Thomas Isett
Analyst · Alliance Global. Your line is open
Thank you, John and good afternoon everyone. As this is our inaugural call, we'll spend a little more time discussing developments that have occurred over the past several months than we normally would before turning to our near-term plans. The first to put the scope of iBio's transformation into perspective it might be helpful to reflect on our position this very time last year. We were operating a very small business that focused almost exclusively on contract manufacturing. We had little industry brand recognition. We were working on the design of a plant-based production facility for one major client that had slowed and our work for another new client was taking longer than expected to ramp up. We had two product assets whose development had essentially stalled. Our cash position was just over $2 million and our stock price was around $0.13 which translated into a market cap below $10 million. So in December 2019, we launched a new strategy designed to leverage our rebranded FastPharming technology platform and put it as well as our 130,000 square foot manufacturing facility to work producing our own proprietary products. We were able to achieve this in part because a few months earlier we've begun development of our Glycaneering technology. This tech enables us to better control the way in which our plant-based system glycosylates proteins thereby improving the quality and in some cases the efficacy of the biologics we produce with it. So we launched it as a service in December and also began to use the technology in conjunction with our FastPharming system to restart work on our own biopharmaceuticals and evaluate recombinant proteins for use in research and bioprocessing applications like 3D bioprinting. So by mid-January we had reinvigorated activity related to our anti-fibrotic disease candidate iBio-100 and our classical swine fever subunit vaccine iBio-400 and we refocused our efforts with our two major services clients and began to see more awareness of an interest in our FastPharming and Glycaneering development services. That was a result in part of some of our marketing efforts as well as interaction with industry trade groups like the advanced regenerative manufacturing institute which supports the emerging bio fabrication and 3D bioprinting industries. We'd improved our cache position somewhat and began to think about other new products and service opportunities using our proprietary technology platforms including virus-like particles or VLP based vaccines as well as cancer therapeutics that could be enabled with Glycaneering. So the FastPharming and Glycaneering technologies in addition to certain technologies and product candidates we have developed over the years are covered by 106 issued patents with 37 of those issued in the U.S. We have 20 patent applications pending and plan to continue to strengthen our IP portfolio with additional filings. So by that point in January 2020 about mid-month we were confident in our ability to deliver on a product and service strategy based upon our FastPharming system which offers many advantages. For instance first a faster time to clinic by shading months off with traditional mammalian cell development types. Second FastPharming is easily scalable because each little plant has its own bioreactor. So unlike competing systems which face production challenges moving from a few milliliters to 2000 liter bioreactors in mammalian-cell culture our scallop is achieved by simply growing more plants. Third, it can produce a wide range of proteins and glycoproteins including monoclonal antibodies, antigens virus-like particles, enzymes, bioinks, growth factors and cytokines most of which can all be enhanced using our Glycaneering technologies. Fourth, there are lower contamination risks since mammalian viruses and prions can't grow in plants and finally amongst the number of other advantages that I won't mention the FastPharming system is eco-friendly as it avoids the single-use plastic disposables often implemented during mammalian cell-based biologics production. Needless to say by late January 2020 the emerging COVID-19 pandemic began to take shape. Even though we had only just initiated our change from a CDMO services only model to include more proprietary product development we quickly shifted our focus on the SARS-CoV-2. At the time we assumed this coronavirus outbreak would be short-lived much like SARS-1 and MERS before it but we nevertheless saw the opportunity to bring our capabilities to the task such as our FastPharming manufacturing facility located in Bryan, Texas. That factory was originally built in 2010 with funding from the Defense Advanced Research Projects Agency or DARPA is part of the U.S. Department of Defense's Blue Angel initiative. That initiative aimed to establish facilities capable of rapid delivery of medical countermeasures in response to a disease pandemic. As the FastPharming system uses a relative of the tobacco plant as the bioreactor in the FastPharming factory that plant is equipped with automated hydroponics and vertical farming systems for large-scale manufacturing of recombinant proteins. So only one week after the World Health Organization declared COVID-19 a global pandemic we announced that we created SARS-CoV-2 VLP-based constructs using the FastPharming system. We subsequently filed four associated provisional patent applications. We also then became the 20th member of the alliance for biosecurity. The alliance supports national health security by advocating for public policies and funding to support the rapid development, production, stockpiling and distribution of critically needed medical countermeasures. Our VLP-based vaccine candidate iBio-200 is designed to mimic the SARS-CoV-2 viruses glycosylation profile which may allow for more efficient uptake of the vaccine by human antigen presenting cells potentially resulting in enhanced protection. With that theory in mind we initiated immunization studies for iBio-200 at Texas A&M University systems or TAMUS, laboratory shortly after announcing the program. We also expanded our iBio-200 vaccine collaboration to include the Infectious Disease Research Institute or IDRI to benefit from its vaccine development expertise as well as its portfolio of novel adjuvants. Recognizing the severity and urgency of the pandemic we initiated our second COVID-19 vaccine program by iBio-201 in June. While this further validated our ability to innovate, it also allowed us to put another vaccine candidate into the race mitigating the development risks associated with any pre-clinical program. iBio-201 is based on a subunit platform that combines antigens derived from the SARS-CoV-2 spike protein fused with our patented LicKM booster molecule to enhance immune response. The addition of the LicKM booster to a subunit antigen may improve the likelihood of achieving single dose, prolonged immunity while also increasing manufacturing capacity through the increased potency. iBio-201 was also tested with [indiscernible] with a range of injuries adjuvants. While that was ongoing in August we obtained an exclusive license to planet biotechnology's COVID-19 therapeutic candidate ACE2-Fc . It is a recombinant protein comprised of human angiotensin converting enzyme 2 or ACE2 fused with human immunoglobulin G Fc fragment. It's an immunoadhesion ACE2-Fc targets the coronavirus virions directly by using the ACE2 extracellular domain as a decoy to bind despite protein and block infection of healthy cells while the fused Fc domain prolongs the life of the protein and blood circulation. As ACE2 also is the target receptor for the coronavirus's entry into cells we believe the candidate will bring the benefit of a traditional neutralizing antibody while prospectively limiting the potential for viral. ACE2-Fc has demonstrated the ability to block the SARS-CoV-2 virus from infecting Vero E6 cells in an in-vitro studies conducted by Planet biotech. In September, we selected iBio-201 as our leading COVID-19 vaccine candidate based on its production of higher anti-spike neutralizing antibody titers than iBio-200. We recently selected a contract research organization to support toxicology studies for iBio-201 and initiated discussions with the U.S. Food and Drug administration regarding the program. We are also continuing pre-clinical development of our VLP platform as a potential plug-and-play vaccine development system. As you probably have heard while final peer-reviewed data is still forthcoming Pfizer and Moderna have recently reported success in later stage trials of their COVID-19 vaccine candidates. These companies are to be applauded for their remarkable accomplishments and we sincerely hope that one or both of their vaccine candidates will be approved and successfully deployed. That said at this point some questions remain about durability, effectiveness in the elderly, safety manufacturing and global distribution and access. Also vaccines can and do often still fail late in clinical development. The experts with whom we have consulted suggest that those factors point to the continued need for a number of COVID-19 vaccines to remain in development. So given how much remains to still be understood about the disease combined with what we have seen in pre-clinical studies so far it really is incumbent upon us to continue our COVID-19 vaccine development activities. Meanwhile, in addition to adding two proprietary COVID-19 vaccine candidates in COVID-19 therapeutic candidate to our pipeline in 2020 as I mentioned earlier we resumed development of two legacy biopharmaceutical programs. iBio-100 and 400. iBio-100 is an endostatin E4-peptide anti-fibrotic candidate being developed for the treatment of systemic scleroderma and idiopathic pulmonary fibrosis. iBio-100 was previously granted FDA orphan drug designation for treatment of systemic scleroderma. It has been shown to reduce fibrotic symptoms in pre-clinical studies. We are currently working towards starting the last of our IND enabling studies for iBio-100 followed by CGMP manufacturing in the hopes that we have a molecule that can help meet current critically unmet medical needs in fibrotic disorders Meanwhile developed in collaboration with the Institute of Infectious Animal Diseases [indiscernible] as well as Kansas State University iBio-400 is an E2 classical swine fever vaccine candidate. Classical swine fever is a contagious often fatal disease affecting both feral and domesticated pigs and outbreaks have occurred in Europe, Asia, Africa and South America and recently in Japan specifically. iBio 400 has demonstrated complete protection and challenged pigs after a single dose vaccination and is accompanied by strong virus neutralization antibody responses. We're presently planning an efficacy study for June with a large safety study to follow later in 2021. To help drive this project forward we recently hired Dr. Melissa Berquist to fill the newly created role of head of animal health programs. Melissa came from Tamu where she served as director institute for infectious animal diseases and we are excited to welcome her to our team. Having expanded our biopharmaceutical pipeline in 2020 I'd like to point out that our CDMO services and plans for our research and bioprocess proteins products represent important near-term revenue generating opportunities. We aim to have these offerings provide non-diluted funding for our biopharmaceutical development programs. We also continue to work with CDMO clients to support several development programs including United Therapeutics for their development of a recombinant human collagen-based bioink for 3D bio-printed organ transplants. Argent's biosimilar rituximab for the African continent and CC pharming's bio better for China as well as other new customers. Additionally Safi Biosolutions have recently selected iBio as its source of recombinant proteins as cell culture supplements for its blood cell therapy program. As part of the relationship with Safi we have the opportunity to build our own portfolio of research and bioprocess products by virtue of the fact that any proteins not designated as customs by Safi can be commercialized by iBio. We plan to begin offering a new catalog of high quality research and bioprocess proteins by mid calendar 2021 initially focused upon growth factors and cytokines. To support iBio's continuing transformation we recently sought to bring more biopharmaceutical development subject matter expertise to the task while increasing our bench strength and enhancing our leadership team. So now I'm pleased to welcome three new board members Dr. Linda Armstrong, Dr. Alexandra Kroptova, and Mr. Gary Sender. Linda has more than 20 years of experience in respiratory diseases and therapeutics a board-certified pulmonologist and internist she served in a variety of roles at Novartis since 2007 and most recently is its global head of the respiratory development unit. Linda served as medical safety director and subsequently as senior director of medical affairs advisor and his group director respiratory diseases at the sharing plow research institute. Alexandra is a biopharmaceutical executive with expertise in all phases of global clinical development, translational medicine and medical affairs All right. Well, the joys of a live conference apologies everybody but as I was saying Alexandra is a biopharmaceutical executive with expertise in all phases of global clinical development, translational medicine and med affairs and since 2016 she served as VP global specialty R&D respiratory and inflammation therapeutic area at Teva pharmaceuticals. Alexandra previously served in various roles at Sanofi and Pfizer most recently is Pfizer's director and head of global clinical respiratory and analgesics. Both Linda and Alexandra have been appointed as members of our new Science and Technology Committee. The S&T Committee has already provided valuable insights to us relative to new opportunities we've identified in pulmonology and oncology. Gary has more than 25 years of financial leadership experience in organizations ranging from large multinational pharmaceutical firms to early stage biotechnology companies. He joins us from Nabriva Therapeutics where he was the CFO since 2016. He previously served as Synergy Pharmaceuticals executive VP and CFO at a Shire senior vice president of finance and administration followed by its senior vice president of finance. Gary is now chair of our audit committee and joined by long-time members Glenn Chang and Seymour Flug. Gary has also been appointed to the board's compensation committee. We also recently made a key addition to our management team announcing the appointment of Randy J. Maddux as chief operating officer effective December 1st. Randy joined us from Aptevo Therapeutics where he was Senior Vice President and Chief Manufacturing Officer. He's got more than 20 years of global biologics development and manufacturing, business development and relationship management experience. Randy was previously VP and site director at Glaxosmithkline, VP of quality and operations of Human Genome Sciences and helped positions of increasing responsibility within Biogen's quality organization. During his career he served in key roles supporting the licensure and launch of several products including Avonex®, Tysabri®, Benlysta and Abthrax. On behalf of everyone at iBio I'd like to extend our warmest welcome to the new members of our leadership team, their combined experience and expertise should be invaluable as iBio executes in the next phase of our growth strategy. Also sadly we're sorry to say goodbye to our esteemed Dr. Phil Russell who recently had to step down from our board due to health reasons. We'll be posting to our website a short tribute to our own Dr. Phil later this week and I'd invite you to read a little bit about this true giant in the world of vaccinology. In summary, the past four quarters have been a pivotal period for iBio during which we transition from a business model focused on CDMO services to one that also includes the development of our own proprietary products. I'm proud that iBio's existing capabilities, expertise and experience enabled us to quickly respond to the growing global needs for COVID-19 vaccines and therapeutics. This is precisely what our state-of-the-art facility was designed for and while the company selected for participation and operation warp speed had been involved in clinical vaccine development for many years while iBio had only begun to focus on proprietary product development just a few short weeks before the pandemic hit. I'm nevertheless pleased that iBio is in position to potentially still play an important role in the pandemic response. Of course beyond COVID-19 we are also targeting large market opportunities in other infectious and fibrotic disease categories and potentially cancer. In addition the 3D bioprinting market is growing rapidly and iBio is well-positioned to participate. We continue to expand our portfolio with new products and services we can bring to market more quickly than biopharmaceuticals. With a new and expanded leadership team deploying our technologies and capabilities into exciting new markets we are looking forward to continually aggressively executing on our new strategy and help meet critical unmet medical needs while returning value to our shareholders. Thank you and with that concluding our introductory remarks we're happy to take any questions you might have. Operator?