Eric Adams
Analyst · Edison Group. Max, please go ahead
Thank you, Josh, and good day to everyone. We thank you for joining our inaugural quarterly conference call. We believe this teleconference will serve as a positive step in our ongoing initiative of improving our transparency and facilitating more frequent discussions of our advancements and ongoing strategic initiatives. I’d like to open the call today by discussing developments in our biosynthesis program, as well as our upcoming goals and initiatives. As you know, we are developing our biosynthesis program in order to allow InMed and potentially other companies through licensing partnerships to access cannabinoids that are typically found in only very limited quantities in the plant. However, these cannabinoids, which we often refer to as minor cannabinoids may nevertheless hold significant potential to treat human diseases This process involves manipulating the genetic makeup of a bacteria called E. coli, in order to enable the laboratory-based production of cannabinoids in a pure form that is identical to what the plant makes, but in much larger quantities. There are three main components of our biosynthesis development program that will take us from where we are now, which is laboratory scale process development to where we hope to be with – within a year from now, which is having the defined production process leading to commercial scale-up. The first component of our program is being conducted in collaboration with our partners at the University of British Columbia, or UBC. We have been working with the laboratories of Dr. Vikram Yadav for – at UBC for over three years now, and the work there is to understand the genetic sequence needed to optimally produce cannabinoids in bacteria. This work has led to several novel scientific findings for which we are in the process of seeking patent protection. These patent applications will cover steps needed to assemble a sequence of several genes, which are assembled into a vector to optimally produce individual cannabinoids. These gene sequences have been tested at UBC at benchtop scale to demonstrate their functionality and to establish proof-of-concept. As we continue to explore the gene sequence for the 90-plus different cannabinoids, our collaboration with UBC will continue into the foreseeable future. Second, we are in the process of finalizing our selection of certain contract manufacturing organizations, or CMOs, to assist us in optimizing the fermentation conditions needed to maximize cannabinoid production in a bacterial system. We referred to fermentation as the upstream manufacturing component. The process of using bacteria to manufacture pharmaceutical products is very well-established. The CMO that we ultimately select will enable us to expedite the fermentation optimization stage of our development program. The third component of our biosynthesis process is to take the fermentation broth and separate the cannabinoid drugs from the other materials in the mixture. We refer to this as downstream purification. Here too, we have been vetting a number of reputable and experienced potential CMO partners and are nearing our final decision. We will be working with the selected CMO to identify the best purification process and then test the process at increasing scale. At that point, we will then combine the up and downstream components into one complete manufacturing process. To reiterate, in both manufacturing components I discussed above, we are in advanced contract discussions with CMOs. The culmination of these activities will result in the identification and initial validation of a patented process for the bacteria-based manufacturing of cannabinoids. I’d now like to report on our progress with our most advanced R&D program, INM-750, for the treatment of a severe orphan disease called epidermolysis bullosa, or EB. During the quarter, we continue to optimize the formulation for INM-750, as well as ongoing IND-enabling pharmacology and toxicology studies. Towards that end, we have begun or plan to begin shortly a number of preclinical studies, and I’d like to highlight just a few of these studies for you. Number one, the selection of a final topical formulation, which we expect to complete by the end of December 2018. We continue to develop the INM-750 formulation to achieve the optimal skin penetration levels for targeting EB. Number two, the completion of pharmacology studies, which we also expect to complete by the end of December 2018. As previously mentioned, we are conducting additional experiments to augment our understanding of the pharmacological roles of each component in INM-750. And three, the completion of preclinical studies in preparation for a pre-IND meeting with regulatory authorities and the subsequent IND filing, seeking permission to initiate human clinical trials. We are significantly engaged in designing and executing a comprehensive suite of preclinical pharmacology and toxicology studies. There are two different sets of these studies. The first group that we will complete prior to meeting with regulatory authorities, which will serve as the basis for detailed scientific discussions. These are slated to be completed by the end of December 2018. Examples of this first set include initial in vitro toxicity and dose range finding studies. The second set of studies to be completed in calendar year 2019 will be based on the outcome of those regulatory discussions to prepare and enable an IND submission. Examples of the second set of studies include additional safety pharmacology studies and GLP repeat dose studies. I should point out that we use the term IND generically to refer to the initial discussions and filing procedures with any regulatory authority, and that the company has not yet determined in which jurisdiction we will seek to conduct our initial clinical trials. We continue to believe that we’re on track to begin discussions of our clinical development plans with regulatory authorities in the first-half of 2019, and for an IND filing for INM-750 in the second-half of 2019. With regard to human resources, the company is currently well-staffed with a highly experienced and capable team. Dr. Ado Mohammed, who has acted as our Chief Medical Officer over the past years has transitioned to the title of Senior Consultant for Medical Affairs. However, his role with InMed remains essentially unchanged. In addition due to our recent R&D growth, we have initiated recruiting process to add a senior level individual for Chemistry, Manufacturing, and Control, or CMC, to help lead the numerous formulation development activities and to assist in preparation of the documentation leading to the IND filing in the second-half of 2019. I’d now like to turn the call over to our CFO, Jeff Charpentier, for a review of our financials. Jeff?