Thanks Brian. We have made tremendous progress advancing our industry-leading pipeline of PK activators so far this year, and I’d like to thank our research and development team for their dedication and relentless focus on improving patient lives. Reflecting this progress, we are very excited for the upcoming ASH annual meeting in December and look forward to interacting with many stakeholders on our progress in PK deficiency, thalassemia, sickle cell disease, patient advocacy and more. We anticipate sharing additional details of our ASH abstracts when they go live later this morning. As some of you may have noticed in the online program for ASH, for the first time congress organizers have dedicated an educational session to PK activation as a treatment for hereditary hemolytic anemia, entitled Energizing the Red Cells: Novel Therapy for Hereditary Hemolytic Anemia. The session will include presentations from leading KOLs on the therapeutic potential of PK activation in PK deficiency, sickle cell disease, and thalassemia. As leaders in PK activation, we were obviously thrilled to see this recognition. As Brian mentioned, we recently dosed the first patient in the Phase III portion of the RISE UP study of mitapivat in sickle cell disease, and the team is working diligently to bring sites onboard. The importance of our efforts was reinforced just a couple weeks ago as Brian and I had the opportunity to participate in the Sickle Cell Disease Association of America’s national convention in the DC area. We were able to further strengthen our connection with the sickle cell disease patient community by listening to the everyday challenges these patients face in their lives and reinforce Agios’ commitment to patient advocacy and clinical progress. Switching to our second PK activator, AG-946, given the accelerated enrolment of the Phase IIa study in lower risk MDS, we expect to report top line data from this study by the end of this year. As a reminder, MDS is a heterogenous groups of rare hematological malignancies characterized by ineffective erythropoiesis, commonly leading to anemia. Importantly, lower risk MDS accounts for approximately 70% of MDS cases and shares [indiscernible] physiological features with other hematological diseases in our pipeline. This Phase IIa is a 16-week study in 20 patients and the primary end points are hemoglobin response, defined as an average increase of at least 1.5 grams per deciliter from baseline from Week 8 to Week 16, and/or transfusion independence, defined as remaining transfusion-free for at least eight consecutive weeks. The primary objective of this study is to establish proof of concept for AG-946 in participants with lower risk MDS and through analysis of the results to determine if any protocols adjustments would be appropriate as we contemplate proceeding with Phase IIb. As Brian mentioned briefly, we are on track to achieve all of our remaining 2023 milestones. We expect to file the IND for our phenylalanine hydroxylase, or PAH stabilizer to address the underlying cause of phenylketonuria, or PKU by the end of the year. In our pediatric studies, enrolment in the Phase III ACTIVATEkids-T study of mitapivat in children with PK deficiency who are regularly transfused is now complete several months ahead of schedule. In the complementary study, the Phase III ACTIVATEkids study of mitapivat on children with PK deficiency who are not regularly transfused, our team achieved our goal of enrolling at least half of the patients in the study by year end and is now focused on completing enrolment. Finally, the TMPRSS6 siRNA that we recently in-licensed from Alnylam has been integrated into our portfolio and our team is excited to begin advancing that program as a potential disease modifying treatment for polycythemia vera. Looking ahead to next year, we expect to report top line results from the Phase III ENERGI