Thanks very much, Rick. Let me start by updating you on the status of TD 4208, our Phase 3 ready program in chronic obstructive pulmonary disease or COPD which we partnered with Mylan earlier this year. 4208 is an investigational, once daily long-acting muscarinic antagonist or LAMA for COPD. What's most valuable and exciting about 4208 is its potential to fill an important therapeutic need for patients with COPD needing or prefering nebulized therapy. 4208 has the potential to become the first once daily nebulized bronchodilator for the treatment of COPD and to become the standard of care in nebulized bronchodilator therapy. We and our partner Mylan view this as a compelling market opportunity. Our major goal for 4208 is to initiate the full Phase 3 registrational program in the second half of this year. In collaboration with Mylan, we have made significant progress in establishing the clinical infrastructure for the program. We plan on conducting two replicate three-month efficacy studies, which we anticipate will readout in 2016 and a single twelve-month safety study, which we anticipate will readout in 2017. In total, we expect to enroll approximately 2,200 patients in the Phase 3 program. We are excited by the progress we are making to get the Phase 3 program up and running and believe that 4208 is one of our company's high-value asset, leveraging our significant expertise in respiratory disease and directed towards an important market segment that's largely underserved today. Next, let me discuss two exciting programs emerging from our research organization. These programs are in transition between research and development and are both headed towards Phase 1 studies late this year or early next year. Both of these programs have the potential to yield transformative medicines. I will begin with our neprilysin inhibitor program. Neprilysin or NEP is an enzyme that degrades natriuretic peptides. These peptides play a role in blood pressure and cardiovascular tissue remodeling. In addition, neprilysin potentiates these natriuretic peptides, which can lead to reductions in mortality and morbidity in patients with congestive heart failure or CHF. The mechanisms of this benefit include diuresis, control of blood pressure and importantly reversing maladaptive changes in heart and vascular tissue. Our primary intent is to combine a NEP inhibitor and an angiotensin receptor blocker or ARB to create a combination medicine product for the treatment of CHF. This emerging class of medicine has the potential to represent a paradigm shift for the treatment of CHF. In addition to NEP-ARB, we are actively considering combination of NEP with other mechanisms for treatment of heart failure. We are also considering indications other than CHF and routes of administration other than oral. Last year, Novartis' LCZ696, which combines their NEP inhibitor sacubitril with an ARB valsartan demonstrated an impressive 20% reduction in cardiovascular death in hospitalization compared to standard of care enalapril. This result validates our internal hypothesis that modulating both the rennin-angiotensin pathway by AT(1) blockade and the natriuretic peptide pathway by a NEP inhibition and doing so simultaneously would confer significant benefit to patients suffering from CHF. For those with strong interest in this area, eminent cardiologist Eugene Braunwald very recently authored an excellent review of this concept in the Journal of the American College of Cardiology. As far as we know, outside of the LCZ696 program, we are the only company making significant progress in this important area. While the results of the LCZ696 program were groundbreaking, there are some important limitations to sacubitril that we believe we have considerable room for development of a best-in-class product for CHF. First and importantly, LCZ696 is a fixed one-to-one combination of valsartan and sacubitril. This one-to-one fixed ratio limits the ability to optimize the safety and efficacy through independent variation of the two pharmacologies. Second and equally important is the finding that sacubitril is cleared primary primarily through the kidney. Many patients with CHF have varying degrees of kidney dysfunction slowing the elimination of sacubitril from the circulation. When kidney cleared drugs are given to patients with kidney dysfunction, the doses are typically lowered to maintain therapeutic exposure, but with LCZ696, this strategy is not possible because it is in a fixed combination with valsartan and which importantly is not cleared by the kidney. If one were to lower the dose of this product, one would therefore underexpose patients to valsartan. Patients with severe kidney dysfunction were excluded from the registrational program for LCZ696. There are over 10 million patients with heart failure in the G7 countries, with well over a million of these patients also in severe renal dysfunction. It's noteworthy that patients with CHF can experience significant fluctuations in their renal dysfunction. A key third limitation is that 14% of LCZ696 patients in these studies experienced episodes of symptomatic hypotension versus 9% on standard of care enalapril. For these reasons, we believe there are meaningful limitations of LCZ696 and that our NEP inhibitor product candidates have the potential to be best-in-class. Our NEP inhibitors could be combined with a wide range of ARBs including those with demonstrated benefits in heart failure, for example candesartan and best-in-class efficacy hypertension, for example eprosartan. Our plan is to design a combination with our choice of ARB, defined optimal fixed dose combinations based on optimization of both safety and efficacy. Preclinical studies have shown that are neprilysin inhibitors are not clear through the kidney and we project that renal clearance will not be clinically significant. If our preclinical projections prove accurate clinically, our NEP inhibitor could be dosed in patients with all levels of renal dysfunction. We believe that we have the opportunity to create a best-in-class product targeting a broad population of patients with heart failure. Today, we have identified development candidates that are progressing through IND enabling GLP toxicology studies and our target is to advance the most attractive compound in the first 10-man studies either late this year or early next year. Next, as we discussed at our Investor and Analyst Day in December, we changed the direction of our research efforts several years ago and began to focus on immunology and diseases of the lung and GI tract. Our stated intent was to make localized medicines for localized diseases, designing compounds with the ability distribute adequately to the tissue of the GI tractor lung but without systemic exposure and therefore without the risks and safety liabilities of systemic exposure. The first program to emerge from this new focus is for the treatment of GI disease. Specifically, we are working on a novel treatment for ulcerative colitis and potentially other gastrointestinal inflammatory conditions. It is estimated that in the U.S. there 680,000 patients with ulcerative colitis and the current treatments have limited efficacy that can diminish over time or may be inappropriate for long-term use, given their significant safety issues. Ulcerative colitis or UC is a complex, heterogeneous disease for which optimal therapy may require targeting multiple inflammatory pathways at the same time. Anti-TNF antibody therapies are beneficial to patients with UC but leaves substantial room for improvement. Novel agents are needed to treat this severe refractory acute disease and provide a sustained response to maintain patients in remission. I am pleased to report that we now have a development candidate we are progressing into IND enabling GLP toxicology studies. Our candidate has been selected from an attractive set of lead compounds that have been extensively characterized. Our candidate inhibits a target that we have not yet disclosed, but that affects multiple inflammatory pathways. In preclinical studies in two species, we have shown that our compound is delivered orally, gets into the colon and remains in the colon wall and is efficacious in key models of GI information with minimal systemic exposure. We intend to advance this program into the clinic late this year or early next year if the GLP toxicology studies are supportive. It's definitely an exciting time for R&D at Theravance Biopharma. Rick, now back to you.