Yehiel Tal
Analyst · H.C. Wainwright. Please proceed with your question
Good morning, everyone. We are very pleased to have you join us today on Collplant investor conference call to discuss our second quarter 2023 financial results and corporate developments. CollPlant is developing collagen technology and regenerative medicine products to improve and prolong lives. We are committed to becoming the leaders in regenerative medicine and supporting more sustainable ecosystems that benefit all stakeholders, including patients, our shareholders and our employees as well as providing innovation to the life science industry. And now, on to our development programs. Our goal is to create advanced organ and tissue solutions through use of our novel proprietary non-animal derived recombinant human collagen technology that we are applying to novel medical and aesthetic products. Our rhCollagen is an advancement both due to its regenerative properties and also because it is xeno tissue free, which means it is not derived from animals. Instead CollPlant products – CollPlant produces this recombinant human collagen in genetically engineered tobacco plants. In the second quarter, we announced the achievement of a very important company milestone related to the dermal and soft tissue filler product candidate in development with our partner, AbbVie. This product is in the clinical phase and the achievement of the milestone triggered a $10 million payment to CollPlant. CollPlant has the potential to receive additional milestone payments as well as future royalties in accordance with its long-term collaboration with AbbVie for its dermal filler. The dermal filler product candidate with AbbVie has the potential to create a paradigm shift in the fillers market since it would provide regenerative properties for new skin growth in addition to tissue filling. This program is our top focus and as planned, AbbVie continues to advance the filler program. Our next leading program is our regenerative breast implants. One of our upcoming milestones we will be initiating by year end a second large animal study to evaluate our regenerative breast implants. We have already established the trial infrastructure and look forward to providing an update as soon as we conclude the study. This study follows the completion of our first large animal study, the result of which were announced in January of this year. That preclinical study demonstrated progressive stages of tissue regeneration after 3 months as highlighted by the formation of maturing connective tissue and neovascular networks within the implants with importantly, no adverse events reported. CollPlant’s breast implants that are comprised of its proprietary blend derived rhCollagen and other biomaterials are expected to regenerate breast tissue without eliciting immune response and thus may provide a revolutionary alternative for aesthetic and reconstructive procedures with the reconstructive feature of our recombinant human collagen being key for breast cancer patients during the post-mastectomy period. In the second quarter, we announced a joint development and commercialization collaborative agreement with Stratasys, the world leader in additive manufacturing and leader in 3D printing technology. With Stratasys, we are collaborating on the development of a printing solution to biofabricate human tissues and organs. Initially, our collaborative project will focus on the development of an industrial scale solution for Collplant’s regenerative breast implants. This collaboration between the two companies combines the Stratasys DLP 3D printer with – that is utilizing a unique Programmable PhotoPolymerization P3technology, together with Collplant’s state-of-the-art rhCollagen-based bioinks and 3D bioprinting capabilities. Having an effective solution for scale-up of our regenerative breast implants will be important to support related clinical trials and commercialization. By combining Stratasys and Collplant’s technologies, the companies will be able to print scaffolds that accurately mimic the physical properties of human tissues and organs that are expected to have high resolution scalability and reproducibility. The combined proprietary technologies will allow for 3D tissue and organ fabrication. It also possesses differentiated regenerative properties. Other than agreement, both companies have also agreed to cross promote each other’s bioprinted products. Here you can see an example of a breast implant that was printed with Stratasys DLP printer utilizing its bit rate technology in combination with Collplant’s collagen-based bioinks. It is our objective that our bioinks become the gold standard for use in fabricating tissues and organs. Collaborations such as the one formed with Stratasys are therefore important to us to allow the opportunity to determine which of our different types of bioinks are best suited for use with different advanced technologies so that we may refine the production of different organs or tissues that we are fabricating in accordance with optimal properties. As we have mentioned previously, our strategy is to utilize different printing technologies to serve different indications being sold and therefore we have collaborations with multiple parties. For example, we would need to have use of multiple materials or needs to be able to print construct with very small features for products such as gut-on-a-chip and lung-on-a-chip tissue models. The bioprinting aspect of our business has applicability in multiple areas such as cardiology, ophthalmology, and orthopedics. As such, Collplant looks to produce a wide range of organs and tissues and remains engaged in partnering discussions with several industry leaders and academic institutions interested in the company’s rhCollagen technology and expertise in 3D bioprinting to develop therapeutics and medical applications. But back to our breast implant that are currently in development, Collplant implants are designed to regenerate breast tissue without eliciting immune response and therefore have the potential to become a revolutionary alternative for both aesthetic and reconstructive procedures, including post-mastectomy for cancer patients. According to the U.S. Food and Drug Administration, approximately 350,000 Americans have reported adverse events involving breast implants between 2009 and 2019. Reports range from autoimmune symptoms to breast implant associated anaplastic large cell lymphoma. The additional safety and efficacy data that we will generate from this upcoming large animal study will be used to optimize the development or the regenerative implant and are important to support future regulatory submissions and clinical studies. We look forward to reporting results from the study next year. Lastly, we will mention our gut-on-a-chip program, which is an area where we have the opportunity to disrupt the options that have traditionally existed in life sciences. Collplant is developing together with Tel Aviv University and Sheba Medical Center, a 3D bioprinted model that is designed to emulate the tissue of the human intestine to assay drug response metabolism and other factors in humans. A device such as this would allow medical professionals to identify drug targets and personalize therapeutic responses that could lead to improved patient outcomes to provide a predictive personalized platform. Tissue-on-a-chip devices are typically comprised of chambers or channels that recapitulate the distinct compartments and structures of the targeted organ. Our system being developed enhances the physiological relevance of the human gut to provide a predictive personalized platform. Collplant mimics the gut structure by 3D printing the gut tissue geometry in high resolution using its unique rhCollagen based BioInk formulation. The system then can be used to evaluate therapy response in patients suffering from ulcerative colitis. The multi-array chip design is intended to support high throughput therapy screening. Recently, Collplant team managed to successfully grow epithelial cells on the 3D printed scaffolds. In various areas of personalized medicine, we expect that this approach could be groundbreaking improvement over the existing use of animal models for drug developments. This will be a sustainable means for drug development and patient diagnosis without the use of animals. And we remind you this program is also very much in line with our ESG initiatives. So the gut-on-a-chip received regulatory approval, CollPlant has exclusive rights to commercialize the product. We hope to provide an update on the next steps for this program by the end of the year. As mentioned, CollPlant remains engaged in partnering discussions with several additional industry leaders interested in the CollPlant’s technology and expertise in 3D bioprinting for therapeutic and medical applications. In line with being part of this mission to support sustainable ecosystems, we wanted to highlight that we have made commitment to advance our ESG or environmental, social and governance initiatives. Our first step to do this, which is implemented in the second quarter, was hiring dedicated expert to lead our ESG effort. Our ESG manager is responsible for identifying CollPlant strengths in the areas of ESG that are already in line with our mission. Importantly, she will lead with communicating these practices to business partners and to the public. Being able to communicate our initiatives was a mandate for us after we conducted a formal analysis of our current operations and identified what we are doing correctly or where we can further improve. We look forward to working on this initiative and being able to communicate our ESG efforts both as they relate to our company mission as well as they relate to our day-to-day operations and company values and culture. This concludes my initial remarks about our very promising programs. Now, I will turn the call over to our Deputy CEO and Chief Financial Officer, Eran Rotem to provide a recap of the financial results. Eran?