Thank you, Francis. Starting with our first quarter results. Total revenue of $32 million grew 13%. This strong performance was driven by 22% growth from our consumables business and 57% growth in our Accelerator Lab more than offsetting softness in instrument revenue, which was anticipated due to a challenging capital environment. Our Accelerator lab continues to provide a nice buffer to these macro CapEx headwinds. The lab has completed over 2,300 projects for more than 480 customers from all over the world using our Simoa platforms. First quarter non-GAAP gross margin of 54.5% grew approximately 140 basis points, and our balance sheet remains strong with $305 million of liquidity. Our cash usage in the period was approximately $19 million, which was higher than the prior year given timing of certain working capital items. Vandana will touch on these results in more detail later in the call. Moving on from the quarter's financial performance. I'll expand on our leadership in innovation, focusing on new assay development and the durable moat advantaged by incredible, sensitive Simoa technology. Simoa provides researchers the ability to examine and detect critical proteins at ultra-low levels with digital single molecule readout. Breaking sensitivity barriers is a key reason why we've been a pioneer in the discovery of biomarkers and a trusted partner to our pharma and academic customers, evidenced by more than 2,900 publications. Building on the foundation, our incredible team has built over the last 1.5 years, we have a new product development engine. We remain on target to introduce approximately 20 new biomarker assays by the end of the year in the areas of neurology, immunology and oncology. First, we're working on a comprehensive approach for Parkinson's disease, a neurological disorder that impacts millions of people around the world. There remains a critical need to identify treatment pathways to slow the disease progression over time with nearly 140 Parkinson's therapies in active clinical trials. To date, biomarkers such as NfL and GFAP have been implemented as key tools to monitor Parkinson's disease development. For example, in the January publication of the scientific Journal Nature, researchers used Quanterix' NfL assay to measure whether late-stage Parkinson's disease is associated with an increase in neurodegeneration. However, this is only the beginning. Last month, we launched our S-TREM2 assay, a microglial marker implicated in Parkinson's and other diseases, and we continue to focus on clinically relevant forms of alpha-synuclein and lysosomal storage biomarkers. These are important efforts requiring some level sensitivity and supported by our partners such as the Michael J. Fox Foundation. Turning next to a biomarker that has garnered a significant amount of recent intention, tau. The Alzheimer's disease research community is just getting started and holistically evaluating this powerful protein and its many phospho-isoforms. Quanterix has been the leader of pushing forward the measurement and correlative data behind an evolution of tau biomarkers not only with pTau-181 and pTau-217, but also for less discussed markers such as pTau-205 pTau-212 and pTau-231. Each of these specific isoforms may have unique characteristics that are useful in a diagnostic setting with the potential to improve clinical utility if included in a multi-marker assay. Today, the NAA recommends pTau-217 as the best biomarker for accurately diagnosing amyloid pathology. However, progress with tau does not end with pTau-217. Quanterix is leading the way to develop further evidence that more specific biomarkers and robust panels of related brain-specific analyzes may add diagnostic sensitivity to the detection and monitoring of Alzheimer's disease. In an April nature publication, researchers led by group from the University of Gothenburg in Sweden using our Simoa technology, determined that brain-derived tau or BD-tau is a marker that has elevated levels in the presence of amyloid beta pathology and may provide additive sensitivity to a stand-alone pTau-217 assay. Studies suggest that blood total tau originates principally from peripheral non-brain sources. However, BD-tau comes directly from the brain instead of elsewhere in the body and therefore, may offer greater precision compared to the current standard of measurement. BD-tau may improve the current ATN framework for the definition and staging of Alzheimer's disease. We believe this is an important advancement in the field and plan to release our BD-tau assay this quarter. Staying on Alzheimer's disease, our development of a multi-market test continued to progress. More specifically, we plan to present 4 abstracts using data from the BioHermes and CANTATA trials in support of this effort at the upcoming Alzheimer's Association International Conference in late July. As a reminder, BioHermes is a diverse prospective study across 17 domestic sites enrolling approximately 1,000 participants with 200 from underrepresented populations. And Cantata is a multiyear, multiphase study, Phase I of the study encompassed 1,200 retrospective samples and Phases 2 and 3 of which were currently engaged, are targeting 1,200 prospective enrollees across memory clinics and primary care settings. In addition to using these data for a multi-marker test, results from BioHermes and Cantata have been used for clinical validation of our LucentAD pTau-217 assay. Shifting now to progress in the field of Alzheimer's Diagnostics. During Q1, we announced that our pTau-217 blood test was granted breakthrough designation by the FDA. In February, the American Medical Association confirmed new CPT codes for amyloid beta 40 amyloid beta 42, Fossil tau and total tau. We expect CMS to price these codes later in the year. Finally, we are pleased to highlight our collaboration announced in 2022 has resulted in Eli Lilly's launch of Certuit-AD, a blood test that can provide additional diagnostic evidence for Alzheimer's disease, measuring pTau-217 and run on Quanterix' SP-X platform. This test is now available on certuitad.com. Moving next to recent events. In the last several weeks, a few new plasma pTau-217 LDTs have entered the market with varying levels of validation and approaches for interpreting results. While it is still early, this suggests several platforms will serve different use cases in the market. Currently, we believe there are 3 pTau-217 tests available clinically that meet the Alzheimer's Association Working Group recommendations of 90% accuracy. 2 of these 3 tests used Quanterix' Simoa technology and, as such, have been thoroughly validated through well-powered clinical studies. Preliminary results have been presented at recent technical conferences and general publications are expected later this year. We're not aware of any immunoassay that provides higher sensitivity than Quanterix' Simoa technology. The sensitivity to precisely measure pTau-217 at very low levels, ensures the ability to deliver clinically meaningful results across a range of use cases. First, reportable concentrations can be provided for 100% of patients, even those at the very earliest stages of disease. LucentAD pTau-217 has a single femtogram per ml limit of detection, and Quanterix has yet to encounter a single sample unreadable level in over 2,000 samples tested, including the BioHermes and VMC cohorts and hundreds of healthy control participants. In similar patient cohorts, other technology platforms have shown up to 30% of samples were unreadable below the platform detection limit. Second, based on results from recent therapeutic trials, it has been shown that individuals at the earliest stages of the disease experienced the greatest benefit from therapies. Early detection is enabled by higher sensitivity. Third, there is emerging potential to track progression or response to therapy by monitoring tau levels. In any monitoring application, you want to start measuring early and continue to follow the patient as the disease progresses. Resulting small changes at the lowest levels is not only important for early intervention but also provides confirmation when therapeutic benefit has been achieved. Well, we believe the TAM for testing is large and the infrastructure will be built by several immunoassay providers. We believe the Simoa platform will be uniquely competitive for these applications due to its sensitivity. We are expanding on this foundation with multi-marker multiplex testing that other platforms are unable to perform. Multi-marker testing has the potential to bring definitive results to a larger proportion of patients as well as provide guiding information for differential diagnosis of non-AD dementia. As we see therapies advance, anti-tau therapies will require independent measurement of tile pathology and amyloid pathology to understand how combination therapy should be managed. This requires examination of multiple markers to improve amyloid detection and support diagnosis. We look forward to sharing updates on our progress in the coming months. With that, I'll turn the call over to Vandana to cover our financial results.