May 2021 (TASE: KDST)

Disclaimer

This presentation was prepared for the sake of summary and convenience only and it cannot replace a reviewing of the prospectus and/or the periodic report and/or other reports that Kadimastem Ltd. (hereinafter: "the Company") published to the public trough the MAGNA. This presentation presents a complete set of information as of the date of their presentation, which together with all of the Company's periodic, semiannual and immediate reports reflect a complete picture of the Company.

In this presentation, the company included projections, estimates and assessments, as are known to the Company at the time of preparation of this presentation, referring to the Company and including, inter alia, forward-looking information as defined in the Securities Law, 5728 – 1968, based on subjective estimates on the part of the Company in respect of its development potential and based on initial information and documents the Company received from professional entities relevant to the Company's development plans.

Forward-looking information is uncertain and mostly is not under the Company's control and the realization or non-realization of forward-looking information will be affected, among other things, by the risk factors characterizing the Company's activity, as well as developments in the general environment and external factors affecting the Company's activity. The Company's results and achievements in the future may differ materially from those presented in this presentation and the Company makes no undertaking to update or revise such projections or estimates and does not undertake to update this presentation.

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Vision – Stem Cell Derived Therapy

Replace, restore and repair the functionality of diseased and malfunctioning cells in various degenerative diseases by transplantation of our healthy and functional cells

Proprietary cell lines optimized for the cure of Diabetes and to treat ALS

GFAP/GLAST/DAPI C-peptide/Glucagon/DAPI

Proprietary Innovative Platform

Proprietary expansion and differentiation processes of cells intended for treatment of multiple diseases

Product Platform Pipeline CLINICAL

An Active Market – Big Recent Transactions

To the best of Company's knowledge, base on the following:

http://www.semma-tx.com/media1/vertex-to-acquire-semma-therapeutics-with-a-goal-of-developing-curative-cell-based-treatments-for-type-1-diabetes
https://www.prnewswire.com/news-releases/lilly-and-sigilon-therapeutics-announce-strategic-collaboration-to-develop-encapsulated-cell-therapies-for-the-treatment-of-type-1-diabetes-300624199.html
https://media.bayer.com/baynews/baynews.nsf/id/Bayer-acquires-BlueRock-Therapeutics-to-build-leading-position-in-cell-therapy
https://finance.yahoo.com/news/sana-announces-upsized-pricing-initial-042200699.html?guccounter=1

AstroRx ®

Astrocytes for Neurodegenerative Diseases

ALS– Market and Facts

Death of motor neurons
Progressive loss of muscle control leads to eventual death
90-95% sporadic and 5-10% familial (C9orf72, hSOD1, TDP-43, FUS)
Disease onset 50-60 years, survival from onset 2-5 years

• Current FDA approved treatments are Rilutek & Radicava with modest effect

ALS is a fatal rare disorder with no cure
Around 450,000 ALS patients estimated worldwide, 30,000 patients in the US¹
ALS Annual drug sales: (US, Canada, France, Germany, Italy, Spain, UK and Japan) ²
- 2019: \$282M
- Estimate 2029: \$1.04B
US ALS Healthcare costs:
- Up to \$200K estimated annual medical expenses per patient³

1. https://www.als.net/als-resources/faq/
1. Amyotrophic Lateral Sclerosis (ALS): Opportunity Analysis and Forecasts to 2029. GlobalData 2020

Why Use Astrocytes for ALS - AstroRx®

AstroRx® contains functional healthy astrocytes to protect ALS-diseased motor neurons using multiple mechanisms of action

In ALS, the patient's own	Mechanism of Action	Synapse neuron
astrocytes fail to support	Secrete neurotrophic factors
motor neuron survival	Remove toxic factors (i.e. glutamate)
	Regulate oxidative stress	Astrocyte
	Immune-modulation	Capillary Astrocyte

Israel et al, 2020 Front. Neuroscience for review Support Motor Neurons by

transplantation of healthy and functional human astrocytes - AstroRx®

Cell Therapy Using AstroRx® - The Process

Effect of AstroRx® on rat SOD1 G93A ALS model

Rat hSOD1 ALS Model:

Study measurements

Survival
Grip strength
Rotarod (ambulation)
Muscle weight loss
Paralysis (neurological score)

AstroRx® cells were injected at day 50 and 70 of life

Intrathecal injection of AstroRx® (Lumbar puncture) between L5-L6 w/o immunosuppression

hSOD1G93A high copy number rat (ALS model)

AstroRx® Prolong Survival of hSOD1 Rats

Significant delay in disease onset in AstroRx® treated rats (P=0.0001)
Prolonged survival in AstroRx® treated rats

AstroRx® Improve Motor Performance

• Significant improvement in grip strength test (P<0.001)

• Significant improvement in rotarod test (P<0.001) and neurological score

Similar results were obtained in ALS mouse model

AstroRx® Cells Reduce Loss of Muscle Mass

Significant improvement in maintaining BW (P<0.05)

In Human Clinical Trials Using AstroRx®

AstroRx® First-in-Human Study Design

Evaluate transplantation of astrocytes derived from Human Embryonic Stem Cells, in patients with Amyotrophic Lateral Sclerosis (ALS)

Study Site: Hadassah Ein Kerem Hospital, Jerusalem
Phase 1/2a, open-label, single arm per dose, dose-escalating
A single treatment administration of AstroRx® was administered by intrathecal (spinal) injection to subjects with ALS at early disease stage
AstroRx® doses:
- 5 subjects in Cohort A (100x10⁶ cells)
- 5 subjects in Cohort B (250x10⁶ cells)
Study Objectives:
- Primary: safety of escalating doses
- Secondary: efficacy by comparing Pre- and Post-treatment assessment of disease progression

AstroRx® Phase 1/2a Current Status Good Clinical Safety Profile

Study Status:

5 patients in Cohort A and 5 patients in Cohort B completed 6 months follow up
Cohorts C&D were discontinued following Data Safety Monitoring Board (DSMB) recommendation due to COVID-19 pandemic

Enrollment Characteristics:	Group	Gender	Ethnicity	Mean age	ALSFRS-R at enrollment
	A	5 males	Caucasian	63 ± 4.4	39.2 ±3.5
	B	4 males, 1 female	Caucasian	61 ± 5.5	40.0 ±5.3

Safety Results:

Good safety profile
No treatment-related serious adverse events
No dose-limiting toxicities were reported

AstroRx® 3-month Follow-up Results Demonstrated a Clinically Meaningful Decline in Disease Progression

Clinical results are consistent between Cohorts A and B

ALSFRS-R slope difference between 3 months pre- and post-treatment in Cohorts A and B

* p=0.0396, **p=0.0023, *** p=0.0004 (MMRM analysis)

ALSFRS-R is a Clinically Accepted Measure of Disease State

AstroRx® Efficacy Among ALS Rapid Progressors (3-month Follow-up)

80% of rapidly progressing patients responded to treatment of AstroRx®

ALSFRS-R Slope Analysis

* p=0.0003 (MMRM analysis)

Rapid progressors are defined as patients who deteriorate at least 1.1 points of ALSFRS-R per month in the run-in period
Analysis of rapid progressors is particularly important since the inclusion of this sub-population of patients in clinical trials in ALS increases the likelihood of demonstrating a drug effect
Responders are defined as showing improvement of at least 25% in the ALSFRS-R rate of decline between pre- and post-treatment periods

AstroRx® study: 6-month Follow-up Results

The results support our plan for a further clinical trial with repeated intrathecal administrations of AstroRx®, in order to prolong the clinical effect seen by a single dose

Safe and well tolerated in both treatment doses over 6-months
No treatment-related serious adverse events (SAEs) nor dose-limiting toxicities were reported

AstroRx® Clinical and Regulatory Plan

A clinical development strategy to support the product intended use
A Pre-IND meeting with FDA
An IND supporting the approval of the next set of clinical trials
A RMAT* designation application is planned, to enable expedited development, reviews and to accelerate approval

A Potential Functional Cure for Type 1 Diabetes

Insulin Dependent Diabetes - Market and Facts

~180 Million People worldwide suffer from Insulin-Dependent Diabetes*

Highly demanding disease management. Insulin injection treatment does not prevent long term complications**

~45 million people suffer from Type-1 Diabetes worldwide. More than 1.1 million are children and adolescents (<20 years) (US > 200,000)***

High health expenditure Type 1 Diabetes associated healthcare expenditures in the US = 16B\$ annually)**

*American Diabetes Association Standards of medical care in diabetes—2018. Diabetes Care. 2018;41(Suppl 1):S1–S159. [Google Scholar] **https://www.jdrf.org/t1d-resources/about/facts/

***IDF diabetes atlas 2019

Unmet Need in Insulin Dependent Diabetes

Insulin Therapy and glucose Islet Transplantation management are not a cure Restoring patient's ability to naturally

Even with strict insulin treatment regimens, patients experience:

Frequent episodes of severe, undetected hypoglycemia;
Severe glycemic lability
Progressive diabetic complications: Neuropathies Heart Disease Retinopathy Kidney failure Stroke

produce insulin

Healthy and functional islet cells can produce and secrete insulin in a regulated manner
Cadaveric donor islet cell therapy is a safe and clinically validated treatment for Insulin-Dependent Diabetes*
Patients treated achieved Insulin independence for ~2 years following treatment**
Main challenges remaining: a severe shortage of donor islet cells and immune suppression that is unhealthy and not always prevent immune rejection

Cure for Type 1 Diabetes using IsletRx

IsletRx - Our Solution

Functional pancreatic islets from ES cells that produce and secrete insulin and glucagon

Overcome donor tissue availability shortage
Replace malfunctioning patient islet cells
Maintain continuous balanced glucose levels

• Show long term functionality, protected from host immune response, without immune suppression drugs

IsletRx - Preclinical Demonstration of Efficacy

IsletRx treated diabetic mice (STZ) demonstrated balanced and normal blood glucose levels

Long-term therapeutic effect was achieved in an immunocompetent animal model (C57BL/6 mice)
IsletRx cells well protected from host immune system

Molakandov et al 2020, in submission

IsletRx - Production, Purification and Encapsulation

Large Scale Production:

Scalable 3D bioreactor production

Purification & Enrichment:

Proprietary technology (IP) enables islet cell enrichment and purification, achieving well characterized cell identity

• Novel CD26-/CD49a+ signature cell surface markers are used to identify and select highly functional insulin producing cells, thereby increasing the probability of clinical efficacy

Unique Microencapsulation Technology:

Protects IsletRx cells from host immune system response, overcoming a major challenge in allogeneic cell therapy

Microencapsulated ILCs - IsletRx

Our Treatment = Cure

IsletRx Potential Advantages vs. Available Treatments

	Insulin Injections	Insulin Pumps
Periodic Treatments, Long-term Effect	Daily injection	Ongoing
Balanced Glucose Levels	Manual monitoring and balancing of glucose levels	Delay in real-time glucose measurement and insulin infusion
Personal Comfort	Daily routine interference- injections and laborious monitoring	External device necessitating maintenance
Compliance	Requires high-level treatment management	External device necessitating maintenance
Prevention of Long-term Complications

IsletRx Next Steps

INTERACT* and Pre-IND meetings with FDA
Implementation of 2 nd generation micro and macro encapsulation products
Upscaling and GMP production

Leadership

Bringing extensive business, industry, and scientific experience

Prof. Michel Revel Founder & CSO

Developed Merck's blockbuster drug REBIF® for multiple sclerosis (\$1.7B USD in sales in 2016)
Professor Emeritus of molecular genetics at the Weizmann Institute of Science
More than 40 years of experience in development and global commercialization of advanced biotechnological products
Awarded Laureate of Israel Prize for Medicine in 1999 and EMET Prize for Science in 2004

Asaf Shiloni CEO

More than 20 years of biotech executive experience and a deep knowledge of the cell therapy industry
Mr. Shiloni served as Vice President Sales and Business development at PeproTech for 13 years, there he established collaborations and joint ventures with top US stem cell companies and leading research labs worldwide as well as led M&A processes
Prior to PeproTech, in 2007, Mr. Shiloni sold an Israeli biotech company CytoLab, that he co-founded and led for seven years
Mr. Shiloni holds a BA in Computer Information Systems and Business from The College of Management and an MBA from Tel Aviv University