Well, thank you, Deb, and good afternoon, everyone. We appreciate having you join us for our call today. Let me give a quick recap of the quarter and highlight some innovative new products that we are introducing and provide a few business updates before turning the call over to Kevin. Let's start with our first quarter results on Slide 5. Today, we reported $79 million in revenue for the quarter, $24 million in total adjusted EBITDA and $0.03 in adjusted fully diluted EPS for the quarter. Revenue results were within the range of expectations for the first quarter that we shared with you during our fourth quarter conference call. While our performance in the quarter was consistent with our expectations, like other players in the field, we do note that broader market factors will likely continue to impact the business into the second quarter. Kevin will go into more detail on the results and our revised guidance later in the call. Our Nucleic Acid Production business had revenue of $61 million in the first quarter. This includes an estimated $45 million of base nucleic acid production revenue. The Biologics Safety Testing revenue was $18 million in the first quarter. On Slide 6, you'll see that our adjusted free cash flow in the quarter was $23 million. Cash on hand at the end of the quarter was $628 million, down only $4 million from the year-end despite our having paid $70 million upfront in the quarter for the Alphazyme acquisition. Debt sits at $537 million gross. Thus, we maintain a $91 million net cash position. This puts us in a great position to fund our long-term strategy of growth through organic investments and our own capabilities, while we simultaneously pursue external M&A. We continue to see multiple strategic opportunities in our space where we will endeavor to responsibly deploy some of those cash. As we close out the first quarter of the year, we remain focused on: first, expanding our product portfolio; second, advancing our market leadership in the mRNA space; and finally, accelerating the introduction of scientific innovations in ways that support our customers' rapidly evolving needs while continuing to invest in operations, manufacturing and people to support our base business growth. To the first point on product portfolio expansion and our focus on innovation, let's now turn to Slide 7. As many of you know, CleanCap is not a single product, but rather a portfolio of capping analogs. We have several versions of CleanCap that we have developed for both messenger RNA synthesis and for self-amplifying messenger RNA. Yesterday, at the TIDES USA Scientific Meeting held here in San Diego, our Chief Innovation Officer, Dr. Kate Broderick, introduced the newest addition to the CleanCap product portfolio, CleanCap M6, which we are extremely excited about. CleanCap M6 is our most robust capping analog to date and represents a significant advancement in field of messenger RNA capping. We believe this innovative capping analog to be the most efficient capping strategy now available in the market, and we believe it will represent the next generation of novel mRNA caps. Of particular note is the fact that it produces the highest in vivo protein expression we have seen for any CleanCap analog so far. In our comparison studies, CleanCap M6 consistently produced 30% plus higher protein expression than comparable enzymatic capping methods. Higher expression can result in greater potency or more effective dosing of messenger RNA drugs. Similar to our other CleanCap products, CleanCap M6 generates a naturally occurring Cap 1 structure via co-transcriptional capping. This provides our customers with the benefit of a simplified and higher-yield messenger RNA manufacturing process with a shorter manufacturing time, which leads to better economics and mRNA production. Slide 8 provides a quick recap of the favorable attributes of CleanCap M6. We know the CleanCap already is the most economically favorable capping process on the market. We recently commissioned a strategic consulting firm to studied manufacturing costs associated with the three methods of mRNA capping: enzymatic; ARCA, which stands for anti-reverse cap analog; and CleanCap. The study considered the complete economic picture around mRNA capping, including actual customer experiences, costs and future needs. Due to messenger RNA's inherent instability, in vitro synthesis of mRNA can be a challenging biochemical reaction, and the need for high purity necessitates stringent purification and QC testing. As we saw in the recent study, depending on the technology, equipment, downstream purification processes and user expertise, the expected overall yield of cap mRNA can vary greatly, ranging from 50% with enzymatic capping to 95% associated with the use of CleanCap technology. And I'm just back from visiting one of our customers who has been conducting premarket evaluations of M6 and some of our even newer capping analogs. And they're very excited about the performance improvements being seen in their own hands. In fact, we've already begun to take initial orders for this new product. Slide 9 shows the direct reagent costs for the GMP manufacturing of 1 gram of messenger RNA using each of the three outlined mRNA capping methods. This figure demonstrates how enzymatic capping and ARCA require additional reagent costs for the same amount of product due to their reduced yields per reaction. It is estimated that both enzymatic capping and ARCA technologies lead to higher total reagent cost per quantity of produced mRNA: An estimated $248,000 for enzymatic; $221,000 for ARCA; and $215,000 for CleanCap technology. This data demonstrates how influential recovery rate or yield is on the total reaction reagent costs. Beyond this, there are additional advantages to CleanCap, including the reduced purification costs, time savings and producing products with a simpler manufacturing process and labor savings. Slide 10 compares the total manufacturing cost of CleanCap versus ARCA and enzymatic capping. As you can see, CleanCap is 30% less than enzymatic capping and 20% less than ARCA. As a result of this third-party analysis, we have developed robust selling tools for our business development and commercial teams to use to help drive share gain for the CleanCap portfolio, especially versus enzymatic capping methods. The CleanCap M6 analog adds to these economic benefits with the additional enhancement of higher protein expression from the equivalent amount of mRNA. Together, we think that this is a game-changing analog for manufacturing more potent messenger RNA therapeutics and vaccines. Sticking with this new product innovation theme, let's turn to Slide 11. Also at TIDES Scientific Meeting this week, Glen Research, our high-quality provider of fluorophores, quenchers, labels and modifiers for oligonucleotide synthesis, published Glen Report 35.1. The Glen Report has been a consistent or constant publication since 1987 and serves as a well-regarded resource for the many scientists engaged in DNA and RNA research and oligonucleotide synthesis. Four new products were announced in our latest issue, as Glen continues to expand the breadth of its oligonucleotide synthesis products. One, I'd like to highlight today is the expansion of our proprietary Serinol product line with the launch of three prime Azido-Modifier Serinol CPG, or Controlled Pore Glass, imports. Click Chemistry is a really popular method of conjugation and bio-conjugation and its discoverers were awarded the 2022 Nobel Prize in Chemistry. Most people will use one molecule labeled with an alkyne group and another labeled with an azide group. When mixed, the linkage formed between the two entities can feel as simple and easy as a click. Glen Research has now expanded our set of products to facilitate use of oligonucleotide in Click Chemistry. The three prime Azido-Modifier Serinol CPG is convenient to use for this application and produces excellent results. Due to its advantages over other approaches, it is possible that this new support may become the most popular method for preparing azide label oligonucleotides. As you can see, we believe that investing in new product innovation is a key driver for creating value in this part of our business as well. We are in an exceptional position to win customers early for both product and technology adoption. Turning to our commercial strategy. By winning early in the discovery process, especially with our CleanCap technology, we are able to cross-sell NTPs and other raw materials at earlier stages of the clinical pipeline. And that is exactly what our commercial team for NAP is tasked to do. When first with CleanCap, at the earliest stages of the clinical pipeline, cross-sell NTPs and other raw materials and then grow with our customers to support them with their later-stage developments. This can include supporting them with both RUO and GMP materials, depending on their needs and when they choose to move to higher-grade inputs. Let's turn now to Slide 12, and let me share some data with you on our progress with customer adoption. One year ago in the first quarter of '22, we had 185 CleanCap reagent customers on a rolling 18-month basis. As we closed Q1 of this year, that number is now 312 customers, up 69%. These are customers that order CleanCap as a stand-alone reagent product. We shipped it to them or their preferred contract manufacturer, and they then use our capping analogs in their own messenger RNA manufacturing processes. This could be for research and discovery activities, preclinical development and, with our GMP offering, clinical manufacturing of messenger RNA. We also track our CleanCap mRNA discovery customers. These are customers at the very early stages of their programs who look to TriLink to manufacture messenger RNA on their behalf using CleanCap as their capping method. Their activities are mostly for early research and discovery, including assay development, target identification and in vitro cell models. This group of customers has grown from 585 last year to over 600 customers today, up roughly 3%. As these early customers continue through their discovery work, we expect many will mature into mRNA GMP services where they would take several of their top candidates and upgrade them to our GMP manufacturing process, which includes process development to a larger scale, phase-appropriate method validation and collecting documentation that would support an IND filing. Our GMP mRNA customers have grown from 55 to 61 over the last year, up 11%. And lastly, the number of our GMP mRNA customers who have advanced in the clinic is now 26 programs. So let me now share a couple of examples of what this customer journey means over time to Maravai from a revenue standpoint. Slide 13 shows an example of a customer we started working with a few years ago in their early discovery phase. They now have several programs underway for precision genetic medicine. In 2018, they were less than a $1 million revenue contributor. By 2022, they were ready to move to a Phase I trial and ordered nearly $8 million products from us. This particular customer uses CleanCap and our N1-Methyl-Pseudouridine-Triphosphate. This customer is also currently evaluating and using Alphazyme enzymes. Slide 14 is an example of a different customer that we have worked with on nucleic acid services. Their target is a personalized cancer vaccine. This customer represented $102,000 in revenue in 2018, and in 2022 was over $3 million customer. This customer uses our GMP CleanCap mRNA manufacturing and began their product development journey with us during initial R&D construct screening. We worked closely with them to facilitate their construct selection and manufacturing of their various GMP batches. As these customers progressed through our GMP services with their preclinical and early clinical phase work, we also want to support them through later-stage development, which is why we invested in our new Flanders facility. So you can see, we have a unique opportunity to drive CleanCap inclusion across our growing mRNA customer base, while providing other critical GMP raw materials to improve in vitro transcription reactions and grow with our customers as they advance their own programs. Now turning to Slide 15 and our biologic safety testing business. Our products and services in this business support the cell and gene therapy, vaccine and biologics drug manufacturing markets by providing process related and purity analytics, along with offering innovative viral clearance prediction solutions that help our customers ensure the safety of their bio-pharmaceutical products. We continue to innovate here to bring improved products to market to support our customers. Late last year, we announced the launch of the MockV RVLP Kit. This kit enables bioprocess scientists to quantify the removal of retrovirus like particles, or RVLPs produced endogenously by Chinese Hamster Ovary or CHO cells, during biopharmaceutical manufacturing. Today, we are happy to report strong market uptake in this kit and technology by several major biopharma companies and CDMOs. In addition, we are closely monitoring a recently published draft revision of the ICH, which is the International Conference on Harmonization, guideline on viral safety evaluation of biotechnology products derived from cell lines of human or animal origin. This considers the use of CHO-derived endogenous viral particles, or RVLP, for viral clearance experiments. If recommended in the final published guideline, this could be a very positive tailwind for the entire BST business. In March, our BST team launched the PG13 HCP ELISA Kit. Bioanalytic customers can use this kit during purification and process development as well as in quality control and product release testing. The PG13 kit represents the 24th expansion -- excuse me, expression platform we provide analytics for and solidifies our commitment to supporting cell and gene therapy. As in NAP, we continue to innovate and scale our offerings in DST to ensure superior technical support, the highest quality services and offerings and the most comprehensive catalog of products to meet our customers' needs. Now moving on to Slide 16 and some organizational updates. First, we're happy to welcome Drew Burch to our leadership team. Drew joined us in April as Executive Vice President of Nucleic Acid Products. For those of you not familiar with Drew, he has over 30 years of strategic operational, commercial and financial experiences in the life sciences industry. I look forward to him playing an incredibly important role on our team as Maravai continues to scale and differentiate itself as a trusted supplier of nucleic acid and chemistry products for the life sciences industry. I'm confident he will build on the momentum of the NAP operating division and help us continue to provide best-in-class products that support the important work of our customers. Second, the integration of the Alphazyme acquisition is going very well. We are actively qualifying their enzymes into our nucleic acid services workflow and building their commercial team. We've also decided to add to the Alphazyme facility footprint with the addition of an adjacent 4,000 square feet to provide an expanded R&D space. Alphazyme extends our capabilities in the manufacturing of critical enzymes that support flexible and scalable production within a universally acceptable infrastructure, and we remain incredibly enthusiastic about our combined opportunities. We also remain active in pursuing other inorganic growth opportunities and look forward to being able to announce additional acquisitions in 2023. We are committed to expanding our reach as a key specialized raw material supplier, and we are actively working to increase our international footprint so that we may improve our ability to directly serve our global customer base. Now before I turn the call over to Kevin, I'd like to let you know that in late March, we published our second Environmental, Social and Governance report. This report covers the 2022 fiscal year and provides an expansive look into our rapidly evolving ESG program, with tangible examples of how we are making a positive impact on stakeholders and positioning our business for sustainable growth. I highlighted some key aspects of our progress during our fourth quarter call, but I encourage you to review the report on the Investor section of our website. The comprehensive 41 page report is the culmination of our enterprise-wide effort to deliver holistic value to our stakeholders while scaling operations and managing rapid growth in a socially and environmentally responsible manner. On Slide 17, you'll find some of the highlights from the report. We are very proud of the team's work to date and are committed to being a strong corporate citizen. We look forward to keeping you apprised on our journey. I'll now ask Kevin to cover more details on our first quarter performance and provide an update on our multiple facilities expansion projects. Kevin?