Thank you, Jeff. Good day, everyone, and thank you for joining us today. In R&D, we continue to make great progress in advancing our pipeline program. As Jeff Dayno mentioned, we now have 13 development programs across 8 assets and the 3 franchises focused on rare neurological indications with high unmet medical need. We will have 4 Phase 3 registration studies ongoing in 4 distinct indications by the end of this year with the potential to deliver one or more new product or new indication launches each year for the next 5 years. Our full clinical development pipeline is shown on Slide number 10 and the clinical development highlights are on Slide 11 through Slide 17. Starting with our Sleep/Wake franchise. We are on track to submit an sNDA for idiopathic hypersomnia by the end of this year. Our submission will be based on the robust data from the Phase 3 registrational INTUNE study and several lines of additional evidence that consistently support the efficacy of pitolisant in patients with idiopathic hypersomnia. At our Investor Day on October 1st, we reported new data that showed strong and sustained efficacy of pitolisant in patients with idiopathic hypersomnia more than 1 year out in the long-term extension study. The mean improvement in Epworth Sleepiness Scale was approximately 9 points from baseline out beyond 1 year with the majority of patients in the normal range as measured by ESS score. We saw a similar strong and sustained maintenance of efficacy on Idiopathic Hypersomnia Severity Scale and Sleep Inertia a Questionnaire in the long-term extension study. In addition, we also shared the data from a large sleep clinic in Europe in over 60 patients with IH. Data from this independent study shows that over 60% of patients with IH got better with pitolisant and approximately 40% of these patients benefited and remained stable with pitolisant as monotherapy. Similar efficacy was also observed in bio Bioprojet [ph] Compassionate Use program for patients with IH. The totality of data for efficacy alongside the established safety profile of pitolisant, a nonscheduled drug with simple dosing regimen offers a unique benefit risk proposition for patients with IH, a condition with only one approved treatment that has simple [ph] attestation time with challenging nighttime dosing regimen and the widespread off-label use of controlled stimulants, which are associated with significant safety issues. Pitolisant has the potential to address a high unmet need with very favorable benefit risk profile. Moving on to next-gen Pitolisant formulation, Pitolisant GR and Pitolisant HD. Jeff described the unique value proposition each of these formulations are expected to deliver. With Pitolisant GR program, we are on track to initiate the Pivotal Bioequivalence Study and the Dosing Optimization Study in the first quarter of 2025 with PDUFA date in 2026. With Pitolisant HD, at our Investor Day earlier this month, we shared preliminary data establishing pitolisant safety up to five times the current highest label dose of WAKIX, thereby establishing safety margins for Pitolisant HD development program. We are currently working on further optimizing the formulation and IND-related activities, and we are on track to initiate the pivotal Phase 3 registration study in narcolepsy in second half of 2025 with a target PDUFA in 2028. Provisional patents have been submitted for both Pitolisant GR and Pitolisant HD with a potential patent protection until 2044. Moving on to our orexin-2 receptor agonist program, BP1.15205, formerly known as TPM1116. The in vitro pharmacology data demonstrated a potency that is much greater compared to all publicly disclosed data on orexin-2 agonist. As you know, with this class of compounds, potency is the most important parameter that gives us the ability and the dosing flexibility to target all central disorders of hypersomnolence and potentially other disorders based on the emerging evidence. The potency was consistent across species, and it also demonstrated an excellent selectivity of greater than 600-fold over orexin-1 receptor. This translates to over 100-fold margin at orexin-1receptor at the anticipated maximum human dose. In addition, it also demonstrated over 1,000-fold selectivity over 150 other targets of interest and has a potential for once-a-day dosing. BP1.15205 with its novel chemical structure, highest potency, excellent selectivity, potential for once-a-day dosing and robust preclinical data has the potential to be the best-in-class orexin-2 receptor agonist. We are on track towards filing an IND in mid-2025 and initiating first-in-human studies in the second half of 2025. Today, we are very excited to highlight our epilepsy franchise. And as Jeff mentioned earlier in the presentation, we have the most advanced development programs in DEE. We have two investigational candidates, EPX-100 and EPX-200 for the treatment of developmental epileptic encephalopathies. In EPX-100 or clinical hydrochloride, works via modulation of serotonin that is 5HT2 and enhances the serotonergic tone. The serotonergic mechanism of action is a validated and well-known mechanism of action in developmental epileptic encephalopathies. ETX-100 showed efficacy in the zebrafish model that has 100% positive and 100% negative predictive value. In addition, EPX-100 mechanism of action is also validated in other DEEs such as Syntaxin binding protein 1 disorder via preclinical experiments suggesting a broad utility for EPX-100 in DEE. When it comes to safety and tolerability, clinical [ph] was on the market for approximately 20 years with no significant safety and/or tolerability signals from post-marketing exposures. In addition, VPX-100 demonstrates favorable preliminary safety and tolerability in the ongoing Phase 3 registration study in Dravet syndrome compared to select approved drugs with no need for additional laboratory or special monitoring. VPX-100 is administered in a liquid formulation with BID dosing, a simple dosing regimen that is especially meaningful for patients living with DEEs and their caregivers. We are actively recruiting globally for our Phase 3 registration study in Dravet syndrome, the ARGUS study, and we are on track to start a global Phase 3 registration study in LGS by the end of this year. The strong evidence for efficacy, promising safety and tolerability profile, BID dosing and on track for top line in 2026 makes EPX-100 the most promising and the most advanced investigational drug for DEEs. We have one more investigational product, EPX-200, our liquid formulation of lorcaserin in the pre-IND phase. Lorcaserin is a selective 5-HT2C agonist and the mechanism of action is well established in DEE via preclinical experiments in the zebrafish model and also in the clinic [ph] via case series published by Tullett and Devinsky et al. in 2018 in neurology, following which the FDA expressed interest in exploring lorcaserin in Developmental and Epileptic Encephalopathies. We are currently in the pre-IND phase, and we plan to pursue all DEEs with EPX-200. It is important to note that the safety and tolerability of lorcaserin is also well established based on the short-term, long-term and real-world outcome studies with lorcaserin. The regulatory agencies recognize the unmet need and the promise VPX-100 and EPX-200 could potentially offer to patients with DEEs. Accordingly, VPX-100 has received both orphan drug designation and rare pediatric disease designation for both DS and LGS by the FDA. EPX-200 has received orphan drug designation for DS by the FDA and EMA, and it has received orphan drug designation and rare pediatric disease designation for LGS by the FDA. Finally, with our neurobehavioral franchise, we remain on track to report top line data from the Phase 3 RECONNECT registrational trial of