Lance Alstodt
Analyst · the Maxim Group. Michael, your line is live
Thank you, Steve, and good afternoon, everyone, and welcome to our inaugural quarterly conference call. On behalf of the management team and everyone at BioRestorative, I'd like to thank you for your interest in our company and for those of you who are shareholders and analysts, we appreciate your support. We as a company, we've come a long way since our very beginnings now with two active programs in development and a commercial line of business that is very well positioned for growth and on the verge of really making an impact on our operations. With that, I'd like to ask Francisco Silva, VP of Research and Development, to provide an overview and an update on our business lines. Francisco Silva Thanks, Lance. For the benefits of those who are new to the BioRestorative story and since this is our first ever quarterly investor call, I would like to take the moment to briefly describe our clinical BRTX program and our preclinical ThermoStem as well as our pipeline programs. Our lead cell therapy candidate, BRTX-100, is a novel cell based therapeutic that's engineered to target areas of the body that have little blood flow. The product is formulated from autologous or a person's own cultured mesenchymal stem cells that are collected from the patient's bone marrow. We intend that the product will be used for the nonsurgical treatment of painful lower back pain disc disorder or as a complementary therapeutic to potentially surgical procedures. The safety and efficacy of BRTX-100 in treating chronic lumbar disc disease, or CLDD, is being evaluated in an ongoing Phase 2 prospective, randomized, double blinded, and controlled study, wherein a total of 99 eligible patients or subjects will be enrolled at up to 16 clinical sites in the United States. Subjects included in the trial will be randomized two to one to receive either BRTX-100 or placebo, which is a sham injection. In our core preclinical metabolic program, ThermoStem, we are developing a cell based therapy candidate to target obesity and metabolic disorders using brown adipose tissue, or fat. These fat derived stem cells or BADSCs to generate brown adipose tissue, or BAT, as well as exosomes secreted from the BADSC. BAT is intended to mimic naturally occurring brown adipose depots that regulate metabolic homeostasis in humans and is involved in weight loss. Previously published peer reviewed preclinical data from a study conducted in collaboration with the University of Utah School of Medicine demonstrated that functional brown adipose derived stem cells formulated using our patented ThermoStem platform produced significant reductions in weight, consistent with losses observed and achieved by GLP-1 drugs and decreased blood glucose levels in diet induced obesity models in mice. It is also important to note that although further work is needed to fully understand the mechanism of action of ThermoStem and its impact on weight loss, we have not seen, nor do we expect the same negative secondary effects of GLP-1 one pharmaceuticals, such as a loss of muscle mass and negative cardiovascular effects. We have achieved significant milestones in both of these core development programs over the past few weeks. With respect to BRTX-100, the first of those was a presentation describing preliminary 26 and 52-week blinded data from our ongoing Phase 2 clinical trial at the Orthopedic Research Society annual meeting this past February. Again, although the data is blinded, we have observed a very positive trend when patients who have already completed 52 weeks post treatment have not experienced adverse or severe events, adverse events that significantly impact our dosing or overall study design. In addition, at 52 weeks post treatment, we have observed subjects who have already met the threshold of 30% improvement in function and a 30% reduction in pain. This is quite exciting and positive. We are confident that in addition to meeting our primary safety endpoints, we will also meet our secondary efficacy targets. More recently, in April, the FDA cleared an important amendment to our Phase 2 study protocol which removes saline injection in the control arm of the study and replaces it with a sham injection. Controlled patients will now have a needle placed in close proximity to the target disc, but the disc will not be pierced nor will have any saline injected into it. We believe this change brings additional safety to our subject participants and helps preclude the possibility of transient clinical outcomes in the control groups, which can impact the end of study readouts in trials like this. It is well established that saline can rehydrate the disc and create change in the disc microenvironment. This change, although transient, may result in short-term pain relief. We are very pleased that the FDA has agreed to this amendment, as when we release final trial results of our Phase 2 trial, the data will be a true comparison of patients who have received BRTX-100 and those who have not. Clinical trials are very complex and study design is critical and traditional pharmaceutical models for drug approval are well established and integrated well within the capital market timelines. However, this isn't always true for cell based therapies. With that in mind, we have been carefully gauging our risk reward and have diligently taken steps to ensure timely enrollment without compromising data that impacts our product approval. We have KOLs across the United States participating in our trial and along with our patient recruitment group targeting social media outreach, we are confident we will be able to fully enroll before the end of 2024 without compromising our study design and results. Shifting now to our patented ThermoStem platform, we are pleased to announce just a week of development of a novel exosome based biologic program targeting obesity. Exosomes are small extracellular vesicles secreted by various cells, including stem cells. They are understood to be important mediators in intracellular communication and have been found to play a role in adipose metabolism by transporting cargo such as non-coding RNAs, proteins and other factors that may impact weight loss. This new therapeutic [indiscernible] has potential to serve as an adjuvant to existing weight loss drugs, potentially allowing for lower dosing as well as the prevention or minimization of possible loss of muscle mass and negative cardiovascular effects. Importantly, our ThermoStem platform has a comprehensive portfolio of issued patents that cover both U.S. and international markets. We believe this broad intellectual property portfolio can be leveraged across drugs that are currently approved and marketed for weight loss, potentially opening the door to future big pharma partnerships for the company. We currently anticipate initiating a formal FDA process for this ThermoStem based therapeutic candidate by filing a drug master file in the third quarter of 2024, and we currently aim to initiate first in human clinical studies before the end of the year. Our planned DMF is strategic in that it gives us a basis for others interested in leveraging our platform technology to initiate human clinical studies or pursue straight to market opportunities. There are a number of countries in which cell based therapies have been approved and are currently in commercial phase. We have begun initial conversations for partnership and license activities which may accelerate the commercialization of our technology pipeline. To summarize, we are committed to and diligently prosecuting our Phase 2 trial for BRTX-100, our lead clinical candidate targeting chronic lumbar disc disease. We have added a new therapeutic candidate targeting BCD via our ThermoStem platform and we have commercialized our technology with an agreement with our partner Cartessa in the bio BioCosmeceuticals markets. We expect that our next phase will be to explore the commercialization of our pipeline in international markets. Now, I will turn the call over to Lance.