Jeffrey Riley
Analyst · RBC Capital. Please go ahead
Thank you Vincent, and good morning everybody. Thanks for joining our call this morning. During the third quarter of 2016, Synthetic Biologics achieved several important milestones, both inside and outside of the clinical. With the announcement of clinically significant results from Phase 2 clinical trials for both of our lead microbiome-focused programs. During the first half of the year we began our transition from an early stage clinical development company focused primarily under our discovery to clinical development -- late stage clinical development company focused on advancing our programs towards commercialization. Our clinical momentum during the third quarter continue to fuel this transition and I'd like to start our call this morning by providing a brief recap of our operational and clinical achievements since the beginning of the third quarter. SYN-004 or as it's called today ribaxamase, is our first-in-class oral enzyme designed to degrade certain IV beta-lactam antibiotics which are excreted into the gastrointestinal tract and to predict or preserve the naturally occurring ecosystem of micro-organisms in the gut microbiome, for the prevention of Clostridium difficile infection, antibiotic-associated diarrhea, and the emergence of antibiotic-resistant organisms. During the third quarter of 2015, we initiated our global phase 2b placebo controlled proof-of-concept clinical trial to assess whether ribaxamase may prevent CDI, CDAD and AAD in patients who are hospitalized with a lower respiratory tract infection and receiving IV ceftriaxone, an interim analysis was built into this study whereby an independent interim analysis committee would assess the rate of CDI and AAD in the patient population to determine whether our study was adequately powered. During the third quarter and following the completion of this interim analysis in which we remain blinded to all study data and no safety issues were reported, the IAC advised Synthetic Biologics' to continue the study as per the protocol without modification indicating that the study was adequately powered and should continue as planned. Following the completion of the interim analysis, enrollment of 413 patients had occurred in the Phase 2b trial exceeding the desired 372 patients outlined in the study protocol. These better than expected numbers allowed for the successful completion of the enrollment requirement for this clinical trial during the third quarter. All ongoing patients are expected to continue through the follow-up period in order to complete this study. Consistent with the results previously demonstrated by a Phase 2 study conducted in Europe by IPSAT, we believe ribaxamase has the ability to prevent the spread and occurrence of antibiotic resistance in organisms present in the gut and expose to certain residual IV antibiotics. During the third quarter we announced the award of a research contract from the Centers for Disease Control and Prevention as part of the CDC's antibiotic resistance solutions initiative. This government sponsored initiative is intended to assess how selective pressure from IV antibiotics may lead to the emergence of antibiotic resistance in the gut microbiome. Continued exposure, overuse and misuse of antibiotics may cause micro-organisms to develop resistance to anti-microbial agents. Research shows such resistant strains of micro-organisms maybe capable of transferring resistant genes between with other species increasing the threat of a superbug epidemic whereby commonly administered antibiotics maybe rendered ineffective. Funding from the CDC will support our research to evaluate ribaxamases ability to reduce selective pressure associated with antibiotic-mediated resistance in the gut microbiome's of patients enrolled in our Phase 2b clinical trial. By examining DNA obtained from patient samples, we will compare the incidence of antibiotic resistance in the gut microbiome before, during and after patients are treated with either ribaxamase or placebo to determine whether ribaxamase may prevent the onset of anti-microbial resistance. We anticipate announcing top line results from our Phase 2b proof-of-concept clinical trial during the first quarter of next year. I'm now going to switch to SYN-10, our IBS drug. It is -- again, SYN-10 is our proprietary modified release formulation of lovastatin lactone designed to target the methane-producing function of certain microorganisms in the gut with minimal disruption to the natural balance of the gut microbiome. In previously reported studies, methane was shown to be the foremost causative factor of the symptoms associated with IBSC. It follows then that by reducing methane production in the gut of IBS-C patients, SYN-10 has the potential to become a best-in-class in chronic treatment for the cause of the constipation, abdominal pain and bloating patients diagnosed with IBSC experience as a result of this disease. Unlike other marketed or development stage therapies which treat the symptoms associated with IBSC, our goals develop a solution to the underlying problem. During the third quarter we participated and entered Phase 2 meeting with the FDA representing a pivotal and critical clinical milestone for SYN-10 and Synthetic Biologics. During the collaborative discussion with the agency, data from two previously reported Phase 2 clinical trials of SYN-10 were reviewed. Following our discussion, the determination was made to advance SYN-10 into Phase 3 clinical trials. This critical milestone brings us closer towards our goal of making SYN-10 commercially available and providing long-term relief to the millions of people suffering from IBS-C. With guidance from the FDA we are developing a phase 2b three adaptive design for study for our first pivotal trial. On a particular note we intend to broaden the potential patent population beyond IBS-C patients with high breath methane in the study and evaluate SYN-10's efficacy for treating IBS-C patients who present at screen with low breath methane levels. Our clinical development team continues to collaborate with the FDA to determine the optimal clinical pathway to advance SYN-10 into pivotal trials. To-date, we have submitted a study protocol design and correspondence statistical analysis plan and are waiting the agency's feedback. Given the well documented and robust safety profile for lovastatin, we believe we can utilize a 505(b)(2) regulatory pathway as we progress through the clinic towards an NDA. We anticipate initiating this first pivotal clinical trial for SYN-10 during the first quarter of 2017 and look forward to sharing additional details of the study design following feedback from the FDA. Before turning it over to Steve for discussion of our financial results, I'd like to quickly address our capital position. During the third quarter, we continue to operate in an efficient manner and as of September 30, 2016 cash and cash equivalents were $4.5 million. Synthetic Biologics' clinical progress for ribaxamase and SYN-10 leaves us well positioned to advance both lead microbiome focus programs into Phase 3 development. To do so, we intend to strengthen our balance sheet and continue to evaluate capital raising strategies which would allow us to benefit from our recent clinical momentum. Such strategies may include assessing, accessing the equity capital markets or potentially leveraging relationships with our loyal investors or continuing to utilize a recently filed aftermarket offering as necessary. We continue to evaluate and engage in collaborative discussions with potential domestic and international partners for both of these programs. At this time, I'd like to turn the call to our Chief Financial Officer, Steve Shallcross. Steve?