Thank you, Sandy. Beginning first with Fabry, we were excited to announce last late month that we have aligned on a clear regulatory pathway to accelerated approval with the FDA for isaralgagene civaparvovec or ST-920, our wholly owned gene therapy candidate for the treatment of Fabry disease. The FDA has confirmed that estimated glomerular filtration rate or eGFR slope data at 52 weeks from all patients in the ongoing Phase I/II STAR study can serve as the primary basis for approval under the accelerated approval pathway. This pathway avoids the requirement for an additional costly registrational study as we had previously anticipated and importantly, accelerates the estimated time to potential approval by approximately 3 years. Sangamo engaged with the FDA on alternative pathway to potential approval following analysis of clinical data from the Phase I/II STAR study showing encouraging safety and efficacy data. Renal manifestation such as proteinuria or decreased estimated glomerular filtration rate, or eGFR, occur early in life in almost all male and in many female patients with Fabry disease and can lead to end-stage renal disease and early death. EGFR is assessed in millimeter of cleansed blood per minute per body surface. For context, the average untreated patient has an eGFR slope of minus 5.6. However, in the 18 male and female patients treated with isaralgagene civaparvovec with more than 1 year of follow-up data, we observed a statistically significant positive mean annualized eGFR slope. Generating a positive eGFR slope is a truly remarkable achievement for Fabry patients, especially since other Fabry therapies according to public data, improve eGFR value compared to untreated Fabry patients but still show a negative overall eGFR slope. Based on this latest data, the FDA agreed that eGFR slope at 52 weeks can serve as an intermediate clinical endpoint to support a potential accelerated approval. The FDA also advised that eGFR slope at 104 weeks may be assessed to verify clinical benefits. The complete data set to support the accelerated approval pathway will be available in the first half of next year, unlocking a potential BLA submission in the second half of 2025, 3 years ahead of previous estimates. We are delighted to have a clear regulatory pathway that could bring this treatment to patients in need significantly sooner than originally anticipated. Fabry is a debilitating disease for which there is a serious unmet medical need and this need was clear at the National Fabry Disease Foundation Patient Conference held in October, at which Sangamo was in attendance. During focus group discussions, Fabry patient elaborated on the challenges associated with current treatment option, including having to switch treatment regimen due to unwanted side effect, insufficient resolution of their symptom and breakthrough pain. Patients also noted the challenges of receiving long infusion every second week which is logistically problematic and at time can cause them to skip doses. As a reminder, our Phase I/II STAR study has enrolled and dosed 33 patients, representing a broad range of Fabry patients. We have patients who were on ERT at the start of the study as well as patients who were ERT-naive or pseudo-naive. We have male and female patients as well as those with cardiac or renal implication. With the positive annualized eGFR slope observed thus far across these different types of Fabry patients, we anticipate that the BLA submission will cover the entirety of the Fabry population aged 18 years and older. In the other STAR study update, all 18 patients who started the study on ERT are now successfully off ERT and the first patient has been withdrawn from ERT recently achieved an impressive 3 years of ERT. That is a significant achievement. More broadly, with the longest treated ST-920 patient recently achieving 4 years of follow-up, our data continue to look encouraging with all patients achieving and maintaining physiological or supraphysiological level of plasma alpha-Gal A enzyme activity to date. In terms of next step, we have begun to execute BLA readiness activity and continue to advance ongoing business development discussions with potential collaboration partners. We are also committed to working with the European Medicines Agency, or EMA, to identify the optimal regular path forward in Europe and following a successful PRIME kick-off earlier this year, are preparing for continued discussions. Our hope is to be able to arrive at an aligned approach across the regulatory agencies and we anticipate sharing a regulatory update in early 2025. Moving now to giroctocogene fitelparvovec, an investigational gene therapy we are developing with Pfizer for patients with moderately severe to severe hemophilia A. On December 9, Pfizer plans to present detailed data from the Phase III AFFINE trial in an oral presentation at the 66th ASH Annual Meeting and Exposition. The ASH abstract which was released last week, confirmed that the AFFINE trial met its primary endpoint of non-inferiority and superiority with a statistically significant decrease in total annualized bleeding rate, or ABR, from week 12 to at least 15 months of follow-up post infusion compared with routine Factor VIII replacement prophylaxis treatment. Key secondary endpoint as defined by the trial protocol, the percentage of participants with Factor VIII activity greater than 5% at 15 months or ABR for treated bleed were met and also demonstrated superiority compared to prophylaxis. Notably, giroctocogene fitelparvovec was generally well tolerated with no study discontinuations. These data further validate our effort to discover and develop genomic medicine with the potential to improve the lives of patients. Partnering with an organization with strong commercialization infrastructure and experience as well as a broader franchise in this area was important to us as we enter into hemophilia A partnership with Pfizer. We greatly appreciate Pfizer's leadership of this important program. Pfizer has advised us that they are discussing the Phase III AFFINE data with regulatory authorities. As a reminder, we are eligible to earn up to $220 million in milestone payment from Pfizer upon the achievement of certain regulatory and commercial milestones and 14% to 20% royalty on potential sales from this program, if approved and commercialized. These important advances allows us to focus on our core mission to treat debilitating neurological disorders with innovative genomic medicines. We believe our ability to combine potent zinc finger epigenetic regulation payloads with exciting new industry-leading capsid delivery technology could unlock the potential of our neurology pipeline and change the treatment paradigm for neurological indications for which delivery of treatment to the central nervous system has historically been challenging. This quarter, we submitted an IND application to the FDA for our Nav1.7 program or ST-503 for the treatment of intractable pain. Neuropathic pain can be caused by a broad array of pathologies impacting the central or peripheral nervous system. such as surgical trauma, spinal cord injury, nerve compression, neurological and infectious diseases or metabolic and hereditary syndromes. ST-503 is not intended for sporadic or acute pain like a toothache or bunionectomy but for intractable chronic pain that completely dominates and often destroys the life of patients over many years. Assuming FDA clearance of the IND, the Phase I/II study will assess the effectiveness of ST-503 in addressing idiopathic small fiber neuropathy, or ISFN, a peripheral neuropathy that results in highly debilitating syndromes of burning, prickling, stabbing or lightning-like pain. ISFN has an estimated prevalence of at least 43,000 patients in the U.S. and more broadly, peripheral neuropathy are estimated to affect nearly 40 million Americans. Antidepression, anticonvulsant, opioid or topical therapy can be tried, although no long-lasting or curative therapy are currently available for ISFN patients, leading to a high unmet medical need for this patient population. A significant body of evidence implicates sodium channels in mediating the pathophysiology of neuropathic pain. ST-503 use an adeno-associated virus or AAV vector carrying an engineered zinc finger repressor to specifically target the human gene SCN9A that encodes the Nav1.7 channel -- sodium channel and is critical for pain signaling. Developing small molecules that specifically target Nav1.7 is challenging due to the high structural similarity between different sodium channels, making it difficult to achieve selectivity and avoid off-target effects. By directly targeting the SCN9A gene, ST-503 was shown to selectively reduce the expression of 1.7 sodium channels in sensory neurons in animal model and significantly reduce hypersensitivity following a single intrathecal administration. Sangamo's preclinical research has shown ST-503 to be well tolerated in nonhuman primate and substantial Nav1.7 reduction was observed with no off-target effects. This preclinical data which demonstrate the potential of ST-503 as a therapy for chronic neuropathic pain, are elaborated upon in more detail in a manuscript published in BioArchive earlier this quarter which is also available on the Presentations and Publications section of our investor page on sangamo.com. We expect to start the Phase I/II in the middle of 2025. This represents a transformational step forward for Sangamo as the first of our neurology program to progress to the clinic. It is hoped that if efficacy is demonstrated, the application of ST-503 could be broadened to patient population suffering from other types of chronic neuropathic pain. Moving now to prion, clinical trial authorization, or CTA, enabling activities continue to advance for our program to treat prion disease which leverage our novel STAC-BBB capsid. As a reminder, prion disease represents a group of conditions with a devastating unmet medical need which we believe our technology can address. With more than 1,500 new patients diagnosed each year across the U.S. and Europe, this is a disease that is rapidly progressing and always fatal, usually within 12 to 15 months of symptom onset and with no currently effective treatment option available. In October, we presented updated data at the Prion 2024 Conference which demonstrated the potency of our zinc finger repressor in a disease mouse model at multiple dose levels. The zinc finger repressor significantly reduced expression of prion mRNA and protein in the brain, extended mouse survival and limited the formation of toxic prion aggregates. Additionally, nonhuman primate data at Prion 2024 highlighted that a single intravenous administration of the prion zinc finger repressor delivered via STAC-BBB resulted in potent and widespread repression of the prion gene in transduced neuron. A CTA submission for this program is expected in the fourth quarter of 2025. I will now hand it back to Sandy for closing remarks.