Thank you, Howard. To start off, I would like to comment in more detail on the significant progress we have made with Respag. That Howard highlighted moments ago. Respag is a very unique Treg biologic that capitalizes on a critical immune pathway. As a highly selective agonist of regulatory T cells, it is designed to address the underlying immune balance of multiple inflammatory pathways. This past year, we have shown through our phase 2 clinical datasets that Respag is truly differentiated as a novel MOA and late-stage biologic candidate with a compelling efficacy profile and that it can also offer long-term extended dosing frequency. This phase 2 data adds to the 36-week off-drug disease control or remitted potential of Respact that we demonstrated in the earlier phase 1 trial. And now Respag is a phase 3 ready program. And we have one of the largest safety databases for agents in mid to late-stage development in atopic dermatitis, which is now established in over 1,000 patients spanning about 381 patient-years of exposure. In atopic dermatitis, our 16-week induction data reported last June established that ResMed has rapid onset of key efficacy metrics separating early from placebo after one or two doses on EASI-75, EASI-90, and itch relief. And notably, our induction data established Respag as the first novel MOA to show strong itch relief in conjunction with skin clearance without the need for topical corticosteroids. We know that itch relief is a major driver of improved sleep scores and better quality of life for patients with atopic dermatitis, and this translated into achieving statistical significance on these patient-reported outcomes in our study as well. At the high dose of 24 mcg/kg given every two weeks in induction, we also saw comparable efficacy data for both EASI-75 and EASI-90 in the moderate and severe patient populations enrolled in the trial. The study was stratified by vIGA baseline scores of four and three, and efficacy was comparable among both these populations. And this attribute emerges as a key differentiating aspect for what has been seen with Dupixent treatment. Respag has also shown promising positive results in treating atopic dermatitis patients with self-reported comorbid asthma. We reported this data for the ACQ-5 endpoints for Bresolve AD last year at ACAI. Outside of Dupixent, no other approved agent or agent in development has shown the ability to improve atopic dermatitis and comorbid asthma at the same time. In induction, Respag resulted in statistically significant and clinically meaningful improvements in ACQ-5 scores at 16 versus placebo in patients and a 75% improvement in these scores in patients with uncontrolled asthma at baseline. And approximately one in four atopic dermatitis patients also have comorbid asthma, and Respag is the only novel MOA to show improvements in this endpoint. With the 36-week maintenance data reported last month, we demonstrated two additional critical features of Respag that differentiated it from approved agents and those in development. First, we saw significant maintenance in efficacy, and we also saw deepening of response with continued treatment out to 52 weeks, including improvements in EASI-75, EASI-90, itch, and vIGA endpoints. Notably, we saw an up to fivefold increase at EASI-100, as Howard mentioned earlier, underscoring the potential for Respag to give patients complete disease clearance with extended treatment over time, and setting a new benchmark in atopic dermatitis. And second, we established that extended monthly and quarterly dosing could be used as a long-term treatment regimen with Respag after inducing responses. As I stated earlier, with over 1,000 patients treated to date, and about 381 patient-years of exposure, Respag has a well-established long-term and favorable safety profile. As seen in our reported data, we have generated a differentiated safety profile with no increased risk of systemic adverse events such as conjunctivitis, or infection or malignancy. The RESOLVE AD data informed our phase 3 program and we will start the first pivotal study in June. Following our end of phase 2 meeting, we now have alignment on plans for a phase 3 program to evaluate a single dose 24 mcg/kg twice monthly for the 24-week induction period. Patients who achieve EASI-75 or vIGA responses will then be rerandomized to monthly and quarterly regimens out to 52 weeks. The design of phase 3 will be similar to those studies used for registration of other biologics. Our plan is to utilize, as other phase 3 have, the primary endpoint of a vIGA-related endpoint required for U.S. registration and an additional EASI-75 endpoint to support EU approval. Our phase 3 program will evaluate both biologic-naive and treatment-experienced patients. Beyond atopic dermatitis, in December, we also established a proof-of-concept with the data from RESOLVE AA for Respag in severe to very severe alopecia areata. We were pleased that these data have been accepted as a late-breaking presentation at the upcoming AAD meeting at March. It is the only dataset in alopecia areata that was accepted for presentation in the late-breaking session. In the RESOLVE AA study, as we reported in December, Rezpeg demonstrates an efficacy response that met our target product profile expectations, which was to achieve efficacy similar to low-dose JAK inhibition at week 36 with every two-week dosing, and maintain a more attractive and favorable safety profile. We believe the data position RespEx as a potential first-in-class biologic in alopecia. As Howard stated earlier, the RESOLVE AA study also included a blinded 16-week extension for patients who reached week 36 in the study but had not yet achieved a SALT 20 score. We plan to report the data from this treatment extension in April. To that end, we will initiate a quiet period beginning April 1 until we unblind and report the data from the treatment extension. As a reminder, the only available systemic therapies that are FDA approved for the treatment of alopecia areata are JAK inhibitors. But these contain a number of black box warnings and laboratory monitoring requirements. Nearly all patients also experience hair loss after treatment cessation. With the limited treatment options available in alopecia areata, we believe there is a unique opportunity for a novel immune modulating Treg mechanism like Respec to offer attractive dosing as compared to a daily pill and a potentially more favorable safety profile. Following our 16-week treatment extension data, we expect to hold our end of phase 2 meeting with the FDA for alopecia areata in the second quarter of this year. And following that, we plan to share more about our plans for advancing into phase 3. Before I move on to our earlier antibody program, I want to mention our ongoing phase 2 study with Respag for type 1 diabetes. This study, sponsored and funded by TrialNet, is evaluating Respag in patients with new-onset stage 3 type 1 diabetes. Per protocol, patients will be randomized 2:1 versus placebo, and receive Respag every two weeks for six months. The study is broken into three cohorts beginning with adult subjects, ages 18 to 45, and moving into patients as young as 12, and then 8 years of age. We are excited to be working with TrialNet. This consortium of type 1 diabetes specialists in the U.S. also ran the first studies for Tisdale, also known as teplizumab, in type 1 diabetes. They have a strong commitment to finding and evaluating new therapies that can help patients with this devastating diagnosis. We believe and expect initial data from the trial that sponsored phase 2 sometime in 2027. One of the important paradigms of our work is that, by creating a first-in-class Treg targeting approach like RESTPAC, we have confirmed what we have always felt as immunologists, that Tregs were essential for so many different diseases and that they could be therapeutically targeted for disease treatment. Based upon low-dose IL-2, and Treg biology, either genetically or assessed clinically, we know that there are so many indications beyond what we are exploring in our current phase 2 studies that are potential opportunities for Respect. These include therapeutic areas such as our skin, and autoimmune diseases, THC such as food allergies, or asthma where we have already seen a signal, and chronic rhinosinusitis. It also includes skin disorders such as dermatomyositis, and also potentially immune diseases such as Sjogren's syndrome. As we advance Respag in phase 3, we look forward to the possibility of generating additional proof-of-concept data in additional indications which could expand the future label for RespEx. Moving on to our earlier pipeline programs. NKTR-0165 and NKTR-0166, our TNFR2 agonist and bispecific programs. We expect to present preclinical data from this program at a scientific conference in 2026. This molecule has a very high specificity for signaling through TNFR2 on Tregs to enhance and optimize their ability to regulate the immune system, which we believe could be impactful to multiple sclerosis, ulcerative colitis, vitiligo, and other I&I indications. In the first quarter, we announced an academic research collaboration for NKTR-0165 with Dr. Steven Hauser at UCSF to explore the potential role of TNFR2 agonism in the reduction of neurodegeneration, promotion of neuroprotection, and cell repair. The work being funded by UCSF will look at Nektar-0165 in patient-derived B-cell models of multiple sclerosis. We are looking forward to working with Dr. Hauser to inform future development work for this important molecule. Leveraging our learnings from the development of NKTR-0165, we have designed a bispecific molecule called NKTR-0166. This bivalent antibody incorporates a TNFR2 agonist epitope and an antagonist epitope that has been previously validated in the treatment of rheumatology diseases. As a dual agonist/antagonist of known pathways, NKTR-0166 has the potential to modify disease pathogenesis in a number of autoimmune disorders. And we are planning for IND submission for one or both programs in 2027. And with that, I will now turn it over to Sandy to cover the financials. Thank you, Jay