Thank you, Stephanie. Good afternoon, everyone. I am proud to report that Codexis has delivered another quarter of exceptional operational performance. Total revenue for the third quarter of 2021 grew 100% year-over-year. Product revenue, more than tripled from a year ago and product gross margin reached a new high of 76%. Over the past quarter, we continue to diversify our customer base with 19 customers who over $100,000 in revenue, seven of whom contributed over $1 million in revenue. Our Sustainable Manufacturing business demonstrated step-out growth this quarter, driven by the large orders we have received from Pfizer for one of our proprietary enzymes to manufacture their late clinical stage COVID-19 antiviral therapeutic candidate. The purchase orders we disclosed in June and August aggregate to approximately $29 million. And this enzyme represents the largest annual sales for a product in company history. This was far from the only success story coming out of our sustainable manufacturing business this quarter, where we also strongly positioned ourselves for the upcoming generic chapter of the sitagliptin market and demonstrated excellent progress in the faster-to-market food space. In the Life Science Tools market, we were very pleased to execute the first commercial sale of Codex® HiFi DNA Polymerase, and we remain on track with our other products and custom partnerships in this sector. And in our Biotherapeutics business, we are thrilled to have entered the clinic with CDX-7108, which is co-owned with Nestlé Health Science for the treatment of exocrine pancreatic insufficiency. This is the second Codexis designed therapeutic to reach Phase 1 clinical trials. The first being CDX-6114, which is fully licensed with Nestlé Health Science for the treatment of phenylketonuria. Our results showcase Codexis’ ability to drive robust progress across diverse market segments in parallel. Sustainable Manufacturing is where we've established Codexis as the undeniable leader in enzyme engineering. And this market continues to represent the large majority of company revenues. Codexis’ novel high-performance enzymes reliably enable our customers to dramatically reduce the cost and increase the sustainability of manufacturing, their end products. Compared to using traditional, non-enzymatic chemistry, which is capital intensive and inefficient, our engineered enzymes decreased capital needs meaningfully while also enabling higher yields, reduced energy usage and lower waste generation. And our CodeEvolver enzyme engineering platform is constantly accelerating the speed of our ability to discover and commercialize value creating enzymes. Small molecule pharmaceutical processes have been and continued to be a core target for growing the sustainable manufacturing markets for Codexis. We have partnered with 21 of the 25 largest pharmaceutical companies in the world to help them adopt and install novel Codexis enzymes for manufacturing their APIs. The large purchase orders we disclosed for Pfizer for a proprietary Codexis enzyme manufactured their clinical stage, COVID-19, antiviral therapeutic candidate represents a historic milestone for Codexis, given their size. In addition, this business and the orders from Pfizer came to fruition with unprecedented speed. Furthermore, these orders also put our supply chain to the test, giving us the opportunity to prove our ability to quickly scale up manufacturing of an enzyme and produce at the pace necessary to fulfill orders of this magnitude. We are proud to be supporting Pfizer on this critical treatment for COVID patients, and we wish them well in the conclusion of their clinical program and potential regulatory authorization. Also, on the COVID antiviral front, we note that we have done some impressive enzyme engineering work in collaboration with Merck to design a multi enzyme cascade for the manufacturing of their COVID antiviral drug Molnupiravir. However, Merck has decided to build supplies for their anticipated Emergency Use Authorization launch with a non-enzymatic process. It is possible that Merck could eventually switch to a Gen2 process with CodeEvolver engineered enzymes, but we have no knowledge of Merck plans to do so anytime soon. The cost savings provided by our high-performance enzymes position Codexis to be a key partner to stakeholders throughout the life cycle of a drug, including when a branded product goes off patent. As most of you on the call know we developed an enzyme for Merck that significantly reduced their cost to manufacture sitagliptin, the API in their blockbuster diabetes drug Januvia. Our sitagliptin enzyme has been an important product revenue generator for us over nearly a decade. With the pending patent exploration of Januvia, we are well positioned to capitalize on the growing demand from generic manufacturers for our enzyme to help them produce low cost sitagliptin. To that end, during the third quarter, we established our first two multi-year agreements to extend our long-standing sitagliptin product business into its generic chapter. With Merck, we extended our enzyme supply contract through the end of 2026. In the case of Almelo Codexis has agreed to license and supply our proprietary enzyme to them for their generic manufacturing process for sitagliptin. And we are pleased with their decision to install the capability to self-produce this enzyme, enabling sitagliptin cost to be driven even lower still. As part of this collaboration RC2 Pharma is responsible for leveraging relationships with global drug product partners to establish downstream channels to market the Almelo produced sitagliptin. Adding the expertise of RC2 enables a fully integrated, low-cost supply chain to uniquely position this partnership for success in the coming competitive, generic, sitagliptin marketplace. In addition to pharma manufacturing in the past few years, we've been expanding to other industries, designing enzymes to sustainably manufacturer for a wide range of applications, including food and beverage ingredients, as well as a host of other potential industrial enzymes. These products have shorter development timelines and lower regulatory hurdles than pharma manufacturing, enabling our enzymes to reach the market more quickly. In July, we announced an expanded collaboration with Kalsec, a leading producer of food and beverage industry products. Working closely with Kalsec’s advanced hop products innovation team, we leveraged our CodeEvolver enzyme engineering platform to develop a novel enzyme that enables the natural bio catalytic production of a light stable hop acid. Beers, especially hoppy beers IPA’s, typically need to be canned or packaged in dark glass to prevent the degradation of hops. And the formation of the light-struck character what you may know as skunky beer. By utilizing Codexis’ proprietary engineered enzymes rather than conventional chemical means, a hop acid that is more light-stable is biochemically produced, enabling the beer to be bottled in clear glass without the risk of rapid hops degradation. The green technology also provides a cleaner label for the final beverage product declaration. In addition to expanding our agreement milestone from Kalsec in the third quarter for achieving the generally recognized as safe, otherwise known as GRAS self-affirmation for this enzyme. We remain enthusiastic about our growing opportunities in the food and nutrition vertical, and this partnership with Kalsec only scratches the surface of what is possible using our unique engineered enzymes. Rounding out the food sector we are also pleased to see growing momentum for enzyme sales, to both Tate & Lyle’s, new sweeteners, DOLCIA PRIMA® Allulose and TASTEVA® M Stevia as we move through 2021 boding well for the strong peak product revenues, we expect from each of these newly commercialized food applications. Another high growth opportunity for Codexis is in the life science tools market. Codexis engineered enzymes can enable improvements in next-generation sequencing, and molecular diagnostics, biosensor applications, DNA and RNA synthesis, and more. The market is very attractive given its rapid commercialization cycles and above average margin prospects. The market also affords us the opportunity to develop products that can be marketed to multiple customers. In addition to the highly engineered enzymes, we customize for specific partners. Over the past year, we've developed three new life science tools enzymes for broad based customer marketing, Codex HiCap RNA polymerase, Codex HiFi DNA polymerase, and Codex Reverse Transcriptase. In the third quarter, we were pleased to record our first commercial sale of Codex HiFi DNA polymerase. Our analysis demonstrates that Codex HiFi DNA polymerase enables the highest fidelity next-gen sequencing results of all the competitive DNA polymerases tested and we are proud to have begun the sales ramp for this important, new life science enzyme product. Codex HiFi polymerase is being tested by multiple customers for use in existing and future applications. Earlier in the year, we made our first commercial sales of Codex HiCap RNA polymerase to several customers and interest remains strong for its use in clinical stage messenger RNA manufacturing processes. We engineered Codex HiCap RNA polymerase to provide dramatically higher capping efficiency, enabling customers to significantly reduce the amount of capping reagent that is critical to stabilizing the product for pharmaceutical use. In addition, our proprietary enzyme decreases the production of unwanted, double stranded, impurities, which increases yield and simplifies downstream production of the mRNA product. Our third life science tools enzyme, Codex Reverse Transcriptase, has been developed performance versus incumbent enzymes in both diagnostic and sequencing applications. It has been specifically engineered with improved sensitivity and inhibitor resistance for use in our RT–PCR for RNA-based disease detection. One limitation of current reverse transcriptase is, is their low thermal stability. To get an accurate reading, samples need to be heated to melt the RNA at temperatures well above the tolerance of most enzymes. Our Codex Reverse Transcriptase thrives at high temperatures. We have also engineered our enzyme for increased inhibitor resistance, thereby ensuring that other components found in tested samples do not interfere with the results or prevent the enzyme from doing its job. Together, these two parameters make Codex Reverse Transcriptase a much more robust and sensitive enzyme reducing false negatives and reducing the turnaround time needed for a diagnostic result. We are encouraged by performance feedback from early access users who have tested the product to date. And we are on track for a broader launch into diagnostic applications next month. The partnership between Codexis and Molecular Assemblies is also making great strides, bringing closer to reality, the disruptive enzymatic approach to synthesizing DNA. Codexis is leveraging the power of CodeEvolver to deliver dramatic performance improvements over the current chemical process for gene and DNA synthesis by engineering enzymes designed to make MAI’s process a commercially viable, cost-effective and differentiated solution to manufacturing long chain DNA. In parallel, Molecular Assemblies is scaling their manufacturing platform and building a commercial team to accelerate going to market. Given our confidence in the partnership we have decided to increase our equity stake in Molecular Assemblies investing $7 million and stepping us up to become their second largest shareholder. Our partner in the SynBio Innovation Accelerator, Casdin Capital, has invested $3 million as well to become a new shareholder in Molecular Assemblies. It's exciting to be leveraging our enzyme engineering and supply capabilities to access downstream value in the fast-growing DNA synthesis marketplace via these strategic moves. Rounding out the life sciences tool sector we continue to experience strong demand for partnered enzyme engineering programs for custom and second-generation applications from within the life science industry. Our dedicated engineering teams are currently running multiple partnered programs in the field of biosensors, genomics, oligonucleotide synthesis, and more. The growing life science industry solidifies our belief in the advantages and value that CodeEvolver can bring to this heavily enzyme dependent market. Leveraging CodeEvolver to discover and develop novel biotherapeutics is another exciting growth strategy for Codexis. Here we are rapidly building and advancing a high-value pipeline of oral biologics and gene therapy candidates. Just a few years ago, we had only two very early-stage programs in our pipeline. Today, we have over a dozen programs in the pipeline and we are increasingly holding assets for select programs, deeper into clinical development in order to enhance their value for Codexis. We were thrilled to announce that our second CodeEvolver discovered biotherapeutic candidate has reached clinical stage having recently initiated a Phase 1 study for CDX-7108 for the treatment of exocrine pancreatic insufficiency. EPI is a debilitating condition of the GI tract that is caused by conditions that impair pancreatic function, including pancreatitis, pancreatic cancer, Crohn's disease, celiac disease, and cystic fibrosis. The current standard of care for this condition pancreatic enzyme replacement therapies or PERTs, are limited in efficacy due to the GI instability of their lipase component. CDX-7108, an orally administered GI active lipase was precisely engineered to overcome the limitations of traditional pancreatic enzyme replacement therapy deficiencies. By engineering enhanced acid tolerance for stomach stability and breakthrough protease resistance for the small intestines, our preclinical trials with CDX-7108 demonstrated equivalent recovery of absorption at a 10-fold lower dose than standard of care PERT. We are excited to advance CDX-7108, the first of a series of equally owned candidates from our Nestlé Health Science partnership into clinical development. The early clinical study design comprises single dose and multiple dose escalation trials in healthy volunteers followed by a single dose proof of concept trial in patients with EPI. While the big news and our segment is CDX-7108, we are making progress across the entirety of our pipeline as well. Three self-funded and two other Nestlé co-owned oral biologic programs are all advancing in their preclinical research and development. We also have an impressive four program partnership with the Takeda Pharmaceuticals, which is focused on engineering trans genes to enable differentiated next-generation gene therapy candidates for rare diseases. In addition to the partnered programs with Takeda, we have recently embarked on self-funded discovery programs, targeting improved trans genes for other rare disorders. It's great to see the progress being made by the Codexis biotherapeutics team, expanding and advancing so successfully this year. Let me now hand the call over to Ross to take you through our financial results in more detail.