Thanks, Stefan. Before we provide an overview of our Pharmaceutical Manufacturing business and our commercial progress with the ECO Synthesis manufacturing platform, let me recap some of the recent business development announcements Stephen mentioned. Starting on Slide 6. During our restructuring last year, we told you that our plan was to focus on our foundational revenue-generating biocatalysis business for pharmaceutical manufacturing and to develop the potentially game-changing ECO Synthesis manufacturing platform. We also committed to monetizing products in our portfolio by leveraging partners with broader commercial reach. Since then, as Stephen noted, we have completed an exciting series of deals and announcements, and I view our consistent execution as confirmation that we are focusing our efforts on the right assets. Our Codex HiCap RNA polymerase is a great example. Offering improved capping efficiency and reduced double-stranded RNA contamination, this enzyme represents a meaningful step up from the wild-type variant available on the market today. For Aldevron, this product is compelling from both a scientific and commercial perspective and they can maximize its value given their existing footprint in the mRNA manufacturing arena. From our standpoint, Aldevron offered strong terms and a rapid path to manufacturing a GMP version of this enzyme. Given Aldevron's leadership in mRNA manufacturing and the evolving RNA manufacturing landscape, this is a valuable relationship to cultivate. We look forward to building a long-term partnership with Aldevron in the broader Danaher family of companies. As seen on Slide 7, we also announced the Nestle Health Science's purchase of CDX-7108, which followed our discontinuation of investment in biotherapeutics last July. Putting CDX-7108 in the hands of Nestle allowed us to significantly reduce our cash burn going forward, while providing an upfront payment of $5 million and the potential for additional payments upon reaching development milestones and eventual commercial royalties. Finally, we announced an exclusive global out-license agreement with Roche for our newly engineered double-stranded DNA ligase, where we'll receive mid-single-digit million combined upfront and technical milestone payments. Importantly, returns on this deal are a healthy multiple over what it costs to develop this enzyme. These examples demonstrate our ability to find partners who can extend our commercial reach and to monetize high-value assets that are noncore to our business. Before I shift to covering our ECO Synthesis manufacturing platform and upcoming milestones, I'd like to take a moment to share more about our foundational pharmaceutical manufacturing business. Shifting to Slide 8. When a customer approaches us about a potential enzyme project, the first step is to determine whether we have an off-the-shelf engineered enzyme that will fit their needs or whether a particular enzyme requires evolution to optimize it for the customer's API manufacturing process. Over the last 10 years, we have generated thousands of enzyme variants across commonly used enzyme classes, which gives us the ability to identify existing variants that can be quickly manufactured in kilogram quantities to support full clinical development plans. When a customer requires some evolution of the selected enzyme, this fee-for-service business can usually be completed in less than six months and sometimes even in a few weeks. Once the enzyme meets the customer requirements, we generate gram-level quantities to support the customers' process and formulation work for use in clinical trials. As the product enters the clinic, we can quickly scale the enzyme to kilogram quantities. While enzyme evolution fee-for-service is recognized as R&D revenue, our ultimate goal is to provide a customized enzyme product to support their future clinical trials and eventual commercial launch. These are our product revenues. The process from enzyme variant selection to potential evolution and finally, the kilogram quantity production can take several years as the customer's product moves through clinical trial basis. Therefore, to continue driving long-term product revenue growth, we must fill the funnel with new enzyme variant screening programs and clinical stage products where one of our enzymes for enzyme classes can be used to replace chemical steps and reduce overall costs. Over the years, we have also had experiences where an existing customer comes to us to develop an enzymatic route for a drug that is already commercially approved. In order to drive growth in all these areas, we have dedicated business development and key account management personnel. As a result, we've already seen an increase in new screening programs with new customers in the mid-sized pharma segment. On Slide 9, as I just mentioned, we remain focused on building the pipeline to sustain annual product revenue growth throughout the decade. That said, much of our expected product revenue growth for the next three years is based upon enzymes that have already transitioned out of R&D and are moving to kilogram scale to support further clinical trials. Typically, we refer to these as named programs, meaning the customer has disclosed the drug candidate's name and target indication to Codexis. This usually occurs when the drug candidate reaches Phase 2 or early Phase 3 clinical trials. Once we understand the drug candidate indication, we can better forecast the future enzyme production needs for late-stage clinical development and a potential commercial launch. As you can see on this slide, we are currently selling custom engineered enzymes to pharmaceutical manufacturers for 12 of these new products. While this number of named programs fluctuates from year-to-year as not all clinical programs are successful, our goal is to maintain a consistent number of pipeline programs to sustain future product revenue growth. While we expect annual product revenue growth to be sustainable, all of these factors contribute to why quarter-over-quarter product revenue tends to be unpredictable. When we provide guidance at the start of each year, we typically have visibility into somewhere between 60% to 70% of our product revenues through a combination of binding and nonbinding customer forecast as well as our understanding of named programs. Maintaining this visibility is why we need to continue our efforts across business development and key account management. Keep in mind that customers, which are primarily procurement and manufacturing leaders, will make changes to their forecast of enzyme needs when they see changes in product demand or when they stockpile to avoid drug shortages. When you look at historical quarterly product revenues, there is no consistent trend or clear seasonality to the ebbs and flows of this business. As a result, our sense of future demand comes down to active customer communication and overall market model. As a reminder, we currently sell custom engineered enzymes for 16 commercial drugs across large indications, including cancer, diabetes and neurological disorders. More than 50% of our product revenues come from three enzymes, which we are selling to four large pharma customers, i.e., the Big 3. If our pipeline of named programs continues to be successful in clinical development, we expect the Big 3 to become the Big 6 or 7 driving the majority of the product revenues in the future. Turning to our ECO Synthesis manufacturing platform on Slide 10. As Stefan mentioned, we are looking forward to an important presentation at the TIDES U.S. meeting in May. Between the expected demonstration of a full-length enzymatically synthesized siRNA and the build-out of the ECO Synthesis Innovation Lab, we anticipate that our interactions with potential customers will rapidly shift from theoretical conversations to concrete demonstrations of our capabilities, and we remain on track for our first early access customers in the second half of this year. Ideally, one of these customers will translate into an early commercial license in 2025. Technical progress that Stefan and his team presented at TIDES EU in November has already allowed us to begin conversations about access to the platform with several large pharma and large CDMO customers. In addition, we anticipate the Innovation Lab will enable us to provide sufficient GLP-grade siRNA directly to innovators, which supports preclinical development of their product candidates. Having the ability to license the ECO Synthesis manufacturing platform to large pharma and large CDMO customers, along with the ability to provide a complete solution for smaller pharma customers enhances our ability to win market share from different segments. And I'm really excited because the ECO Synthesis Innovation Lab provides us the blueprint for the potential future production of GMP-grade siRNA. Finally, I'm thrilled that we anticipate offering a near-term solution to our future potential ECO Synthesis manufacturing platform customers with our double-stranded ecoRNA ligase, which we plan to make available for customers in the second half of this year. The ability to provide customers with a double-stranded RNA ligase solution allows them to build full-length siRNA from several shorter fragments that can be joined together. This directly reduces the costs and impurities from the phosphoramidite chemistry-built molecules of increasing lengths. Recall that we already have multiple customized double-stranded RNA ligase programs ongoing with major players in this space. The important takeaway from today is that we have many ways to engage customers and win with the progress we have made with our enzymatic approaches to RNAi manufacturing. With that, I'll turn the call over to Sri to discuss our financial results and 2024 guidance.