Carl Hansen
Analyst · Credit Suisse
Thank you, Tryn, and thank you everyone for joining us today. 2020 was a breakout year for AbCellera on all fronts. We secured financing, expanded our technology platform, and in December began trading on the NASDAQ. I’m excited to tell you about 2020 and where we will be going in 2021 and beyond. Briefly through our work in pandemic response, we proved the power of our technology and our business model, discovering bamlanivimab, the first therapeutic antibody against COVID-19 at world record speed. Bamlanivimab was granted Emergency Use Authorization in November, and it’s already been used to treat more than 400,000 patients. At the same time, we continue to invest in our platform and build capacity, including almost doubling our headcount and acquiring key technologies, including a proprietary humanized rodent platform and a bispecific engineering platform. We also secured funding for and began work on the buildup of CMC and GMP manufacturing capabilities. Finally, we ended the year with nearly $600 million in cash and over $200 million in accounts receivable. This provides a strong cash position with which we will execute our plan for future growth. Since this is our first earnings call, I’d like to highlight how we are executing on our vision to develop new technologies and new business models that accelerate drug discovery across the industry. AbCellera was founded on the philosophy that pushing back the frontiers of technology is the surest way to transform drug development, and that the impact of these technologies is amplified by business models that are centered around partnerships. Working at the interface of computation, engineering and biology, AbCellera is redefining the process of how drugs are discovered. We’ve spent the last nine years building an operating system that can search, decode and analyze natural immune systems to find rare antibodies that can be developed into treatment. Our unique business model brings our operating system to the industry through partnerships. Over the past six years, we have partnered on over 100 therapeutic antibody discovery programs, working with companies that span the gamut from early stage biotech to some of the world’s largest and most enabled biopharmaceutical companies. By partnering with AbCellera, these groups can move more quickly, reduce costs and tackle some of the toughest problems in antibody discovery. Typically, our partners come to us when they have identified the disease target. We then apply our technology discover to high quality potent antibodies that are suitable for development, and we return these antibodies to our partners for final preclinical development and clinical testing. While our work on COVID-19 has attracted a great deal of attention, the vast majority of our programs are in other therapeutic areas. This includes partnerships in oncology, inflammation, cardiovascular disease, pain, neurodegeneration and many more. We structure our agreements in a way that aligns our interests with the success of our partners and ultimately with the patients they serve. Our partnership agreements include technical access fees and research payments, clinical and commercial milestones and royalties on net sales of approved products. It’s worth noting that while we work in the biotech sector, we did not consider ourselves to be a biotech company. That is because we are not focused on developing our own pipeline of proprietary drugs through the clinic. We are also not a tools company. We did not sell instruments and devices, rather we’ve established a centralized business model where we invest in teams, technology and facilities, and provide access to these capabilities through partnerships. By working with others, we believe we can lift up the entire biologics industry. We believe our technology advantage comes from combining three things; proprietary technologies that can generate massive multi-dimensional antibody datasets; custom software systems to aggregate, store and maintain data; and artificial intelligence and powerful computational tools to extract actionable information from this data. Our stack weaves together proprietary technologies from microfluidics, single cell analysis, genomics, protein engineering, machine learning, robotics and automation. Together, these tools provide core functionality to source, search, find, analyze and engineer therapeutic antibodies. This process generates millions of data points with each program. Our growing dataset allows our platform to become more powerful and more accurate with each program. Data generated through our discovery partnerships provides the basis for training AI algorithms that lead to new insights into antibody responses and improve the speed, accuracy and efficiency of our technology. This creates a positive feedback loop through which each round of data analysis improves the next round of data generation. As we scale our business, despite the effects, will lead to continuous and accelerating technological advantage. We believe our platform and business model solves two or solving all technology problems. First, we open up important target spaces that have been outside the reach of legacy technology. Second, our centralized model democratizes access to these technologies, which enables our partners to start programs without delay and prosecute them at maximum speed. For example, highly enabled companies come to us to help move forward programs that have been stalled for lack of technology. In these cases, we work at the cutting edge of what is possible. This is traditionally been our beachhead market and where we continue to invest in technologies that we believe can open up large swaths of drug development. On the other side of the spectrum, we’ve partnered with smaller companies that typically do not have access to the requisite technology, expertise and bandwidth to go from idea to a therapeutic lead. For these companies, working with us, remove their identity of attempting to set up their own discovery capabilities. This empowers them to move programs forward immediately, and to focus on the innovation that is novel and unique to them, their target biology or their unique technologies. As an example of how AbCellera can be the operating system for quickly launching new companies, we recently announced the partnership with Abdera, a precision oncology company working on a class of drugs that use antibiotics armed with radioisotopes to destroy cancer cells. As another example, in 2020, we announced a partnership with Invetx, a biotech company at the forefront of developing antibiotic treatments for companion animals and pets. We subsequently announced an expansion of this collaboration after successfully completing the initial programs. A highlight of our work in 2020 was our response to the current pandemic that led to the discovery of bamlanivimab, the first monoclonal antibody for COVID-19. We believe that this is a time compressed example of how our technology and business model can bring treatments to patients faster. In March of last year, we mobilized our technology to find solutions for COVID-19. At the beginning of this response, we made a decision to develop a single antibody, emphasizing speed and scalability so that we would be able to help as many patients as quickly as possible. That decision has saved lives. Over the past four months, bamlanivimab has been used to treat approximately 400,000 high-risk COVID-19 patients in the U.S. alone, more than any other COVID-19 therapy in development. We believe this has kept thousands of people out of hospital and it saved thousands of lives. The speed of developing bamlanivimab was a testament both to our technology and to the efforts of all teams involved, including our collaborators at the Vaccine Research Center at the NIH and Eli Lilly. When the entire world mobilizes against COVID-19, we started several months after other well enabled groups, yet we succeeded in bringing the first monoclonal antibody therapy to the clinic, and we’re the first to be authorized by the FDA. Today, bamlanivimab has been evaluated both its own and together with other antibiotics in more than 5,000 patients across multiple clinical trials and is currently authorized in more than 15 countries. Bamlanivimab alone has been shown to reduce hospitalization by 70% in high-risk patients with early COVID-19 infection and preventing COVID-19 in nursing homes by reducing the risk of contracting the virus by up to 80%. Because of its potency, bamlanivimab also provides a therapeutic backbone for new combination therapies to expand the protection against viral variants. The first disease, bamlanivimab together with etesevimab has been authorized in the U.S. and within the European Union, and it’s predicted to be effective against 99% of variants currently circulating in the U.S. Recent Phase 3 data showed that this antibody therapy reduces COVID-19 related hospitalizations and deaths by 87%. Most importantly, across all patients treated with antibody therapy in these clinical trials, there has yet to be a single observed COVID-19 related death. I’d like to emphasize that again, not a single COVID-19 related death has been observed in patients treated with bamlanivimab, either alone or together with etesevimab. In January, it was also announced that bamlanivimab is being evaluated together with VIR-7831 to treat COVID-19 in low-risk patients. Just this morning, top line data release from the Phase 2 BLAZE-4 trial showed that the two monoclonal antibodies demonstrated in a 70% relative reduction in persistently high viral load at day seven compared to placebo. While the speed and manufacturing scalability was the most important criteria early in the response, we anticipated that next generation antibodies would be needed to combat emerging variants. For that reason, over the past year, we have continued to screen patient samples, identifying thousands of human antibodies and generating massive amounts of information about how the human immune system response to COVID-19. In January, following the emergence of the South African variant, we screened our human antibody database to find a next generation antibody. In neutralization assets, this second antibody called 1404 is significantly more potent than any other antibody reported to-date. And it’s predicted to neutralize all circulating variants, including the South African strain, the UK strain, the New York, Brazil and California strain. In late January, Lilly moved 1404 into preclinical development and manufacturing. We expect that will reach the clinic in Q2 of this year and have a goal of reaching Emergency Use Authorization by mid-year. Given the breadth and potency of 1404, we believe this antibody has potential to be a best-in-class therapeutic. We also believe antibody therapies are an important complementary approach to vaccines, both now and in the likely scenario that COVID-19 becomes an endemic problem. In summary, over the past 12 months, we’ve applied our technology to discover what we believe could be the two most potent antibodies against COVID-19 yet reported. We have proven that we are able to respond in real time with solutions that evolve along with the pandemic. Pandemics will happen again, and when they do, we’ll be here and we’ll be ready. Despite the massive impact of this work, I’d like to emphasize that AbCellera is not a COVID-19 company. In fact, our work in COVID-19 represents only two programs in our portfolio. We have more than 100 programs with a variety of partners that span nearly every indication. And we’re just getting started. We see our work in COVID-19 as a proof point of how long-term investments in technology and teams can help make a difference in how new treatments get to patients. And that this is best done in a partnership model. In 2020, we drove several initiatives to further our competitive advantage, including upstream and downstream integrations to our technology staff and expanding our capabilities. Our strategy is to continue investing to deepen and expand our technology platform and in 2020, we made two key acquisitions. The first was OrthoMab, a clinically validated protein engineering platform that allows for any two human antibodies to be recombined into a single molecule that can simultaneously engage with two targets. These antibodies known as bispecifics continued to be one of the fastest growing subclasses of biologics. We believe OrthoMab when coupled with our discovery engine has the potential to be a best-in-class technology. The second was the acquisition of Trianni. This is a modern version of humanized rodents, which have been by far the richest source of new therapeutics. The Trianni Mouse, the flagship mouse is one of a very few in the industry that contain all the human genes that have been inserted into a genome in a controlled way. This acquisition is already paying off, it was recently announced that NovaRock Therapeutics was granted approval for their Phase 1 study of NBL-012 at the start of this year. This molecule which was discovered using the Trianni Mouse is the first from the Trianni platform to enter clinical trials, and it’s the result of work performed by NovaRock through a licensing agreement in early 2018. We plan to use the Trianni platform to do further R&D to bring next-generation mice that are suited for generating antibodies against the toughest problems in the industry. We are currently developing four next-gen mice and are building up capabilities for additional expansion. We have also licensed access to the flagship mouse to large well enabled partners and are continuing to negotiate new licensing deals. We are also excited to make long-term investments in the forward integration of our workflow, which includes the development of translational scientists, CMC and GMP manufacturing capabilities. We expected those investments, which will play out over the next two to three years will allow us to support smaller companies, right from targets, through to IND, all within a single integrated solution. At AbCellera, team is everything. This year, we doubled our team to scale with our business growth and in the year with 206 employees up from 107, 2019. We expect this growth in our workforce to continue through 2021. The work we’ve done in 2020 provides numerous proof points for our founding philosophy. We believe that by expanding technology, capabilities and assets, we can help accelerate the development of new therapies to patients and lift up the antibiotic discovery industry. Over the next few years, we will further extend our technological lead, investing in our platform technology, expanding our capacity with people and facilities and deepening our relationship across the industry. Before I turn it over to Andrea, I would like to take a moment to acknowledge our team. This year has been unlike any we’ve ever faced, your unwavering dedication and courage has made a difference to patients. Thank you all for your work this year. And now, I’ll turn over to Andrew Booth, our CFO to provide an overview of our 2020 financials.