Jay Flatley
Analyst · Goldman Sachs
Thanks, Carrie, and good afternoon, everyone. Today, I'll provide a brief update on progress against a few of our key programs, and then Ena will also share a more detailed review of our financials, including our preliminary first quarter 2022 results and our forecasted cash runway. Let me begin by reiterating Zymergen's mission to partner with nature to make better products, a better way for a better world. We committed in August of last year to rapidly transform how Zymergen was organized, managed and operated. That included restructuring and rightsizing our teams, instituting a robust product development process, trimming and refocusing and balancing our product pipeline, creating a 3-year strategic plan and extending our cash runway. I've been very pleased with our team's performance to get the new Zymergen operating system fully implemented. This infrastructure provides the foundation for great execution to deliver products in our 3 businesses of advanced materials, drug discovery and automation. As a reminder, our strategy is distinctly committed to bringing products to the market, designing and producing molecules, microbes and materials for diverse end markets. Those markets include 4 in advanced materials, namely agriculture, water repellency, advanced polymers and enzymes. Drug discovery, where we leverage our metagenomic database to uncover molecular matter that inhibit targets of interest focused initially in oncology and on partnerships with biopharmaceutical companies. And we began to offer our proprietary automation technology outside of Zymergen in January of this year. As I mentioned earlier, one of the key transformations we made was to create a nimble, disciplined product development process. We were fully implemented by the end of last year, with all programs operating under this structure. Since year-end, we've had 3 programs advance the phase, and we've promoted 2 research programs into our product development pipeline, both of which are in 1 of the 4 market segments that we've been targeting. Our nitrogen fixation program is delivering engineered microbes to a partner that replaces a requirement to use nitrogen fertilizer. The production of this fertilizer consumes 1% to 2% of the world's energy with field runoff that creates algae blooms and dead zones in waterways around the globe. We believe that microbes can ultimately meet all of corn's nitrogen needs and can be expanded to include additional cereal crops such as wheat and sorghum as well as other nutrients. To ensure that microbes will have consistent performance in a variable agricultural environment, we measure strain performance in a suite of assays, each of them representing very specific conditions. This is a process of iterative improvement. Our Gen 1 microbes validated the predictive power of our lab assays. Based on that, we're quite optimistic about the Gen 2 microbes being planted now and we're already hard at work on Gen 3 for 2023 trials. Our best Gen 3 microbes are early in development, but the best variant is already showing over a 50% improvement against the commercial benchmark under defined lab conditions. And this is after only a few months of work. It's an excellent example of how powerful the iterative learning cycle is that can be implemented using our technology platform. We expect this annual development and test cycle to continue over at least the next few years with continuous improvement in performance features. Next, I'd like to update you on our water repellancy program. The first market segment we're exploring is coated straws that improve the mouthfeel and key performance characteristics over paper. We recently demonstrated the successful conversion of our coated paper into an end product manufactured on the actual production line of a potential customer. These included the typical straws used in the fast food industry as well as straws that are used in plastic wrap on juice boxes. In our research group, we're exploring a family of other uses for our water repellency technology in packaging applications as well as in new market segments. Finally, I'd like to talk about our progress in automation. We're increasingly excited about the commercial potential of our automation technology. Having built and operated a large-scale system for years internally, we have a unique and informed view of the challenges that need to be solved to fully automate, maintain, scale and reconfigure such a system. As a reminder, our design is based on building blocks we call RACs, the reconfigurable automation carts. These modules house units of automation and contain third-party equipment such as robot bids, plate readers, PCR machines and many other devices. These cards literally plug together to form a raceway that moves plates from station to station and are controlled by our cloud-native Automation Control Software called ACS for which we've recently filed a patent. ACS schedules workflows, which can be interleaved, collect scientific and process data on instrument performance, utilization and monitors progress all remotely. A collection of RACs can scale to any size depending upon throughput and application and can be reconfigured in a matter of hours. We've seen very strong interest from potential customers that run the gamut from startups to very large pharmaceutical and chemical companies. Our pipeline of approximately 30 prospects has given us confidence that our products can address real market needs that are not unique to Zymergen. To give you a sense of the value of this pipeline, a typical 10-RAC system would cost somewhere between $1 million and $2.5 million, depending upon instrument mix with approximately $400,000 in annual software and support costs. I would add that this prospect list was generated solely by word of mouth as we've done no promotion nor have we hired any sales team. To conclude, I wanted to take a minute to illustrate technical productivity of our teams. One measure of that is the quality and quantity of intellectual property patents that we create and ultimately get issued. We have approximately 98 issued or allowed patents and roughly 261 active or pending applications across 110 families. While the depth and breadth of this portfolio is impressive, perhaps more important are our foundational patents, including 1 we hold titled "High Throughput Genomic Engineering Platform." This IP establishes a broad territorial fence around our platform. To sum up, I'm pleased with the execution of our team since the start of this year and look forward to updating you on our progress. With that, I'll turn it over to Ena to update you on our financials.