Fady Malik
Analyst · Chad Messer from Needham & Company
Thanks Andy. As Robert mentioned CK-107 is now advancing in four mid stage clinical trials and under our collaboration with Astellas and both Neuromuscular and non-Neuromuscular disease or conditions in which impaired muscle function and weakness play a meaningful role. These include vital muscular atrophy, chronic obstructive, pulmonary disease, and ALS. CK107 has a same mechanism of tirasemtiv, but it was selected and optimized from a distinct chemical series. We found in our Phase 1 clinical trial program, CK-107 may have a more favorable tolerability profile relative to tirasemtiv with regard to like headiness and other potential adverse effects. All four mid stage trials are well underway and we expect an out result from all of them in 2018. Dated from our ongoing Phase 2 clinical trial CK-107 in patients with spinal muscular atrophy or SMA, are expected in Q1 in 2018. Now this trial is near in completion of enrollment and may generate data that we hope will provide the basis for testing in Phase 3 and a population of adolescence in adult patients with SMA. So, despite recent advances of therapists directed that the genetic cause of SMA, we believe patients may still have residual muscle, this function and weakness. We believe maybe uniquely position to provide complementary therapy such as CK-107 which could become a partner of choice with these other treatments. Transitioning to a problem now is far different scale, given the preclinical data showing that CK-107 and other FSTA, increase muscle force, power, and the time muscle fatigue. The mechanism of action may also let itself to treatment in aging population. Despite research and media attention focused on increasing lifespan, we believe there isn’t enough focus on improving functional quality of extended lifespan or we might say prolonging health span. As patient’s age, they often move the ability to perform task of daily living like climbing stairs or doing household chores, it can be partly due to early fatigue ability of skeletal muscle and even the loss of skeletal muscle mass, condition called Sarcopenia. And, CK-107 can improve muscle function, exercise performance, and stamina, maybe it will preserve aging person’s ability to perform tasks and maintain independence. By 2050 America’s population over the age of 65 years old as expected to store 88 million. In addition, the global population people aged 80 and older is expected to more than triple over the next three decades reaching nearly 500 million. We are optimistic about potential of our skeleton troponin activators to address this growing health challenge. And, we look forward to the first glimpses into the potential in 2018 with data from our Phase 3 trial with CK107. Altogether the results of these four trials of CK-107 that are expected in 2018 represent additional [indiscernible] following the results of VITALITY-ALS expected later this quarter. So, you can expect significant news flow from our fast skeleton troponin activator program over the next year. Now I want to move to our cardiac muscle program and provide an update on omecamtiv mecarbil GALACTIC-HF. we recently announced that the first patient in Japan had been dosed in GALACTIC-HF which earns Cytokinetics a $10 million milestone payment from Asian. The trial remain unscheduled with over 500 clinical phase activated and patient enrollment proceeding and accord with our agreed plan. We’re also engaging with clinical investigators and FDA to finalize the protocol for our plan second Phase 3 trials omecamtiv mecarbil which is intuitive evaluates potential increase exercise performance and its potential reverse progress of enlargement of heart patients of heart failure and effect called often reverse modeling. We expect to have more to say about these plans in 2018. Next let me comment on analyses of COSMIC-HF Phase 2 clinical trial of omecamtiv mecarbil, we previously reported on like Dr. John Teerlink recently presented at the Heart Failure Society of America Scientific Meeting. The analyses compared the effective omecamtiv mecarbil in patients with heart failure is a consequence of coronary artery disease or ischemic heart failure, to those who have nonischemic heart failure. The secondary analyses suggested omecamtiv mecarbil produce similar results with regard to cardiac function, heart rate, and biomarkers including troponin as well as adverse events in patients with either ischemic or nonischemic etiology of heart failure. The lack of a difference in ischemic events or in troponin increase between both groups, aposiopesis at the increase in troponin and patients treated with omecamtiv mecarbil is not due to myocardial ischemia. These analyses are also supportive of the rationale from rolling both types of heart failure patients in GALACTIC-HF. Finally in regards to research, this has been especially productive period Cytokinetics and our partners. We are working on several next generation muscle biology directed programs and our enthusiastic about advancing potential drug candidates that may offer advantages relative to drug candidates currently in clinical trials. This advancing programs some within our collaborations and sponsored by our partners maybe to doubling our development pipeline in 2018 as well as new opportunities to expand the clinical footprints of our programs well beyond our current activities. They may also connect to work we are doing now in the specialty disease segments of muscle dysfunction to chronic conditions characterized by muscle weakness and that can lead to new treatments to increase the health span of an aging demographic. So, we look forward to showing more about our exciting progress in R& in 2018. With those updates, I’ll now turn the call over to Pete to provide an update on our financial.