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eXoZymes Inc.
eXoZymes Inc. is a biotechnology company that has developed a new way to produce chemicals without using living cells. The company's technology, called "exozymes," combines enzymes (proteins that speed up chemical reactions) with artificial intelligence to create a manufacturing platform that transforms biomass into chemicals, medicines, and fuels. Unlike traditional synthetic biology that relies on living cells, eXoZymes' cell-free approach operates more like industrial chemistry, avoiding the common problems that prevent biological manufacturing from reaching commercial scale.
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eXoZymes Inc. At A Glance
eXoZymes Inc. is a biotechnology company that has developed a cell-free biomanufacturing platform to produce chemicals, medicines, and fuels without using living cells. The company's technology combines artificial intelligence with enhanced enzymes (called "exozymes") that function in bioreactors to transform biomass into target chemicals. By removing cells from the manufacturing process, eXoZymes addresses the scaling bottleneck that has historically limited commercial success in synthetic biology. With approximately $14 million in U.S. government grants and a platform-of-platforms business model focused on licensing and partnerships, eXoZymes aims to enable sustainable, scalable alternatives to traditional petrochemical production methods.
eXoZymes' Platform Solves Industry Bottleneck
The company's technology addresses why most synthetic biology projects fail commercially. Traditional cell-based manufacturing faces three major problems: cells die from toxic chemicals, cells naturally resist producing unneeded chemicals, and extracting pure chemicals from cell mixtures costs more than the chemicals are worth. eXoZymes eliminates these issues by removing cells entirely from the equation, using engineered enzymes that work in bioreactors without cellular limitations.
$14 Million in Government Validation
eXoZymes has received approximately $14 million in U.S. government grants from agencies including the National Institutes of Health, Department of Energy, and Department of Defense. These grants have funded development across multiple applications including sustainable aviation fuel (isobutanol), cannabinoids, proteins, and other chemicals. Government funding provides both validation of the technology and non-dilutive capital for development.
Platform-of-Platforms Business Model
Rather than competing directly in chemical markets, eXoZymes licenses its technology to partners who handle production and commercialization. The company generates revenue through licensing fees, royalties (typically 1-8%), and sales of proprietary enzymes. This capital-light approach allows eXoZymes to address multiple markets simultaneously without the infrastructure costs of manufacturing facilities.
NCT: First Commercial Application
The company has developed a biosolution for N-trans-Caffeoyltyramine (NCT), a compound with pharmaceutical potential for treating fatty liver disease and inflammatory bowel disease. NCT has been validated in peer-reviewed studies as a potent HNF4a agonist and was shown to be non-toxic at the highest doses tested. This represents eXoZymes' first demonstration of producing a high-value pharmaceutical compound using its platform.
Sustainable Aviation Fuel Opportunity
eXoZymes is developing technology to produce isobutanol for use as sustainable aviation fuel (SAF), which reduces CO2 emissions by up to 80% compared to fossil fuels. The aviation fuel market is projected to grow from $220 billion in 2022 to $793 billion by 2030, with government mandates requiring 70% of EU airport fuel to be SAF by 2050. The company has received $5.7 million in Department of Energy and Department of Defense grants for this application.
Proprietary AI and Enzyme Engineering
The company combines proprietary enzyme engineering capabilities with artificial intelligence to design and optimize enzyme pathways. This includes over 10 patents and substantial trade secrets covering novel enzymes, cell-free manufacturing processes, and specific chemical products. The technology has been validated through publications in peer-reviewed journals including Nature Chemical Biology and Nature Communications.
Digging Deeper
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Analyst Coverage
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Addressing Important Unmet Needs
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Reducing Pill Burden
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Financing the Future
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Pipeline
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Oxylanthanum Carbonate: Innovative Approach to Phosphate Control
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UNI-494: Focused on Mitochondria
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A Large Addressable Market
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Deftly Navigating the Regulatory Maze
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Digging into the Science Pt. 1
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Digging into the Science Pt. 2
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Risks & Disclosures
Analyst Coverage
FIRM |
ANALYST |
Brookline Capital Markets |
Kumar Raja |
H.C. Wainright & Co. |
Edward Arce |
Maxim Group |
Jason McCarthy, Ph.D. |
Noble Life Science Partners |
Robert LeBoyer |
Piper Sandler |
Yasmeen Rahimi, Ph.D. |
Rodman & Renshaw |
Elemer Piros |
The Benchmark Company, LLC |
Bruce Jackson |
Unicycive Therapeutics, Inc. is followed by the analysts listed above. Please note that any opinions, estimates, or forecasts regarding Unicycive Therapeutics, Inc.'s performance made by these analysts are theirs alone and do not represent opinions, forecasts, or predictions of Unicycive Therapeutics, Inc., B2i Digital, Inc., or their respective management. Neither Unicycive Therapeutics, Inc. nor B2i Digital, Inc., by its reference above or distribution, imply its endorsement of or concurrence with such information, conclusions, or recommendations.
Addressing Important Unmet Needs
Unicycive Therapeutics is a different type of biotech company. Unlike most firms in this space, Unicycive was built from the ground up in only three years. Additionally, they are focused on diseases of the kidney, a space that has had a shortage of effective and convenient solutions.
Chronic Kidney Disease (CKD) ranges between stages 1 through 5, with 1 being the least severe and 5 being the most. Stage 5 is called End-Stage Renal Disease (ESRD), where kidney function has declined to the point that patients require a kidney transplant or go on long-term dialysis to maintain life. At this late stage of CKD, elevated phosphorus, known as hyperphosphatemia, becomes a serious problem that needs to be addressed. Unfortunately, phosphate control can become a real challenge for CKD patients because, currently, available therapies require a burdensome number of large pills. Unicycive's drug Oxylanthanum Carbonate (OLC), if approved, promises to reduce that burden dramatically.
That phosphate control can become incredibly uncomfortable for ESRD sufferers as the number of pills that are necessary can be a major burden. Unicycive's drug Oxylanthanum Carbonate (OLC) intends to reduce that burden dramatically.
Unicycive's management team and board of directors are steeped in experience, both in the medical industry as well as with drug commercialization. Additionally, their scientific board holds the impressive levels of experience and knowledge necessary to properly guide the firm and solve its most pressing issues.
Source: Company Documents
Reducing Pill Burden
OLC may reduce pill burden volume by more than 4-fold, compared to the most prescribed phospate binder.
Source: Company Documents
For any biotech company looking to build a pipeline and create the next important pharmaceutical, having strong financing in place is critical. You need a sufficient runway to see a pharmaceutical solution from concept through the regulatory process and into the market.
Unicycive recently announced in March 2024 a $50 million private placement, providing significant funding to support its clinical development pipeline. The financing, led by new investors Octagon Capital and Great Point Partners, LLC, with participation from other institutional investors, ensures that Unicycive can advance its lead drug, Oxylanthanum Carbonate (OLC), through the approval process and prepare for a commercial launch.
In addition to this $50 million, Unicycive has access to up to $100 million in committed capital through future warrant exercises. The warrants are linked to significant milestones in the regulatory process, with Tranche A warrants exercisable upon FDA approval for OLC, Tranche B exercisable upon TDAPA approval, and Tranche C exercisable after four quarters of commercial sales. This additional funding commitment underscores the investors' confidence in Unicycive's programs and their potential for success.
Proceeds from the private placement will also support Unicycive's NDA submission with the FDA for approval of OLC for the treatment of hyperphosphatemia in chronic kidney disease patients on dialysis. This funding positions Unicycive to navigate regulatory hurdles and successfully bring its innovative treatments to market.
With this robust financial backing, Unicycive is well-equipped to advance both its lead program, OLC, and its secondary program, UNI-494, focused on acute kidney injury, toward clinical and commercial success.
Source: Company Documents
Unicycive's Single-Minded Attention:
Focused on developing new treatment options for renal diseases.
Source: Company Documents
Treating End-Stage Renal Disease (ESRD) demands effective phosphate control to avoid complications such as heart failure. Current solutions often require burdensome and expensive regimens with large pills. Oxylanthanum Carbonate (OLC) is positioning itself as a novel and elegant solution to this problem.
OLC is an advanced phosphate-binding agent using proprietary nanoparticle technology, designed to treat hyperphosphatemia in chronic kidney disease (CKD) patients on dialysis. The nanoparticle technology increases the surface area of active drugs, allowing more medicine in smaller pills that can be swallowed whole, reducing the pill burden.
Unicycive Therapeutics completed a clinical trial with 32 healthy volunteers to study OLC. This study showed that OLC was minimally absorbed into the systemic circulation and was safe and well-tolerated at doses up to 6000 mg/day. The results indicated that OLC significantly reduced urine phosphate excretion and increased fecal phosphate excretion at doses at and above 3000 mg/day, demonstrating its potential effectiveness in managing hyperphosphatemia.
OLC* is a novel investigational phosphate binder for the treatment of hyperphosphatemia in patients with chronic kidney disease on dialysis. Its mechanism of action involves binding to dietary phosphate in the gastrointestinal tract, which is then excreted via the feces, leading to a reduction in serum phosphorus levels. The key features of OLC include:
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Enhanced surface area due to nanoparticle technology
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Lower molecular weight
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Immediate-release tablets
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Smaller pills
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Swallowed whole (not chewed)
*OLC is an unapproved investigational new drug being developed under the FDA's 505(b)(2) regulatory procedure. If approved, it will share the same product label and prescribing information as the reference-listed drug Fosrenol (lanthanum carbonate), with the advantage of smaller pills that can be swallowed whole with water, not chewed.
Unicycive has a strong patent portfolio protecting OLC, with a family of U.S. patents and corresponding patents in Canada, Europe, Japan, China, Australia, and other countries.
Both the U.S. and foreign patents were filed in 2011, with a statutory expiration in 2031. This patent protection offers Unicycive the potential to deliver significant shareholder value for years to come.
Unicycive believes mitochondria play a critical role in Acute Kidney Injury (AKI) due to their dual role as the primary source of cellular energy and key regulators of cell death. Mitochondrial damage in AKI can lead to sublethal and lethal injury of kidney tubules, resulting in a loss of renal function.
Disruption in mitochondrial dynamics and compromised membrane integrity can trigger the release of apoptogenic factors, mitochondrial permeability transition (MPT) pores, loss of membrane potential, energetic failure, and reactive oxygen species production, leading to cell injury and death.
Currently, there are no FDA-approved medicines to treat AKI. Damage to the kidney is often irreversible, requiring renal transplant or lifelong dialysis.
UNI-494 is a novel chemical entity targeting mitochondrial dysfunction, with the potential to address AKI's unmet medical needs. UNI-494 is in preclinical development for the treatment of AKI, derived from a marketed agent, nicorandil, and designed to improve mitochondrial function by blocking the opening of MPTP pores in the inner mitochondrial membrane.
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UNI-494 is a prodrug of nicorandil with improved properties and an extended patent life.
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Nicorandil has compelling scientific data supporting the development of UNI-494 for Acute Kidney Disease (AKI) and Chronic Kidney Disease (CKD).
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Unicycive is focusing on AKI as the initial indication, with CKD as a possible follow-on program.
Unicycive Therapeutics is executing its go-to-market strategy for UNI-494, aiming to advance the drug through preclinical studies and regulatory filing to initiate clinical trials. The company has achieved key milestones, including completing preclinical studies, manufacturing drug supplies for clinical studies, and obtaining MHRA approval to initiate the first human trial. The Phase 1 clinical trial was initiated in Q1 2023, and Unicycive is working toward an FDA IND filing for a Phase 2 proof-of-concept study.
FDA Regulatory Strategy:
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Confirm prodrug tolerability in animal studies at desired doses.
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Identify prodrug dose(s) for initial human study and demonstrate conversion of UNI-494 to nicorandil in humans.
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Seek regulatory clearance to initiate Phase 1 study.
Unique attributes for regulatory approval of UNI-494:
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Leverage preclinical and clinical data from nicorandil outside the United States with a comparability package.
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Design a more homogenous AKI patient population, including patients with contrast-induced nephropathy (CIN), where nicorandil has been shown to be efficacious.
Milestones
Animal safety studies completed
Drug supplies for clinical studies manufactured
MHRA approval to initiate first-in-human trial
Phase 1 initiated (Q1 '23)
Ongoing regulatory filing process to support the Phase 2 proof-of-concept (POC) study
Chronic Kidney Disease is a very significant issue across much of the world. According to Research and Markets, the global end stage renal disease (ESRD) market size is anticipated to reach over $260 billion by 2030, leading to a very robust Compound Annual Growth Rate (CAGR) of 12.9% from 2022 to 2030. An increasing number of patients suffering from kidney failure, the rapid increase in the volume of hospitals & urgent care centers, and growing hospital admission rates are thought to be the catalysts behind this growth. Both of the company's programs have the potential to participate in this market.
Unicycive Therapeutics' lead program, Oxylanthanum Carbonate (OLC), is designed to address hyperphosphatemia, a condition characterized by elevated phosphate levels in patients with chronic kidney disease undergoing dialysis. The global hyperphosphatemia treatment market was estimated to be $2.5 billion in 2021. With a projected Compound Annual Growth Rate (CAGR) of 5.3% between 2021 and 2028, the current market may be close to $3.0 billion, highlighting a significant opportunity for Unicycive's OLC.
Go-to-Market Strategy and Partnerships:
Unicycive's go-to-market strategy involves strategic partnerships to expand the reach and accelerate the commercialization of Oxylanthanum Carbonate. In Q4 2022, Unicycive entered an agreement with Lee's Pharmaceutical (HK) Limited, granting exclusive rights to develop, market, and commercialize OLC in Mainland China, Hong Kong, and certain Asian markets. This agreement provides Unicycive with a strong local partner with deep domain expertise, unlocking significant growth potential in one of the largest markets for kidney disease patients.
As part of the agreement, Unicycive received an upfront payment of $1.0 million and is eligible for royalties on sales and other milestone payments. This strategic partnership enhances Unicycive's presence in Asia, providing a strong platform for future growth.
Unicycive continues to explore additional partnership opportunities in Asia and Europe to further expand its market presence and accelerate the commercialization of Oxylanthanum Carbonate. The company aims to establish a global network of strategic partners to bring innovative treatments to patients with kidney disease worldwide.
Source: Company Documents
As with any company focusing on creating solutions for health issues, navigating the regulatory maze is critical for success. Unicycive has demonstrated a strong ability to do so.
Oxylanthanum Carbonate
The company's lead program, Oxylanthanum Carbonate (OLC), is on a significantly de-risked regulatory pathway for commercialization. In a Type C meeting with the FDA in Q4 2021, the company received clear guidance to file a New Drug Application (NDA). Unicycive is pursuing a 505(b)(2) pathway for U.S. approval, leveraging pre-clinical and clinical data from the approved lanthanum-containing phosphate binder, Fosrenol. This pathway allows the company to skip certain clinical trial phases, streamlining the approval process.
The company conducted a bioequivalence (B.E.) study comparing urinary phosphorus changes between OLC and Fosrenol in healthy volunteers and a 6-month oral toxicity study in mice. The results showed that OLC met all endpoints, indicating its safety and efficacy. Additionally, the company completed standard studies on manufacturability and commercial supply readiness. Unicycive completed the B.E. study with volunteers in Q4 2022 and is on track to file the NDA in mid-2023.
With a one-year review process, potential FDA approval could be anticipated in 2024.
Oxylanthanum Carbonate regulatory strategy and key milestones
FDA Regulatory Strategy
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505(b)(2) regulatory pathway for the potential U.S. approval of OLC.
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Leverage pre-clinical and clinical data from Fosrenol to support NDA.
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Bioequivalence study in healthy volunteers comparing urinary phosphorus changes between OLC and Fosrenol.
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6-month oral toxicity study in mice.
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Treatment-emergent adverse events were comparable between the OLC and Fosrenol groups, with no serious adverse events or deaths reported.
Commercial strategy
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Product positioning, market access, and market shaping activities are ongoing to optimize the value proposition.
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Pursuing a parallel commercial model to address the concentrated nephrology market, including partnerships with pharmaceutical companies, license and/or distribution agreements with dialysis organizations, and outsourced contract sales organizations.
*OLC is an unapproved investigational new drug being developed under FDA’s 505(b)(2 ) regulatory procedure. If approved, OLC will share the same product label and prescribing information as the approved reference-listed drug (RLD) Fosrenol, with the advantage of smaller, immediate-release tablets that are swallowed whole and not chewed.
UNI-494
Unicycive's other program, UNI-494, is also positioned well for a shorter approval timeframe. As a novel pro-drug of a marketed agent, nicorandil, it uses an established legacy with known MOAs and demonstrated safety and efficacy with its use of nitric oxide. It uses a known and safe chemical linker, and its controlled release of the active drug in plasma may enable once-daily QD dosing.
The clinical development of UNI-494 began in the United Kingdom (U.K.) to expedite the process. The company filed a Clinical Trial Application (CTA) with the Medicines and Healthcare Products Regulatory Agency (MHRA) in the U.K. to initiate a Phase I healthy volunteer study. In addition, Unicycive filed an Investigational New Drug (IND) application with the FDA, and a Phase II proof-of-concept (POC) study is expected in the second half of 2023.
While nothing is guaranteed during this process, Unicycive Therapeutics is taking intelligent steps that could lead to commercialization in a shorter timeframe compared to many other companies in the industry.
Source: Company Documents
Digging into the Science Pt. 1
Unicycive Therapeutics focuses on developing drug candidates for serious kidney diseases. Its lead program, Oxylanthanum Carbonate (OLC), aims to address the challenging problem of uncontrolled hyperphosphatemia with a patient-friendly solution. This serious complication often affects patients undergoing dialysis and can lead to significant health risks if not managed effectively.
Hyperphosphatemia is strongly associated with mortality and hospitalization
Mineral Medbolism, Mortality, and Morbidity in Maintenance Hemodialysis | Geoffrey A. Block, Preston S. Klassen, J. Michael Lazarus, Norma Ofsthun. Edmund G Lowrie and Glenn M. Chertow | JASN August 2004, 15 (8) 2208-2218; DOI: https://journals.lww.com/jasn/abstract/2004/08000/mineral_metabolism,_mortality,_and_morbidity_in.26.aspx
Source: Company Documents
Oxylanthanum Carbonate (OLC) Product Profile
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Oxylanthanum Carbonate (OLC) is a novel phosphate binder designed to treat hyperphosphatemia in patients with chronic kidney disease (CKD).
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The mechanism of action involves binding to dietary phosphate in the gastrointestinal (GI) tract, which is then excreted via the feces, resulting in reduced serum phosphate levels.
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Unicycive's proprietary nanotechnology allows more active medication to be packed into smaller pills, offering greater convenience and efficacy for patients.
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Key Features of OLC
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Enhanced surface area due to proprietary nanotechnology
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Lower molecular weight
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Immediate-release tablets
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Smaller pills that are swallowed whole (Not Chewed)
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Digging into the Science Pt. 2
UNI-494 is Unicycive Therapeutics' other program, targeting Acute Kidney Injury (AKI). This drug is designed to focus on mitochondria—the "powerhouse of the cell"—which play a critical role in energy production and cellular health. Mitochondrial dysfunction can lead to kidney damage, which UNI-494 aims to address by regulating mitochondrial activity.
Source: Company Documents
UNI-494 restores mitochondrial function mechanism of action
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A hallmark feature of mitochondrial dysfunction is the chronic opening of MPT Pores and the overproduction of Reactive Oxygen Species (ROS)
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Chronic opening of MPT Pore leads to water and solute influx, injury, and subsequent death
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UNI-494 is an ATP-sensitive K channel (KATP) activator
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Binds to SUR2 subunit of KATP channel that, in turn, leads to closing of MPT pores
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Nicorandil down-regulates the production of ROS
This communication is neither an offer to sell nor a solicitation of an offer to buy, nor a recommendation of any securities of the company mentioned herein.
Unicycive Therapeutics Inc (the “Company”) and its counsel have reviewed the content of this page as well as the accompanying presentation (“Company Presentation”) displayed on this page. To the best of its knowledge, the Company does not believe this content to be misleading or inaccurate in any material respect, nor does it believe there are any material omissions with respect to such content. The Company does not believe the contents of the page or the Company Presentation to contain any non-public material information.
Information and opinions presented in the Company Presentation are provided by the Company, and b2i Digital makes no representation as to their accuracy or completeness. The information contained on this page is not intended to constitute any form of advice, and the information provided is not intended to provide a sufficient basis on which to make an investment decision. It is not investment research, nor does it constitute a research recommendation, as it does not constitute substantive research or analysis. This information is not to be relied upon in substitution for the exercise of independent judgment.
Information, opinions and estimates contained on this page or in the Company Presentation reflect judgments by the Company as of the original date of publication by the Company and are subject to change without notice. Past performance should not be taken as an indication or guarantee of future performance, and no representation or warranty, express or implied is made regarding future performance.
A complete description of the risks and uncertainties relating to the Company and its securities can be found in the company's filings with the U.S. Securities and Exchange Commission available for free at www.sec.gov.
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I’ll be joining a panel discussion on:
“Reviewing the Landscape of Biocatalysis & Overcoming Common Pitfalls Together”
Biocatalysis is rapidly reshaping industrial biomanufacturing, and I look forward to sharing perspectives on where it creates the most value, the challenges that remain, and how companies can position themselves to benefit.
If you’ll be at the conference, I’d be glad to connect. Please feel free to reach out to set up a time to meet.
Looking forward to the discussions and to seeing many of you there.
#Biocatalysis
#AppliedBiocatalysis
#AppliedBiocatalysis2025
"I feel we have a significant opportunity to create a system where scientists are supported by AI-enabled tools. I don't think AI is going to replace the scientists in this space - I think it's going to amplify what they can do."
Watch the entire World Bio Markets panel here:
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#enzymes #exozymes #alphafold #LLM #AI #ML #artificialintelligence
eXoZymes is a Los Angeles, California-based biotechnology company pioneering cell-free biomanufacturing through its proprietary exozyme platform. The company has developed AI-engineered enzymes that operate outside living cells to transform sustainable feedstock into nutraceuticals, medicines, and essential chemicals, offering a scalable and commercially viable alternative to traditional petrochemical production methods, natural extraction, or synthetic biology.
Founded on technology validated through multiple peer-reviewed publications in Nature Communications and Nature Chemical Biology, eXoZymes focuses on high-value, low-volume products including active pharmaceutical ingredients, nutraceuticals, and sustainable aviation fuel. The company recently demonstrated its platform’s capabilities by achieving gram-scale production of NCT (a nutraceutical compound) with over 99% purity in just five months, showcasing the speed and efficiency of its cell-free approach.
With $1.4 million in grant income through Q2 2025 from sources including NIH, NSF, and BioMADE, eXoZymes is advancing multiple projects including its lead NCT program targeting the non-alcoholic fatty liver disease (NAFLD) treatment market, estimated at $21 billion. The company’s BioClick platform, supported by NIH, accelerates enzyme engineering through high-throughput screening capabilities and novel ways of implementing AI.
eXoZymes is led by an experienced management team including Michael Heltzen, CEO; Damien Perriman, CCO; Dr. Tyler Korman, VP of Research and Co-founder; Dr. Paul Opgenorth, VP of Development and Co-founder; Fouad Nawaz, VP of Finance; Dr. Zachary Karl, Ph.D., VP of Business Development; and Lasse H. Görlitz, VP of Communications & IR.
To learn more about eXoZymes Inc., visit https://exozymes.com. For investor inquiries, visit https://lnkd.in/e4xs4VXw.
Discover more emerging growth Featured Companies, industry-leading Featured Experts, and upcoming Featured Conferences at https://b2idigital.com.

eXoZymes is a Los Angeles, California-based biotechnology company pioneering cell-free biomanufacturing through its proprietary exozyme platform. The company has developed AI-engineered enzymes that operate outside living cells to transform sustainable feedstock into nutraceuticals, medicines, and essential chemicals, offering a scalable and commercially viable alternative to traditional petrochemical production methods, natural extraction, or synthetic biology.
Founded on technology validated through multiple peer-reviewed publications in Nature Communications and Nature Chemical Biology, eXoZymes focuses on high-value, low-volume products including active pharmaceutical ingredients, nutraceuticals, and sustainable aviation fuel. The company recently demonstrated its platform’s capabilities by achieving gram-scale production of NCT (a nutraceutical compound) with over 99% purity in just five months, showcasing the speed and efficiency of its cell-free approach.
With $1.4 million in grant income through Q2 2025 from sources including NIH, NSF, and BioMADE, eXoZymes is advancing multiple projects including its lead NCT program targeting the non-alcoholic fatty liver disease (NAFLD) treatment market, estimated at $21 billion. The company’s BioClick platform, supported by NIH, accelerates enzyme engineering through high-throughput screening capabilities and novel ways of implementing AI.
eXoZymes is led by an experienced management team including Michael Heltzen, CEO; Damien Perriman, CCO; Dr. Tyler Korman, VP of Research and Co-founder; Dr. Paul Opgenorth, VP of Development and Co-founder; Fouad Nawaz, VP of Finance; Dr. Zachary Karl, Ph.D., VP of Business Development; and Lasse H. Görlitz, VP of Communications & IR.
To learn more about eXoZymes Inc., visit https://exozymes.com. For investor inquiries, visit https://exozymes.com/investor
Discover more emerging growth Featured Companies, industry-leading Featured Experts, and upcoming Featured Conferences at https://b2idigital.com

eXoZymes is a Los Angeles, California-based biotechnology company pioneering cell-free biomanufacturing through its proprietary exozyme platform. The company has developed AI-engineered enzymes that operate outside living cells to transform sustainable feedstock into nutraceuticals, medicines, and essential chemicals, offering a scalable and commercially viable alternative to traditional petrochemical production methods, natural extraction, or synthetic biology.
Founded on technology validated through multiple peer-reviewed publications in Nature Communications and Nature Chemical Biology, eXoZymes focuses on high-value, low-volume products including active pharmaceutical ingredients, nutraceuticals, and sustainable aviation fuel. The company recently demonstrated its platform’s capabilities by achieving gram-scale production of NCT (a nutraceutical compound) with over 99% purity in just five months, showcasing the speed and efficiency of its cell-free approach.
With $1.4 million in grant income through Q2 2025 from sources including NIH, NSF, and BioMADE, eXoZymes is advancing multiple projects including its lead NCT program targeting the non-alcoholic fatty liver disease (NAFLD) treatment market, estimated at $21 billion. The company’s BioClick platform, supported by NIH, accelerates enzyme engineering through high-throughput screening capabilities and novel ways of implementing AI.
eXoZymes is led by an experienced management team including Michael Heltzen, CEO; Damien Perriman, CCO; Dr. Tyler Korman, VP of Research and Co-founder; Dr. Paul Opgenorth, VP of Development and Co-founder; Fouad Nawaz, VP of Finance; Dr. Zachary Karl, Ph.D., VP of Business Development; and Lasse H. Görlitz, VP of Communications & IR.
To learn more about eXoZymes Inc., visit https://exozymes.com. For investor inquiries, visit https://exozymes.com/investor


eXoZymes is a Los Angeles, California-based biotechnology company pioneering cell-free biomanufacturing through its proprietary exozyme platform. The company has developed AI-engineered enzymes that operate outside living cells to transform sustainable feedstock into nutraceuticals, medicines, and essential chemicals, offering a scalable and commercially viable alternative to traditional petrochemical production methods, natural extraction, or synthetic biology.
Founded on technology validated through multiple peer-reviewed publications in Nature Communications and Nature Chemical Biology, eXoZymes focuses on high-value, low-volume products including active pharmaceutical ingredients, nutraceuticals, and sustainable aviation fuel. The company recently demonstrated its platform’s capabilities by achieving gram-scale production of NCT (a nutraceutical compound) with over 99% purity in just five months, showcasing the speed and efficiency of its cell-free approach.
With $1.4 million in grant income through Q2 2025 from sources including NIH, NSF, and BioMADE, eXoZymes is advancing multiple projects including its lead NCT program targeting the non-alcoholic fatty liver disease (NAFLD) treatment market, estimated at $21 billion. The company’s BioClick platform, supported by NIH, accelerates enzyme engineering through high-throughput screening capabilities and novel ways of implementing AI.
eXoZymes is led by an experienced management team including Michael Heltzen, CEO; Damien Perriman, CCO; Dr. Tyler Korman, VP of Research and Co-founder; Dr. Paul Opgenorth, VP of Development and Co-founder; Fouad Nawaz, VP of Finance; Dr. Zachary Karl, Ph.D., VP of Business Development; and Lasse H. Görlitz, VP of Communications & IR.
To learn more about eXoZymes Inc., visit https://exozymes.com. For investor inquiries, visit https://exozymes.com/investor
Discover more emerging growth Featured Companies, industry-leading Featured Experts, and upcoming Featured Conferences at https://b2idigital.com
"It's very much our capabilities to pick the right enzymes and get them into the right place and make them exozymes so that they are sturdy enough so that they can work with the support modules that we have available. We can't do exactly everything what the cell can do. At least yet we haven't figured out all the tricks of all of biology, but we have figured out a lot and we can basically therefore have a choice between the enzymes we can support. So it's the combination of those things. And then yes, it is a competitive advantage that where other people with rational design will spend months and years. [...] That's what artificial evolution is."
Full podcast episode available here:
https://lnkd.in/dEQgePHC
#exozymes #exozyme #enzymes #enzyme #artificialevolution #biomanufacturing #BioClick $EXOZ
Chief Commercial Officer at eXoZymes, Damien Perriman, states, "Being elected to the BioMADE Leadership Council is both an honor and a responsibility. This is a pivotal moment where cell-free biomanufacturing is stepping into the national spotlight. At eXoZymes, we believe our technology will be instrumental in driving the shift toward faster, more scalable, and more resilient biomanufacturing. I look forward to working with fellow council members to shape priorities that unlock real-world impact across industries - from fuels to functional ingredients.”
Co-founder and VP of Development, Dr. Paul Opgenorth, states, “The Technical Committee is where the details of innovation become the standards that move an industry forward. I’m excited to play a role in defining a technical roadmap for developing and deploying cell-free enzyme pathways in the real world that can accelerate biosolution development cycles, remove the cell-based bottlenecks, and make a new generation of highly valuable natural product molecules commercially viable at scale.”
Full story here:
https://hubs.la/Q03LwhSt0
#enzyme #syntheticbiology #biomanufacturing #biosolution #exozyme #cellfree #exozymes #enzymes #synbio
Next week on Inside Biotech, we’re joined by Michael Heltzen, CEO of eXoZymes (Nasdaq: EXOZ)!
From his roots in Denmark to leading a company at the cutting edge of biotech, Michael is on a mission to turn enzymes into technology — unlocking new possibilities for sustainability, industry, and the future of biology
You won’t want to miss this one.
#InsideBiotech #GuestReveal #BiotechPodcast #Innovation #SustainableBiotech #FutureOfBiotech #BiotechCommunity #GreenTech #LifeSciences #BiotechInnovation #EnzymeTechnology #BiotechLeaders #SciencePodcast
Stefanie Volland, PhD, Katrina Choe, Carolina Amador, Ph.D., Valentina Sanghez, Ph.D., Katharina Grötsch, PhD, Arthela Osorio, MBA, MS, Llewellyn Cox, Amit Rushi, MS, MBA, Kenji Funahashi, Nick Goeden, PhD, William Fried, Karishma Chhugani, Pyone Myat Thwe
Important Resources
Including an At-A-Glance PDF, a document tailored to those who just want quick and summarized information.
Management Team

ROBERT PERRI
ROBERT PERRI, CFA
Chief Executive Officer
Robert Perri has served as the Chief Executive Officer of the Company since February 2023. From June 2021 to December 2022, Mr. Perri worked in the Finance Department of Costamare Inc., a publicly traded company. From November 2016 to June 2021, Mr. Perri was the Chief Financial Officer of TMS Cardiff Gas, Ltd., a private shipping company. Mr. Perri has served as a Director of Kalon Acquisition Group since 2019. In addition, Mr. Perri has spent ten years in equity research for several investment banks covering various industries, including shipping, technology, and IT services. Mr. Perri is a member of the Chartered Financial Analyst (CFA) Institute and a CFA charterholder. Mr. Perri received his Bachelor of Science degree in Accounting and Finance from Drexel University in 1995 and received his MBA with a focus on finance and banking from SDA Bocconi in 1999.

VASILIKI PLOUSAKI
VASILIKI (VASO) PLOUSAKI
Chief Financial Officer
Vasiliki Plousaki has served as the Chief Financial Officer of the Company since April 2023. Mrs. Plousaki has also served as the Chief Accounting Officer of the Company from June 2021 to April 2023, during which time she has been responsible for all financial reporting requirements. From 2020 to June 2021, she was employed by Drew Marine, a global maritime company, as EMEA Regional Controller. In 2011, Mrs. Plousaki joined the Athens branch of Ernst and Young (Hellas), where she progressed to Senior Manager and served as an external auditor specializing in audits of US-listed shipping companies until 2020. Mrs. Plousaki is a member of the Association of Chartered Certified Accountants (ACCA), holds a Bachelor’s degree in Finance from the University of Athens and a Master’s degree in Auditing and Accounting from the University of Athens and the Greek Institute of Chartered Accountants.

MARGARITA VENIOU
MARGARITA VENIOU
Chief Corporate Development & Governance Officer and Secretary
Margarita Veniou has served as the Chief Corporate Development and Governance Officer of the Company since November 2021 and has also served as the Secretary of the Company since April 2023. She has been responsible for the implementation and supervision of general corporate matters, including the development of strategic plans. Ms. Veniou also serves as Chief Corporate Development, Governance & Communications Officer of Diana Shipping Inc. (NYSE: DSX) and Corporate Development, Governance & Communications Manager of Diana Shipping Services S.A., a ship management company, since July 2022. From September 2004 to June 2022, she worked for the same companies, holding various positions as an Associate, Officer, and Manager in the fields of corporate planning and governance. Ms. Veniou held the position of Corporate Planning & Governance Officer from January 2010 to February 2020 in Performance Shipping Inc., a US-listed company. She is also the General Manager of Steamship Shipbroking Enterprises Inc. since April 2014. She is a member of WISTA Hellas and holds a bachelor΄s degree in Maritime Studies and a master΄s degree in Maritime Economics & Policy from the University of Piraeus. She completed the Sustainability Leadership and Corporate Responsibility course at the London Business School. She has obtained certification in Shipping Derivatives from the Athens University of Economics and Business, and she is an ISO 14001 certified by Lloyd’s Register.
eXoZymes Inc. management brings together biotechnology and commercial expertise.
The team combines scientific leadership from UCLA with business executives experienced in scaling technology companies, leveraging deep knowledge in enzyme engineering, artificial intelligence, and biomanufacturing to develop and commercialize cell-free production solutions for partners worldwide
The eXoZymes Inc. executive leadership regularly updates investors with company news. Please fill out this form to receive the latest information.
Note: The company can only disclose information that is shared in the public domain through press releases, SEC filings, and other public forums. As securities law and industry regulations require, such information will always be shared with all investors simultaneously.