
PLFFill large bone
voidsFibrin PTH
access denied
Fibrin PTH Use preferably if High Risk of Non Consolidation or
Comorbidities
Minimal invasiveInterbody fusion
procedures
Long bone fractures
Fibrin PTHaccess
Together for tibial
plateau or spine
fusion (PLF portion)
Incl. Fibrin PTH
Incl. MagnetOs
Growth Factors
Stem Cells
Synthetics
DBMs
Allografts
22
Kuros Orthobiologics: A Breakthrough PipelineMagnetOs & Fibrin PTH will cover all critical needs of the market expected to grow from $2.3 to ~4B by 2030
22
* Data on file, Kuros estimate
Growth Factors
Stem CellsSynthetics
DBMs
Allografts
2016
$2.3B+Est. 2030*
$3.5 - 4B
By 2030 MagnetOs & Fibrin PTH expected to be the gold standard in their respective segment
Composition Fibrin, variant PTH
Injectable gel that solidifies in situ
Intended use Solitary Bone Cysts – a rare pediatric disease -> pathological
fractures
Efficacy Efficacious in clinical cases of osteochondral cysts in horses
Efficacious technology for bone generation (KUR-111 and -113)
Safety Significant body of safety data available in hundreds of patients
ValueProposition
Phase II/III to demonstrate improved clinical efficacy compared to current standard of care
Avoids the cost and morbidity associated with frequent need for repeat treatment with current practice
Orphan drug designation (US & EU) + Rare Pediatric Disease designation (US) ->> Priority Review Voucher +++
2323
Fibrin PTHKUR-112 for Solitary Bone Cysts – Pediatric Rare Disease
Kuros Biosciences Table of Contents
Company Overview - Investment highlights
Orthobiologics
MagnetOs: Orthobiologic ready for commercialization
Fibrin PTH: Innovative Pipeline moving toward Phase II & III
Neuroseal: Dural sealant: obtained EU clearance
Kuros Biosciences: Supportive information
24
25
Neuroseal Sealant – EU approvalDural Sealant Overview
• The dura surrounds the brain and spinal cord. It is the barrier that separates the cerebrospinal fluid (CSF) from the body
• Dural sealants are developed as an adjunct to suturing after cranial or spinal surgery to avoid CSF leakage
• Post-operative CSF leaks result in significantly increased costs (140%) due to increased hospital stay and additional treatment costs (Grotenhuis , J. 2005)
• Current market leading dural sealant (cranial & spine) is generating peak sales of US$60M in the US (Data on file, Kuros estimates)
Dura
Brain
Spinal cord
25
Neuroseal™
Composition Sprayable, synthetic, fully biodegradable gel
Mechanismof Action
Gel that efficiently adheres to and seals the dura
TherapeuticUse
Adjunct to suturing to provide water-tight closure of the dura in cranial surgery
Potential for use in spinal dural closure (not approved)
Efficacy Intra-operative sealing successful in all evaluable patients in
clinical trial
Safety Safe and well tolerated
ValueProposition
Highly efficient sealing
Significantly less swelling expected vs competition and fewer complications due to nerve compression
• Slower degradation and higher mechanical strength
26
Neuroseal™ – Received EU clearance in June 2017Overview
26
Neuroseal – Road Map
Primary focus EU5 until new clinical trials initiated 1
Initiate usage and build confidence with EU KOLs in 20182
Evaluate broader indications, partnerships, distributors, licensing3
Kuros Biosciences Table of Contents
Company Overview - Investment highlights
Orthobiologics
MagnetOs: Orthobiologic ready for commercialization
Fibrin PTH: Innovative Pipeline moving toward Phase II & III
Neuroseal: Dural sealant: obtained EU clearance
Kuros Biosciences: Supportive information
28
29
Kuros Biosciences
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No debt
Number of shares outstanding: 7.8 mln*
Key shareholders:- Incubation/Aldabra/Huipin (Xpand sellers) 17.5%- Banque Pictet 9.0%- LSP 7.6%- Eckenstein-Geigy Foundation 6.1%- Venture Incubator 5.8%- Omega Funds 6.0%- FCPI 3.6%- Didier Cowling 3.1%
*As of 8/31/2017
Kuros Biosciences
2017 Achievements
• January: Acquisition X-pand BV (including MagnetOs)
• February: Kuros achieves ISO certification for surgical sealants
• February: Kuros receives US clearance for MagnetOs granules
• June: EU clearance (CE mark) Neuroseal
• June: Kuros raised CHF16.9M
• August: US clearance (510k) MagnetOs putty
• August: EU filing MagnetOs putty
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31
Kuros BiosciencesKey Critical Next Steps
31
• MagnetOs putty clearance EU
• MagnetOs launch & initiation of supportive clinical trial
• Initiation Fibrin PTH PII clinical trial in Spine
• Initiation Fibrin PTH PIIb/III clinical trial in pediatric SBC
• Initiation Fibrin PTH PIII clinical trial in trauma indication
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A breakthrough approach in Orthobiologicsthrough unique Biologics & Clinically proven portfolio
• Introducing “Controlled Bone Regeneration” harnessing the body repair system through
• MagnetOs, Next Generation synthetic BGS
• Fibrin-PTH, Next Gold Standard, bioactive growth factor
• $2.3B+ market expected to grow to $3.5-4B by 2030*
* Kuros estimates
Kuros Biosciences / Investment highlights
Thank you
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