diamedica presentation - january 3, 2019 · 2020-07-09 · markets worldwide china japan, china...
TRANSCRIPT
Corporate PresentationJanuary 3, 2019
Nasdaq: DMAC
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This presentation contains forward-looking statements, which reflect the Company's current expectation
regarding future events. These forward-looking statements involve risks and uncertainties that may cause actual
results, events, or developments to be materially different from any future results, events, or developments
expressed or implied by such forward-looking statements. Such factors include, but are not limited to, changing
market conditions, the successful and timely completion of clinical studies, the establishment of corporate
alliances, the impact of competitive products and pricing, new product development, uncertainties related to
the regulatory approval process or the ability to obtain drug product in sufficient quantity or at standards
acceptable to health regulatory authorities to complete clinical trial or to meet commercial demand and other
risks detailed from time to time in the Company's ongoing quarterly and annual reporting. Certain of the
assumptions made in preparing forward-looking statements include but are not limited to the following: that
DM199 and other programs will generate positive efficacy and safety data in current and future clinical trials;
and that DiaMedica will complete preclinical and clinical trials within the timelines communicated. Except as
required by applicable securities laws, we undertake no obligation to publicly update or revise any forward-
looking statements, whether as a result of existing or new information, future events, or otherwise.
FORWARD LOOKING STATEMENT
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TARGETING STROKE AND KIDNEY DISEASES
KLK1 is a protein naturally produced in the human body
1st SYNTHETIC FORM OF KLK1 PROTEIN
CONTRIBUTING TO IMPROVED BLOOD FLOW
Therapeutic Focus: Acute Ischemic Stroke, Chronic Kidney Disease, Vascular Dementia
KLK1 is involved in multiple biochemical processes regulating blood flow
DIAMEDICA THERAPEUTICS - OVERVIEW
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STROKE & KIDNEY
TREATMENT OPTIONS
KLK1 IS AN
ENDOGENOUS
PROTEIN
URINE AND PORCINE
KLK1 USED IN ASIA
DM199 1ST
SYNTHETIC
KLK1
VALIDATING
LICENSING
AGREEMENT
DIAMEDICA THERAPEUTICS - OVERVIEW
Millions of patients successfully treated in Asia with KLK1 derived from human urine & porcine (pig)
pancreas for stroke, kidney diseases, hypertension, retinopathy & related diseases
Clinical trail data supports statistically significant therapeutic benefit in stroke and kidney disease
Demonstrated DM199 BIOEQUIVALENCE to crude forms of KLK1
DM199 amino acid structure is identical to human urinary form of KLK1
KLK1 protein is naturally produced by the body
Low KLK1 levels associates with stroke and kidney disease
Sept. 2018 DM199 licensing deal with / ‘s neuro subsidiary
Fosun is one of the largest Chinese Pharma companies and an investor in DiaMedica
Potential for significant milestone and royalty payments
Crude KLK1 has been used to treat millions of patients in AsiaDM199 is a synthetic bioequivalent of the crude forms DM199 has been well tolerated & active with trial design based on existing use in Asia
* Based on IQVIA data and company estimates.
DE-RISKED
DEVELOPMENT
PATH
Targeting large worldwide unmet medical needs for stroke and chronic kidney disease
• Stroke - 15M annual strokes worldwide
• Chronic kidney disease - 30M US and 120M in China alone
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PRODUCT DM199 KAILIKANG® KALLIDINOGENASE
Company& others
Source Synthetic KLK1 Human Urinary KLK1 Porcine KLK1
Indications Acute ischemic stroke & chronic kidney disease Acute ischemic stroke Chronic kidney disease,
retinopathy & hypertension
Markets Worldwide China Japan, China & Korea
Treated patients Clinical stage 500,000+ est. patients treated2 Millions est. patients treated2
DM199: FIRST ACTIVE SYNTHETIC KLK1 PROTEIN
2 IQVIA, Transl. Stroke Res., March 6 2017 and DiaMedica
SYNTHETIC ADVANTAGES
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REDUCE RISK PROFILE OF ENDOTOXINS & IMPURITIES
IMPROVE EFFICACYWITH OPTIMIZED DRUG LEVELS & DOSING & CONVIENCE OF SUBCUTANOUS (SC) DELIVERY
REGULATIONWORLDWIDE USE
1 Shanghai Pharma acquired controlling ownership of
Techpool, May 23 2018 at USD$550M valuation
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CHINA LICENSING DEAL
• Date: September 2018
• License: DM199 (synthetic KLK1) for acute ischemic strokeØ Excludes all other indications
• Terms:Ø $5 million upfront
• $500K on signing• $4.5M on clearance to start China clinical study
Ø $27.5M in additional milestonesØ Sales based royalties
• Licensee: Ahon Pharma, Fosun’s neuro subsidiaryØ One of largest Chinese pharma companies
• Intellectual property: Ø DiaMedica retains control of technology, manufacturing process
& cell line
Validation of DM199 Through Rigorous Diligence Potential for Significant Milestones and Royalty Payments
STRATEGIC PARTNER
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One Therapy, Multiple Applications
DM199 CLINICAL DEVELOPMENT
Acute Ischemic Stroke (AIS)
Chronic Kidney Disease (CKD)
PRE-CLINICAL PHASE I PHASE II PHASE IIIINDICATION
Vascular Dementia
Phase II initiated
Phase IB - Enroll Q1 2019
Phase II
Anticipated Milestones
Q4 2019 / Q1 2020
Mid 2019
Q4 2019/Q1 2020
2020
DM199
Phase II
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“Exogenous pancreatic kallikrein (KLK1) both prevented and
ameliorated diabetic nephropathy”
- Dr. Robert Stanton, Harvard, Kidney International
“Evidence has highlighted the importance of the Kallikrein-Kinin
System as a protective system against oxidative stress and organ damage in the heart and kidney. Activation of KKS is likely to be beneficial in… cardiovascular diseases and chronic kidney
disease”
- Dr. Oliver Smithies, Nobel Prize Winner, University of North
Carolina, School of Medicine
“Kallikrein (KLK1) protects against ischemic stroke by inhibiting
apoptosis [cell death] and inflammation and promoting
angiogenesis and neurogenesis”
- Dr. Julie Chao, Medical University of South Carolina
100+ Papers Published Including Top US Institutions on Importance of KLK1 Treatment
“ “ “KLK1 IN SCIENTIFIC LITERATURE
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DM199 (KLK1): INCREASING BLOOD FLOW IN BRAIN & KIDNEYS
§ Decreases inflammation§ Decreases fibrosis (tissue scarring)§ Decreases oxidative stress§ Regulates Neurogenesis
Improved blood flowin brain and kidneys
Anticipate Better functional
outcomes in stroke and
kidney disease patients
Improved brain and kidney function
Capillary (small) Blood Vessel
Nitric Oxide, Prostacyclin
DM199
KLK1
§ Improves vasoregulation§ Regulates angiogenisis
Promoting Cardiovascular Homeostasis (Stability)
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DM199 Boosts KLK1 Levels to Release Physiological Levels of BK When and Where Needed,Generating Beneficial Nitric Oxide, Prostacyclin and Related
DM199 MECHANISM OF ACTION
ACEi block normal breakdown of BK,
• Low KLK1 ➜ Low BK• ACEi ➜ limited efficacy
& side effects
Tissue Kallikrein (KLK1)
Low molecular weight kininogen
Bradykinin (BK)
Nitric Oxide & Prostacyclin
↑ Vasoregulation↓ Inflammation↓ fibrosis↓ Oxidative stressNeurogenesis regulation
↑ TREGS
↓ VEGF
Retinopathy
Anti-inflammation
BK2Receptors
BK1Receptors
Plasma Kallikrein (PK)
High molecular weight kininogen
Bradykinin (BK)
Extremely High Bradykinin (BK) Levels
Firazyre*
Kalbitor*
AngioedemaRetinopathy
DM199Recombinant KLK1
ACEi
ARB
ACE
ATI
ATII
AT1 & AT2 Receptors
Aldosterone K, Na Hyperkalemia
Kininases(Inactivate BK)
Cleaves VEGF in eyes
Suppresses autoimmune response
BK2Receptors
BK1Receptors
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• Well-tolerated in 5 clinical studies in 120+ subjects• Treatment-dependent stabilization of blood pressure• Dose limiting tolerability, orthostatic hypotension at 50 µg/kg
DM199 15/25 µg/kg vs. placeboDM199 3 µg/kg vs. placebo
Syst
olic
blo
od p
ress
ure
chan
ge -
mm
/hg
Syst
olic
blo
od p
ress
ure
chan
ge -
mm
/hg
Time (hours) Time (hours)
* p < 0.01* p < 0.01
PlaceboDM199
PlaceboDM199
DM199 STUDIES SHOWS EXPECTED PHYSIOLOGICAL & THERAPEUTIC ACTIVITY
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>15M Strokes Per Year
Worldwide
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Stroke is a Devastating Condition in Great Need for Treatment Options
Acute Ischemic Stroke (AIS)
• Blockage of blood flow in brain• ~87% of all stroke cases are AIS
• 2nd leading cause of death in developed countries
• Affects 1 in 6 people in their lifetime
• Average age of first stroke 65 years(Risk doubles each decade after 55)
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SIGNIFICANT UNMET NEED IN STROKE
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1 tPA (Tissue Plasminogen Activator)
tPA1
(Activase®)
ONSET
3 – 4.5 hours
24 HOURS
Most stroke patients should reach hospital by 24 hours
MechanicalThrombectomy
DM199
126 18
Less than 10% of stroke patients treated
up to 24 hours
Stroke Treatment Window
Recent extension limited to specific types of patients6+ hours
DM199 has Potential to Provide Treatment Option for Almost all Stroke Patients
Potential frontlinetherapy if DM199 proven
safe in hemorrhagic stroke patients
ACUTE ISCHEMIC STROKE (AIS)
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Lower KLK1 Levels are Independently Associated With First-Ever Stroke and an Independent Predictor of Recurrence after an Initial Stroke1
Study of 2,000+ Stroke Patients and Event Free Survival Over 5 YearsRed line represents patients in lowest KLK1 quartile who are at highest risk of stroke
1 Annals of Neurology (2011) 70:265-73, Five year Event Free Survival by quartile, Kaplan-Meier Survival Curves.
LOW KLK1 LEVELS ASSOCIATED WITH STROKE PATIENTS
Quartiles:
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KLK1 (Urinary) Reduces Neurological Impairment After Acute Ischemic Stroke and Improves Long-Term Outcomes - 2,433 patient meta analysis4
• Human trials published in 50+ papers, covering 4,000+ stroke patients, demonstrate KLK1 efficacy on standard stroke scores, blood flow, inflammation and other measurements6
25
50
75
Baseline 3 Months
Bart
hel I
ndex
(BI)
at 3
mon
ths3
PlaceboKLK1
*
1 Chin J Neurol, May 2007, Vol 40, No 52 IMS Health and Transl. Stroke Res. March 06 20173 Measure of activities of daily living4Journal of Evidence-Based Medicine (2012) 5: 31-39 6 MRS, BI, NIHSS, CRP, MMP9, MMP9, Aβ levels and others
KLK1 (Urinary) Phase III in 446 Patients Treatment Initiated Within 48 hours of Stroke Improved Post Stroke Function Compared to Placebo1
KLK1 (URINARY) STROKE USE IN ASIA
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DM199 REPLENISHES KLK1 LEVELS
DM199 Dose Level Identified for Stroke Patients
Normal humanKLK1 range
Pharmacokinetic Profile (Drug Levels in Blood) In Subjects Dosed Every 3 Days
KLK1 levels (ng / mL)
DM199 SC maintains target KLK1 levels better than approved Kailikang® (urinary KLK1) Potential to substantially improve efficacy, safety and tolerability
Days
Last Dose
First Dose
Target range for stroke patients
0 7 14 21 28
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Study endpoints at 90 days:• Safety, KLK1 levels
• Stroke function - Modified Rankin
score, Barthel Index and NIHSS
• Biomarkers - inflammation, MMP-9
and others
DM199 IV
administration
≤24 hours from
symptom onset
DM199 IV, followed by SC
Placebo
Randomization 1:1
Double blinded
DM199 subcutaneous (SC) admin.
Day 1 & every 3rd day over 21 days
21 days90 days
Endpoint
• Phase II – first dose IV within 24 hours of stroke followed by 21-days SC treatment• Up to 100 patients
• Mild-moderate stoke severity (NIHSS score >6) at treatment
• Endpoints - standard stroke endpoints and anticipate same protocol design for phase III
24 hours
Dosing complete
DM199 REMEDY TRIAL: PHASE 2 ACUTE ISCHEMIC STROKE STUDY
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~30M Chronic Kidney
Disease Patients in the
U.S. Alone
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Chronic Kidney Disease (CKD)
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CHRONIC KIDNEY DISEASE (CKD)
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• CKD is the progressive loss of kidney function leading to dialysis, transplantation and ultimately death
• Current standard of care – managing blood pressureØ ACEi (Ramipril) and ARB (Valsartan, Losartan) o Less than 30% patients on required dose due to adverse side effect risks
• KLK1 (DM199) treatment option to improve kidney function:Ø Regulate blood flow, reduce inflammation, reduce damage to small blood vessels
to prevent structural damageØ KLK1 (porcine) approved in Japan and China to treat CKD & retinopathy
2121
LOW KLK1 LEVELS ASSOCIATED WITH KIDNEY DISEASE
1 Immunopharmacology 44 1999. 183–192
Lower KLK1 Levels Found in Patients with Kidney Disease
KIDNEY DISEASE
KLK1 LEVELS
High
LowNormal SevereMild
Severe Kidney Disease,Lower KLK1 Levels1
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KLK1 (PORCINE) USED TO TREAT KIDNEY DISEASE IN ASIA
• Human published trials in 20+ papers demonstrating KLK1 efficacy and
supporting clinical use and mechanism
1 Hainan Medical Journal, 2014-012 Chin J Diabetes, August 2011, Vol 19, No 8
“Kallidinogenase [KLK1] has Significant Curative Effect in the Treatment of Diabetic Nephropathy” - meta analysis1
0
50
100
150
Baseline 6 Months
Urin
ary
Albu
min
Exc
retio
n R
ate
(mg/
24h)
at 6
mon
ths
Upper limit of normal kidney function
PlaceboARB KLK1+ARB
KLK1 (porcine) Treatment Combined with ARB Over 6 Months Restores Kidney Function - 90 Patient Study2
*
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Phase II, multi-center, US, Randomized, Multiple dose• Rare disease focused • 30 patients per rare disease (targeting multiple diseases) • Patients to act as their own control
Study endpoints at week 12:• Safety, Tolerability of KLK1 and DM199 Levels• PK levels of KLK1 and DM199 • Change in KLK1 levels based on dose • Albumin to creatinine ratio, eGFR, BP & Glucose
DM199 dose 1 (dosed 1 or 2 times week depending on Phase Ib results)
Day 1 Week 12
DM199 dose 2 (option depending on Phase Ib results)
Multiple Kidney Diseases with Multiple Clinical Read-Outs
DM199 dose 1 - (2 cohorts)
Day 1 Day 12
Phase Ib, multi-center US, Randomized, Single dose • 32 CKD patients (Cohort 1 N=24, Cohort 2 N=8) • T1D or T2D with moderate or severe CKD
Study endpoints over 12 days:• Safety, Tolerability of KLK1 and DM199 levels• PK levels of KLKI and DM199• Change in KLK1 levels based on dose• Albumin to creatinine ratio, Kidney Biomarkers, BP & others
DM199 dose 2 – (1 cohort)
DM199 dose 3 – (1 cohort)
EndpointEndpoint
Phase Ib to select dose for phase II
DM199 PHASE IB & II CKD STUDY DESIGN
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§ Issued composition of matter (2033) and delivery (2033) patents
§ Worldwide dose, route of delivery, formulation & indication patent pending (2038)
§ 12 years of biologics exclusivity in US 10 years in EU
§ Manufacturing know-how expertise and trade secrets, at least 5 companies unsuccessfully attempted a synthetic KLK1
Patents & Trade Secrets
§ Exclusivity with manufacturer on patented expression system
§ Proprietary cell line, expression system, composition & know-how
Licensing Strategy
Manufacturing Exclusivity
§ Unlike many small-molecule drugs, DM199 cannot be reverse engineered – Attempts to synthesize human KLK1 through bioanalysis
have not been successful, and DM199 is virtually identical to human KLK1
§ DiaMedica will opportunistically license DM199, will not share formulary secrets– DiaMedica produces final product
– Protects against infringement
– Easily audit royalty payments
At least five other Companies have been unsuccessful developing synthetic KLK1
ROBUST AND MULTI-LAYERED IP POSITION
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BOARD
RICK PAULS, MBA
PRESIDENT & CEO
Former venture capitalist with two early stage funds, including co-founder & Managing Director of life sciences venture capital fund
TODD VERDOORN, PHD
CHIEF SCIENTIFIC OFFICER
28+ years experience with several neurological companies including Fidelity Biosciences, and with Bristol Myer Squibb’s stroke group
LEADERSHIPSCOTT KELLEN, CPA (INACTIVE)
CFO & VP FINANCE
25+ years in life sciences industry. Held senior leadership roles including CFO and COO for several private and pubic (Nasdaq) companies
RICHARD PILNIK, MBA
CHAIRMAN
Former VP & Chief Marketing Officer at Eli Lilly, former President, Innovex (a Quintiles Company). Former board member of Elan Pharma & Chiltern (acquired)
MICHAEL GIUFFRE, MD, MBA
DIRECTOR
Clinical Professor of Cardiac Sciences at University of Calgary, BOD FoodChek Inc, BOD Canadian Medical Association; BOD SCS Inc.
RICK PAULS, MBA
PRESIDENT & CEO
Former venture capitalist with two early stage funds, including co-founder & Managing Director of life sciences venture capital fund
ZHENYU XIAO, PHD
DIRECTOR
Managing Director of Hermed Capital, previously Associate General Manager of Fosun Pharmaceutical - deputy chief of Fosun Pharmaceutical IPO
JAMES PARSONS, CPA-CA
DIRECTOR
CFO at Trillium, a Nasdaq listed biotech company. Has been CFO of life sciences companies for last 15 years
PAUL PAPI
VP BUSINESS DEVELOPMENT
38+ years life sciences experience, 28 years Mylan, 10 years investment banking, business dev., capital markets & M&A transactions
HARRY ALCORN JR., PHARM.D
CHIEF MEDICAL OFFICER
30+ years biopharma experience. Principle Investigator of over 150 clinical studies, mainly kidney disease. Former Chief Scientific Officer at DaVita
PHILIP BATH, MD, DSC
Chair and head of clinical neuroscience, University of Nottingham
PAOLO MADEDDU, MD
Chair of experimental cardiovascular medicine, University of Bristol
JOHN VOLPI, MD
Co-director of the Eddy Scurlock Stroke Center, Houston Methodist
BRUCE CAMPBELL, MD
Head of Hyperacute Stroke in the Department of Neurology, Royal Melbourne Hospital
SCIENTIFIC ADVISORS/COLLABORATORSROBERT STANTON, MD
Chief of Kidney and Hypertension and principal investigator of vascular cell biology at Joslin Diabetes Center, Harvard Medical School
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Highly Experienced Leadership Team
DM199 licensed in China for Stroke
DM199 De-Risked Product Profile
Crude form of KLK1 approved and used in Asia
Significant markets with large unmet needs