Biggest changeWe will continue to endeavor to obtain and maintain patent protection worldwide on select patentable aspects of BackBeat CNT and CNT-HF as well as to protect our trade secrets and proprietary know-how. 50 Table of Contents The following table lists our material patents relating to BackBeat CNT and CNT-HF as of December 31, 2023, their jurisdiction and expiration date: Jurisdiction Patent No. Expiration Date Related Product United States 9,008,769 8/31/2033 BackBeat CNT United States 9,333,352 3/14/2033 BackBeat CNT United States 9,526,900 8/31/2033 BackBeat CNT United States 9,370,662 8/31/2033 BackBeat CNT United States 9,656,086 3/14/2033 BackBeat CNT United States 9,878,162 8/31/2033 BackBeat CNT United States 9,937,351 7/4/2034 BackBeat CNT United States 10,071,250 3/14/2033 BackBeat CNT United States 10,252,061 8/31/2033 BackBeat CNT United States 10,441,794 3/14/2033 BackBeat CNT United States 10,485,658 5/16/2037 BackBeat CNT United States 10,610,689 3/14/2033 BackBeat CNT United States 10,967,188 7/21/2034 BackBeat CNT United States 11,097,108 12/19/2033 BackBeat CNT United States 11,426,589 3/17/2038 BackBeat CNT United States 11,452,875 3/14/2033 BackBeat CNT United States 11,712,567 8/31/2033 BackBeat CNT Europe EP2934669 12/19/2033 BackBeat CNT Great Britain EP2934669 12/19/2033 BackBeat CNT France EP2934669 12/19/2033 BackBeat CNT Germany EP2934669 12/19/2033 BackBeat CNT Switzerland EP2934669 12/19/2033 BackBeat CNT Sweden EP2934669 12/19/2033 BackBeat CNT Italy EP2934669 12/19/2033 BackBeat CNT Spain EP2934669 12/19/2033 BackBeat CNT Europe EP3082949 6/17/2034 BackBeat CNT Great Britain EP3082949 6/17/2034 BackBeat CNT France EP3082949 6/17/2034 BackBeat CNT Germany EP3082949 6/17/2034 BackBeat CNT Switzerland EP3082949 6/17/2034 BackBeat CNT Sweden EP3082949 6/17/2034 BackBeat CNT Europe EP3238777 12/19/2033 BackBeat CNT Great Britain EP3238777 12/19/2033 BackBeat CNT France EP3238777 12/19/2033 BackBeat CNT Germany EP3238777 12/19/2033 BackBeat CNT Switzerland EP3238777 12/19/2033 BackBeat CNT Sweden EP3238777 12/19/2033 BackBeat CNT Europe EP3461531 6/17/2034 BackBeat CNT Great Britain EP3461531 6/17/2034 BackBeat CNT France EP3461531 6/17/2034 BackBeat CNT Germany EP3461531 6/17/2034 BackBeat CNT Switzerland EP3461531 6/17/2034 BackBeat CNT Sweden EP3461531 6/17/2034 BackBeat CNT Europe EP3639888 12/19/2033 BackBeat CNT Great Britain EP3639888 12/19/2033 BackBeat CNT France EP3639888 12/19/2033 BackBeat CNT 51 Table of Contents h Jurisdiction Patent No. Expiration Date Related Product Germany EP3639888 12/19/2033 BackBeat CNT Switzerland EP3639888 12/19/2033 BackBeat CNT Sweden EP3639888 12/19/2033 BackBeat CNT Europe EP3445443 4/21/2037 BackBeat CNT Great Britain EP3445443 4/21/2037 BackBeat CNT France EP3445443 4/21/2037 BackBeat CNT Germany EP3445443 4/21/2037 BackBeat CNT Switzerland EP3445443 4/21/2037 BackBeat CNT Sweden EP3445443 4/21/2037 BackBeat CNT Europe EP3954429 4/17/2041 BackBeat CNT Great Britain EP3954429 4/17/2041 BackBeat CNT France EP3954429 4/17/2041 BackBeat CNT Germany EP3954429 4/17/2041 BackBeat CNT Switzerland EP3954429 4/17/2041 BackBeat CNT Sweden EP3954429 4/17/2041 BackBeat CNT China ZL201380072479.3 12/18/2033 BackBeat CNT China ZL201480075987.1 6/16/2034 BackBeat CNT China ZL2017109301826 12/18/2033 BackBeat CNT China ZL2018113777986 6/16/2034 BackBeat CNT China ZL201780034227X 4/20/2037 BackBeat CNT Hong Kong HK1226016 6/16/2034 BackBeat CNT Hong Kong HK1243968 12/18/2033 BackBeat CNT Australia AU2013361318 12/19/2033 BackBeat CNT Australia AU2014367229 6/17/2034 BackBeat CNT Australia AU2018217270 12/18/2033 BackBeat CNT Australia AU2019204758 6/17/2034 BackBeat CNT Australia AU2017252310 4/21/2037 BackBeat CNT Canada CA2893222 12/19/2033 BackBeat CNT Canada CA2933278 6/17/2034 BackBeat CNT Japan JP6457530 6/17/2034 BackBeat CNT Japan JP6510421 12/19/2033 BackBeat CNT Japan JP6381087 12/19/2033 BackBeat CNT Japan JP6839163 6/17/2034 BackBeat CNT Japan JP7050693 4/21/2037 BackBeat CNT Japan JP7138202 12/19/2033 BackBeat CNT Japan JP7222962 6/17/2034 BackBeat CNT Japan JP7395638 4/21/2037 BackBeat CNT Korea KR10-2221586 12/19/2033 BackBeat CNT Korea KR10-2323562 6/17/2034 BackBeat CNT Korea KR10-2367191 12/19/2033 BackBeat CNT Korea KR10-2471841 6/17/2034 BackBeat CNT India 401318 12/19/2033 BackBeat CNT India 409845 4/21/2037 BackBeat CNT United States 7,869,874 11/7/2028 BackBeat CNT United States 8,515,536 3/15/2028 BackBeat CNT United States 8,340,763 3/25/2031 BackBeat CNT United States 8,165,674 7/13/2029 BackBeat CNT United States 8,521,280 3/1/2026 BackBeat CNT United States 9,370,661 9/25/2030 BackBeat CNT United States 9,427,586 11/15/2027 BackBeat CNT United States 9,687,636 3/1/2026 BackBeat CNT United States 10,252,060 9/8/2029 BackBeat CNT United States 10,369,333 9/27/2026 BackBeat CNT United States 11,083,894 9/8/2029 BackBeat CNT United States 11,529,520 11/15/2027 BackBeat CNT United States 11,577,059 9/27/2026 BackBeat CNT United States 11,759,639 10/30/2029 BackBeat CNT United States 8,086,315 7/3/2026 BackBeat CNT United States 8,428,729 2/11/2025 BackBeat CNT United States 9,320,903 10/19/2025 BackBeat CNT United States 10,232,183 3/22/2025 BackBeat CNT United States 11,406,829 10/4/2026 BackBeat CNT 52 Table of Contents Jurisdiction Patent No. Expiration Date Related Product United States 10,596,380 11/15/2027 CNT-HF United States 11,389,658 9/8/2036 CNT-HF United States 10,342,982 9/8/2036 CNT-HF Australia AU2016319787 9/9/2036 CNT-HF Japan JP6999545 9/9/2036 CNT-HF China ZL2016800526048 9/9/2036 CNT-HF Europe EP3347090 9/9/2036 CNT-HF Great Britain EP3347090 9/9/2036 CNT-HF France EP3347090 9/9/2036 CNT-HF Germany EP3347090 9/9/2036 CNT-HF Switzerland EP3347090 9/9/2036 CNT-HF Sweden EP3347090 9/9/2036 CNT-HF Italy EP3347090 9/9/2036 CNT-HF Spain EP3347090 9/9/2036 CNT-HF Focal Therapeutics (Virtue SAB, SirolimusEFR and Sostenocel) We rely on intellectual property protection for Virtue SAB and its enabling technologies, including SirolimusEFR and the AngioInfusion Balloon, based on protection of proprietary particle drug encapsulation technology through trade secrets and proprietary know-how; and through issued patents and patent applications in process covering key aspects of Virtue SAB’s micro-porous balloon system and integration of its drug encapsulation formulation with the device.
Biggest changeThe following table lists our material patents relating to AVIM therapy and CNT-HF as of December 31, 2024, their jurisdiction and expiration date: 46 Table of Contents Jurisdiction Patent No. Expiration Date Related Product United States 9,008,769 8/31/2033 AVIM therapy United States 9,333,352 3/14/2033 AVIM therapy United States 9,526,900 8/31/2033 AVIM therapy United States 9,370,662 8/31/2033 AVIM therapy United States 9,656,086 3/14/2033 AVIM therapy United States 9,878,162 8/31/2033 AVIM therapy United States 9,937,351 7/4/2034 AVIM therapy United States 10,071,250 3/14/2033 AVIM therapy United States 10,252,061 8/31/2033 AVIM therapy United States 10,441,794 3/14/2033 AVIM therapy United States 10,485,658 5/16/2037 AVIM therapy United States 10,610,689 3/14/2033 AVIM therapy United States 10,967,188 7/21/2034 AVIM therapy United States 11,097,108 12/19/2033 AVIM therapy United States 11,426,589 3/17/2038 AVIM therapy United States 11,452,875 3/14/2033 AVIM therapy United States 11,712,567 8/31/2033 AVIM therapy United States 11,969,598 4/20/2037 AVIM therapy United States 11,986,661 3/14/2033 AVIM therapy United States 12,208,271 6/17/2034 AVIM therapy Europe EP2934669 12/19/2033 AVIM therapy Great Britain EP2934669 12/19/2033 AVIM therapy France EP2934669 12/19/2033 AVIM therapy Germany EP2934669 12/19/2033 AVIM therapy Switzerland EP2934669 12/19/2033 AVIM therapy Sweden EP2934669 12/19/2033 AVIM therapy Italy EP2934669 12/19/2033 AVIM therapy Spain EP2934669 12/19/2033 AVIM therapy Europe EP3082949 6/17/2034 AVIM therapy Great Britain EP3082949 6/17/2034 AVIM therapy France EP3082949 6/17/2034 AVIM therapy Germany EP3082949 6/17/2034 AVIM therapy Switzerland EP3082949 6/17/2034 AVIM therapy Sweden EP3082949 6/17/2034 AVIM therapy Europe EP3238777 12/19/2033 AVIM therapy Great Britain EP3238777 12/19/2033 AVIM therapy France EP3238777 12/19/2033 AVIM therapy Germany EP3238777 12/19/2033 AVIM therapy Switzerland EP3238777 12/19/2033 AVIM therapy Sweden EP3238777 12/19/2033 AVIM therapy Europe EP3461531 6/17/2034 AVIM therapy Great Britain EP3461531 6/17/2034 AVIM therapy France EP3461531 6/17/2034 AVIM therapy Germany EP3461531 6/17/2034 AVIM therapy Switzerland EP3461531 6/17/2034 AVIM therapy Sweden EP3461531 6/17/2034 AVIM therapy Europe EP3639888 12/19/2033 AVIM therapy Great Britain EP3639888 12/19/2033 AVIM therapy France EP3639888 12/19/2033 AVIM therapy 47 Table of Contents h Jurisdiction Patent No. Expiration Date Related Product Germany EP3639888 12/19/2033 AVIM therapy Switzerland EP3639888 12/19/2033 AVIM therapy Sweden EP3639888 12/19/2033 AVIM therapy Europe EP3445443 4/21/2037 AVIM therapy Great Britain EP3445443 4/21/2037 AVIM therapy France EP3445443 4/21/2037 AVIM therapy Germany EP3445443 4/21/2037 AVIM therapy Switzerland EP3445443 4/21/2037 AVIM therapy Sweden EP3445443 4/21/2037 AVIM therapy Europe EP3954429 4/17/2041 AVIM therapy Great Britain EP3954429 4/17/2041 AVIM therapy France EP3954429 4/17/2041 AVIM therapy Germany EP3954429 4/17/2041 AVIM therapy Switzerland EP3954429 4/17/2041 AVIM therapy Sweden EP3954429 4/17/2041 AVIM therapy China ZL201380072479.3 12/18/2033 AVIM therapy China ZL201480075987.1 6/16/2034 AVIM therapy China ZL2017109301826 12/18/2033 AVIM therapy China ZL2018113777986 6/16/2034 AVIM therapy China ZL201780034227X 4/20/2037 AVIM therapy Hong Kong HK1226016 6/16/2034 AVIM therapy Hong Kong HK1243968 12/18/2033 AVIM therapy Australia AU2013361318 12/19/2033 AVIM therapy Australia AU2014367229 6/17/2034 AVIM therapy Australia AU2018217270 12/18/2033 AVIM therapy Australia AU2019204758 6/17/2034 AVIM therapy Australia AU2017252310 4/21/2037 AVIM therapy Canada CA2893222 12/19/2033 AVIM therapy Canada CA2933278 6/17/2034 AVIM therapy Japan JP6457530 6/17/2034 AVIM therapy Japan JP6510421 12/19/2033 AVIM therapy Japan JP6381087 12/19/2033 AVIM therapy Japan JP6839163 6/17/2034 AVIM therapy Japan JP7050693 4/21/2037 AVIM therapy Japan JP7138202 12/19/2033 AVIM therapy Japan JP7222962 6/17/2034 AVIM therapy Japan JP7395638 4/21/2037 AVIM therapy Korea KR10-2221586 12/19/2033 AVIM therapy Korea KR10-2323562 6/17/2034 AVIM therapy Korea KR10-2367191 12/19/2033 AVIM therapy Korea KR10-2471841 6/17/2034 AVIM therapy India 401318 12/19/2033 AVIM therapy India 409845 4/21/2037 AVIM therapy India 516531 4/21/2037 AVIM therapy United States 7,869,874 11/7/2028 AVIM therapy United States 8,515,536 3/15/2028 AVIM therapy United States 8,340,763 3/25/2031 AVIM therapy United States 8,165,674 7/13/2029 AVIM therapy United States 8,521,280 3/1/2026 AVIM therapy United States 9,370,661 9/25/2030 AVIM therapy United States 9,427,586 11/15/2027 AVIM therapy United States 9,687,636 3/1/2026 AVIM therapy United States 9,731,136 9/8/2029 AVIM therapy United States 10,252,060 9/8/2029 AVIM therapy United States 10,369,333 9/27/2026 AVIM therapy United States 11,083,894 9/8/2029 AVIM therapy United States 11,529,520 11/15/2027 AVIM therapy United States 11,577,059 9/27/2026 AVIM therapy United States 11,759,639 10/30/2029 AVIM therapy United States 8,086,315 7/3/2026 AVIM therapy United States 8,428,729 2/11/2025 AVIM therapy United States 9,320,903 10/19/2025 AVIM therapy United States 10,232,183 3/22/2025 AVIM therapy United States 11,406,829 10/4/2026 AVIM therapy United States 12,029,909 2/11/2025 AVIM therapy 48 Table of Contents Jurisdiction Patent No. Expiration Date Related Product United States 10,596,380 11/15/2027 CNT-HF United States 11,389,658 9/8/2036 CNT-HF United States 10,342,982 9/8/2036 CNT-HF Australia AU2016319787 9/9/2036 CNT-HF Japan JP6999545 9/9/2036 CNT-HF China ZL2016800526048 9/9/2036 CNT-HF Europe EP3347090 9/9/2036 CNT-HF Great Britain EP3347090 9/9/2036 CNT-HF France EP3347090 9/9/2036 CNT-HF Germany EP3347090 9/9/2036 CNT-HF Switzerland EP3347090 9/9/2036 CNT-HF Sweden EP3347090 9/9/2036 CNT-HF Italy EP3347090 9/9/2036 CNT-HF Spain EP3347090 9/9/2036 CNT-HF Korea KR10-2630590 9/9/2036 CNT-HF India 514118 9/9/2036 CNT-HF Canada CA2996312 9/9/2036 CNT-HF Interventional Therapeutics (Virtue SAB, SirolimusEFR and Sostenocel) We rely on intellectual property protection for Virtue SAB and its enabling technologies, including SirolimusEFR and the AngioInfusion Balloon, based on protection of proprietary particle drug encapsulation technology through trade secrets and proprietary know-how; and through issued patents and patent applications in process covering key aspects of Virtue SAB’s micro-porous balloon system and integration of its drug encapsulation formulation with the device.
Under the terms of the Medtronic Agreement, we are the sponsor for the BACKBEAT pivotal study to support regulatory approval in the United States, European Union (the “EU”), Japan and other potential territories of AVIM therapy in the Primary Field and we are financially responsible for development, clinical and regulatory costs associated with this pivotal study.
Under the terms of the Medtronic Agreement, we are the sponsor for the BACKBEAT study to support regulatory approval in the United States, European Union (the “EU”), Japan and other potential territories of AVIM therapy in the Primary Field and we are financially responsible for development, clinical and regulatory costs associated with this pivotal study.
Medtronic has completed integration and associated validation and verification testing of AVIM therapy algorithms as a field downloadable addition to its premium, commercially available dual-chamber pacemaker systems for use in the pivotal study. Medtronic is also providing clinical, regulatory, operational field clinical resources in support of the BACKBEAT pivotal study.
Medtronic has completed integration and associated validation and verification testing of AVIM therapy algorithms as a field downloadable addition to its premium, commercially available dual-chamber pacemaker systems for use in the pivotal study. Medtronic is also providing clinical, regulatory, operational field clinical resources in support of the BACKBEAT study.
As a novel HTN therapy completely integrated with an established existing commercially-available device patients already require for a critical medical indication, we believe AVIM therapy can be readily adopted into the existing paradigm of care for hypertensive patients that already require a pacemaker implant.
As a novel HTN therapy that can be completely integrated with an established existing commercially available device patients already require for a critical medical indication, we believe AVIM therapy can be readily adopted into the existing paradigm of care for hypertensive patients that already require a pacemaker implant.
Further, we believe that AVIM therapy-enabled devices can garner meaningfully higher ASPs that can be supported by existing reimbursement without the need for new procedure codes. While AVIM therapy is designed to achieve certain results as described above and below, there is no guarantee that AVIM therapy will prove to be safe and effective.
Further, we believe that AVIM-enabled devices can garner meaningfully higher ASPs that can be supported by existing reimbursement without the need for new procedure codes. While AVIM therapy is designed to achieve certain results as described above and below, there is no guarantee that AVIM therapy will prove to be safe and effective.
Clinical data from the SABRE trial, a multi-center, prospective, independent core lab-adjudicated pilot clinical study of 50 patients conducted in Europe, has positioned Virtue SAB for a U.S. pivotal clinical study to support potential FDA approval for the treatment of ISR. We will sponsor this study, called the Virtue ISR-US.
Clinical data from the SABRE trial, a multi-center, prospective, independent core lab-adjudicated pilot clinical study of 50 patients conducted in Europe, has positioned Virtue SAB for a U.S. pivotal clinical study to support potential FDA approval for the treatment of ISR. We will sponsor this study, called the Virtue ISR-US study.
This work includes a variety of benchtop as well as small and large animal models. Large animal studies have been conducted in a porcine animal model, a widely used model for testing of interventional cardiovascular devices.
This work includes a variety of benchtop as well as small and large animal models. Large animal studies have been conducted in a porcine animal model, a widely used model for testing interventional cardiovascular devices.
All intellectual property that Integer developed for BackBeat Medical during the performance of the Integer Agreement, whether independently or jointly, and that resulted from or uses BackBeat Medical’s technology or intellectual property are owned by BackBeat Medical.
All intellectual property that Integer developed for BackBeat Medical during the performance of the Integer Agreement, whether developed independently or jointly, and that resulted from or uses BackBeat Medical’s technology or intellectual property are owned by BackBeat Medical.
Our continued success depends on our, and in some cases, our strategic partners’ ability to: • develop innovative, proprietary products that can cost-effectively address significant clinical needs in a manner that is safe and effective for patients and easy to use for physicians; • continue to innovate and develop scientifically advanced technology; • forge risk and reward sharing partnerships with established commercial market leaders to help support product development and commercialization; • obtain and maintain regulatory clearances, certifications or approvals; 47 Table of Contents • demonstrate efficacy in sponsored and third-party clinical studies; • obtain and maintain adequate reimbursement for procedures using its products; • apply technology to develop pipeline product candidates for additional clinical indications; • attract and retain skilled research and development and sales personnel; and • cost-effectively manufacture and successfully market and sell products. Our Intellectual Property Our success depends in part on our ability to obtain, maintain, protect and enforce our proprietary technology and intellectual property rights, and, in particular, our patent rights, as well as our ability to preserve the confidentiality of our trade secrets, and operate without infringing, misappropriating or otherwise violating the valid and enforceable patents and other intellectual property rights of third parties.
Our continued success depends on our, and in some cases, our strategic partners’ ability to: • develop innovative, proprietary products that can cost-effectively address significant clinical needs in a manner that is safe and effective for patients and easy to use for physicians; • continue to innovate and develop scientifically advanced technology; • forge risk and reward sharing partnerships with established commercial market leaders to help support product development and commercialization; • obtain and maintain regulatory clearances, certifications or approvals; • demonstrate efficacy in sponsored and third-party clinical studies; • obtain and maintain adequate reimbursement for procedures using its products; • apply technology to develop pipeline product candidates for additional clinical indications; • attract and retain skilled research and development and sales personnel; and • cost-effectively manufacture and successfully market and sell products. 44 Table of Contents Our Intellectual Property Our success depends in part on our ability to obtain, maintain, protect and enforce our proprietary technology and intellectual property rights, and, in particular, our patent rights, as well as our ability to preserve the confidentiality of our trade secrets, and operate without infringing, misappropriating or otherwise violating the valid and enforceable patents and other intellectual property rights of third parties.
All of the product candidates in our pipeline were conceived and developed by our management team and employees through predecessor companies founded by a medical device accelerator, Accelerated Technologies, Inc. (“ATI”). ATI was originally founded in 2000 and employed active collaboration with industry-leading physicians to identify and purpose-build transformational therapeutic devices. Our founders and senior executives, Mr. Hochman and Mr.
All of the product candidates in our pipeline were conceived and developed by our management team and employees through predecessor companies founded by a medical device accelerator, Accelerated Technologies, Inc. (“ATI”). ATI was originally founded in 2000 and employed active collaboration with industry-leading physicians to identify and purpose-build transformational therapeutic devices. Our founders and senior executives, Mr.
According to data from the National Cardiovascular Data Registry, restenosis within a stent occurs in 5 – 10% of stented patients during the first year and continues at a rate of up to 3% per year thereafter, resulting in what we currently estimate to be an annual addressable global market of nearly 347,000 lesions that may require treatment.
According to the National Cardiovascular Data Registry, restenosis within a stent occurs in 5 – 10% of stented patients during the first year and continues at a rate of up to 3% per year thereafter, resulting in what we currently estimate to be an annual addressable global market of nearly 347,000 lesions that may require treatment.
We believe these results were encouraging given that the ITT population had a high percentage of difficult to treat diffuse lesions as well as lesions with average time since original stent implantation of nearly four years which is substantially longer than typical ISR, which is most likely to occur 3 to 12 months after stenting.
We believe these results were encouraging given that the ITT population had a high percentage of difficult to treat diffuse lesions as well as lesions with an average time since original stent implantation of nearly four years which is substantially longer than typical ISR, which is most likely to occur 3 to 12 months after stenting.
Vivasure’s lead product candidates include is PerQSeal (CE marked) and PerQSeal+, both fully bioabsorbable, patch-based large-bore (12 – 24 French, 4 – 8 mm) percutaneous closure devices. In May 2023, Vivasure announced the initiation of enrollment of the PATCH study, a pivotal study of PerQSeal+ for large hole closure designed to support FDA approval of the device.
Vivasure’s lead product candidates include is PerQSeal (CE marked) and PerQSeal+, both fully bioabsorbable, patch-based large-bore (12 – 24 French, 4 – 8 mm) percutaneous closure devices. In May 2023, Vivasure announced the initiation of enrollment of the PATCH IDE study, a pivotal study of PerQSeal and PerQSeal+ for large hole closure designed to support FDA approval of the device.
Patients were then reevaluated following three months of treatment for changes in blood pressure assessed by both office cuff measurements and by 24-hour ambulatory blood pressure recordings. The study’s co-primary efficacy endpoints were changes in oSBP and mean 24-hour aSBP (added as study amendment) from pre-activation through three months post activation of therapy.
Patients were then reevaluated following three months of treatment for changes in blood pressure assessed by both office cuff measurements and by 24-hour ambulatory blood pressure recordings. The study’s co-primary efficacy endpoints were changes in oSBP and mean 24-hour aSBP (added as a study amendment) from pre-activation through three months post activation of therapy.
While our Sostenocel technology is designed to achieve certain results as described above, there is no guarantee that it will prove to be safe and effective. We retain all rights to develop additional therapies using its proprietary SirolimusEFR to potentially treat focal inflammation outside of coronary and peripheral vascular indications.
While our Sostenocel technology is designed to achieve certain results as described above, there is no guarantee that it will prove to be safe and effective. We retain all rights to develop additional therapies using our proprietary SirolimusEFR to potentially treat focal inflammation outside of coronary and peripheral vascular indications.
These devices are designed to enable a variety of advanced robotic and laparoscopic surgical procedures for the treatment of obesity, GI disorders and other indications. Versatile design makes retractors appropriate for a broad range of minimally invasive procedures, including bariatric and foregut surgeries, nephrectomies, colectomies, cholecystectomies, paraaortic node dissections, hysterectomies, and other procedures.
These devices are designed to enable a variety of advanced robotic and laparoscopic surgical procedures for the treatment of obesity, GI disorders and other indications. Their versatile design makes retractors appropriate for a broad range of minimally invasive procedures, including bariatric and foregut surgeries, nephrectomies, colectomies, cholecystectomies, paraaortic node dissections, hysterectomies, and other procedures.
Three cases were excluded due to treatment of lesions that were longer than available Virtue SAB devices were designed to treat or multiple lesions in the vessel where there was a target lesion. Finally, three cases were excluded due to previously stented restenosis ( i.e. , the lesion already had two overlapping treatment stents).
Three cases were excluded due to treatment of lesions that were longer than the available Virtue SAB devices were designed to treat or because there were multiple lesions in the vessel where there was a target lesion. Finally, three cases were excluded due to previously stented restenosis (i.e., the lesion already had two overlapping treatment stents).
In addition, due to delays in our Virtue SAB program resulting from the COVID-19 pandemic, supply chain issues and unexpected changes to regulatory requirements, including increased testing and other activities related to chemistry, manufacturing, and control, increased nonclinical and good laboratory practice preclinical data requirements, including biocompatibility, as well as a requirement to repeat good laboratory practice preclinical studies already performed based on changes to source of component materials and a change in manufacturing site, the Company is unlikely to be able to complete the remaining time-based milestones by the specified target achievement dates to earn the remaining $25 million in time-based milestone payments pursuant to the Terumo Agreement.
In addition, due to delays in our Virtue SAB program resulting from the COVID-19 pandemic, supply chain issues and unexpected changes to regulatory requirements, including increased testing and other activities related to chemistry, manufacturing, and control, increased nonclinical and good laboratory practice preclinical data requirements, including biocompatibility, as well as a requirement to repeat good laboratory practice preclinical studies already performed based on changes to source of component materials and a change in manufacturing site, the Company is unlikely to be able to complete the remaining time-based milestones by the specified target achievement dates to earn the remaining $20 million in time-based milestone payments pursuant to the Terumo Agreement.
We are reimbursing Medtronic at cost for these development, clinical and regulatory resources. Medtronic will integrate AVIM therapy, at our cost, as a firmware component of a premium pacemaker for potential regulatory approval and commercialization of AVIM therapy-enabled commercial devices following a successful outcome of the BACKBEAT pivotal study.
We are reimbursing Medtronic at cost for these development, clinical and regulatory resources. Medtronic will integrate AVIM therapy, at our cost, as a firmware component of a premium pacemaker for potential regulatory approval and commercialization of AVIM-enabled commercial devices following a successful outcome of the BACKBEAT study.
Human clinical studies are typically conducted in three or four sequential phases, which may overlap or be combined: • Phase 1 : The drug is initially introduced into healthy human subjects or patients with the target disease or condition and tested for safety, dosage tolerance, absorption, metabolism, distribution, excretion and, if possible, to gain an early indication of its effectiveness. • Phase 2 : The drug is administered to a limited patient population to identify possible adverse effects and safety risks, to preliminarily evaluate the efficacy of the product for specific targeted diseases and to determine dosage tolerance and optimal dosage. • Phase 3 : The drug is administered to an expanded patient population, generally at geographically dispersed clinical study sites, in well-controlled clinical studies to generate enough data to statistically evaluate the efficacy 63 Table of Contents and safety of the product for approval, to establish the overall risk-benefit profile of the product, and to provide adequate information for the labeling of the product. • Phase 4 : In some cases, the FDA may condition approval of an NDA for a product candidate on the sponsor’s agreement to conduct additional clinical studies after NDA approval.
Human clinical studies are typically conducted in three or four sequential phases, which may overlap or be combined: • Phase 1: The drug is initially introduced into healthy human subjects or patients with the target disease or condition and tested for safety, dosage tolerance, absorption, metabolism, distribution, excretion and, if possible, to gain an early indication of its effectiveness. • Phase 2: The drug is administered to a limited patient population to identify possible adverse effects and safety risks, to preliminarily evaluate the efficacy of the product for specific targeted diseases and to determine dosage tolerance and optimal dosage. • Phase 3: The drug is administered to an expanded patient population, generally at geographically dispersed clinical study sites, in well-controlled clinical studies to generate enough data to statistically evaluate the efficacy and safety of the product for approval, to establish the overall risk-benefit profile of the product, and to provide adequate information for the labeling of the product. • Phase 4: In some cases, the FDA may condition approval of an NDA for a product candidate on the sponsor’s agreement to conduct additional clinical studies after NDA approval.
Under the terms of our partnership, it is expected that Terumo will assume financial and execution responsibility for substantially all future clinical and regulatory development, with the exception of the Virtue ISR-US pivotal study, for which we are responsible.
Under the current terms of our partnership, it is expected that Terumo will assume financial and execution responsibility for substantially all future clinical and regulatory development, with the exception of the Virtue ISR-US pivotal study, for which we are responsible.
Our Growth Strategy Our growth strategy is primarily focused on the execution of key development initiatives and partnership opportunities within its existing product pipeline, with the objective to advance these product candidates to key value inflection points and to form strategic partnerships for commercial value realization.
Our Growth Strategy Our growth strategy is primarily focused on the execution of key development initiatives and partnership opportunities within our existing product pipeline, with the objective to advance these product candidates to key value inflection points and to form strategic partnerships for commercial value realization.
Our goal is to accelerate and improve the likelihood of its product innovations reaching patients and providers worldwide by sharing the risks and rewards of developing and commercializing these product candidates with established multinational companies, such as Medtronic and Terumo.
Our goal is to accelerate and improve the likelihood of our product innovations reaching patients and providers worldwide by sharing the risks and rewards of developing and commercializing these product candidates with established multinational companies, such as Medtronic and Terumo.
Global Clinical and Regulatory Program Per the terms of the Terumo Agreement, we and Terumo plan to execute a global clinical and regulatory program for Virtue SAB for multiple indications, with an initial focus on coronary ISR, coronary SV, and peripheral BTK lesions.
Global Clinical and Regulatory Program Per the current terms of the Terumo Agreement, we and Terumo plan to execute a global clinical and regulatory program for Virtue SAB for multiple indications, with an initial focus on coronary ISR, coronary SV, and peripheral BTK lesions.
We currently do not have plans to commercialize this system in the EU on our own but believe there is a significant opportunity for Medtronic to commercialize AVIM therapy-enabled pacemakers in the EU post-marketing approval.
We currently do not have plans to commercialize this system in the EU on our own but believe there is a significant opportunity for Medtronic to commercialize AVIM-enabled pacemakers in the EU post-marketing approval.
Therapeutic Medical Device Innovation — Opportunities and Challenges Opportunities Therapeutic medical device innovations that can help reduce healthcare costs while improving clinical outcomes are a critical component of successful healthcare delivery and offer future opportunities for clinical and commercial value creation.
Therapeutic Medical Device Innovation — Opportunities and Challenges Opportunities Therapeutic medical device innovations that can help reduce healthcare costs while improving clinical outcomes are a critical component of successful healthcare delivery and offer opportunities for clinical and commercial value creation.
Medtronic will integrate AVIM therapy, at our cost, as a firmware component of a premium pacemaker for potential regulatory approval and commercialization of AVIM therapy-enabled commercial devices following a successful outcome of the BACKBEAT pivotal study.
Medtronic will integrate AVIM therapy, at our cost, as a firmware component of a premium pacemaker for potential regulatory approval and commercialization of AVIM-enabled commercial devices following a successful outcome of the BACKBEAT study.
The following table lists our material patents relating to Virtue SAB as of December 31, 2023, their jurisdiction and expiration: Jurisdiction Patent No. Expiration Date Related Product United States 8,696,644 3/9/2032 Virtue SAB United States 8,715,230 12/30/2030 Virtue SAB United States 9,649,478 12/30/2030 Virtue SAB United States 9,649,479 12/30/2030 Virtue SAB United States 10,207,084 1/6/2031 Virtue SAB United States 10,806,909 1/6/2031 Virtue SAB Australia AU2010339379 12/30/2030 Virtue SAB Australia AU2014202452 12/30/2030 Virtue SAB Australia AU2016202636 12/30/2030 Virtue SAB Australia AU2017225072 12/30/2030 Virtue SAB Australia AU2019202994 12/30/2030 Virtue SAB Australia AU2020281081 12/30/2030 Virtue SAB China ZL201080064442.2 12/30/2030 Virtue SAB China ZL201822023030.0 12/4/2028 Virtue SAB Japan JP5553908 12/30/2030 Virtue SAB Canada CA02786282 12/30/2030 Virtue SAB Canada CA3065396 12/30/2030 Virtue SAB India IN385350 12/30/2030 Virtue SAB Europe EP2603274 12/30/2030 Virtue SAB Great Britain EP2603274 12/30/2030 Virtue SAB France EP2603274 12/30/2030 Virtue SAB Germany EP2603274 12/30/2030 Virtue SAB Switzerland EP2603274 12/30/2030 Virtue SAB Sweden EP2603274 12/30/2030 Virtue SAB Italy EP2603274 12/30/2030 Virtue SAB Spain EP2603274 12/30/2030 Virtue SAB Netherlands EP2603274 12/30/2030 Virtue SAB FreeHold Devices Our FreeHold Devices and additional minimally invasive surgery enabling devices are protected by an intellectual property portfolio which currently includes issued U.S. patents and pending U.S. applications and issued patents and pending applications in countries outside of the United States covering methods and apparatus for intracorporeal retraction and removal of organs, internal adjustment of device and retraction, as well as design for safe device removal.
The following table lists our material patents relating to Virtue SAB as of December 31, 2024, their jurisdiction and expiration: Jurisdiction Patent No. Expiration Date Related Product United States 8,696,644 3/9/2032 Virtue SAB United States 8,715,230 12/30/2030 Virtue SAB United States 9,649,478 12/30/2030 Virtue SAB United States 9,649,479 12/30/2030 Virtue SAB United States 10,207,084 1/6/2031 Virtue SAB United States 10,806,909 1/6/2031 Virtue SAB United States 12,144,945 1/6/2031 Virtue SAB Australia AU2010339379 12/30/2030 Virtue SAB Australia AU2014202452 12/30/2030 Virtue SAB Australia AU2016202636 12/30/2030 Virtue SAB Australia AU2017225072 12/30/2030 Virtue SAB Australia AU2019202994 12/30/2030 Virtue SAB Australia AU2020281081 12/30/2030 Virtue SAB China ZL201080064442.2 12/30/2030 Virtue SAB China ZL201822023030.0 12/4/2028 Virtue SAB Japan JP5553908 12/30/2030 Virtue SAB Canada CA02786282 12/30/2030 Virtue SAB Canada CA3065396 12/30/2030 Virtue SAB India IN385350 12/30/2030 Virtue SAB Europe EP2603274 12/30/2030 Virtue SAB Great Britain EP2603274 12/30/2030 Virtue SAB France EP2603274 12/30/2030 Virtue SAB Germany EP2603274 12/30/2030 Virtue SAB Switzerland EP2603274 12/30/2030 Virtue SAB Sweden EP2603274 12/30/2030 Virtue SAB Italy EP2603274 12/30/2030 Virtue SAB Spain EP2603274 12/30/2030 Virtue SAB Netherlands EP2603274 12/30/2030 Virtue SAB FreeHold Devices Our FreeHold Devices and additional minimally invasive surgery enabling devices are protected by an intellectual property portfolio which currently includes issued U.S. patents and issued patents and pending applications in countries outside of the United States covering methods and apparatus for intracorporeal retraction and removal of organs, internal adjustment of device and retraction, as well as design for safe device removal.
We intend to carefully screen new opportunities utilizing our focused innovation selection criteria to ensure a fit with its partnership-enabled business model. • Target mature therapeutic device markets with significant unmet needs .
We intend to carefully screen new opportunities utilizing our focused innovation selection criteria to ensure a fit with our partnership-enabled business model. • Target mature therapeutic device markets with significant unmet needs.
We believe FreeHold devices are designed to offer several potential advantages over existing retraction options: 43 Table of Contents • Improve Patient Care • No additional incisions required: deployed through same access incisions as used in standard procedures; • Minimize complications from suboptimal visualization and additional incisions; and • Avoid trauma associated with the use of Nathanson-type retractors • Enable Full Surgeon Autonomy • Surgeon controls positioning and adjustment of retractor; • Once positioned, surgeon has full use of both hands to perform surgery; and • No coordination with circulator required • Optimize Visualization • Easily adjustable throughout the procedure for sustained visibility; and • Low profile design minimizes procedural clutter and collisions Targeted Commercialization — we estimate over 20,000 procedures using FreeHold devices have been performed in the United States to date, primarily in bariatric (obesity) and foregut (GI, metabolic) surgeries with some initial experience in paraaortic node dissections (gynecologic oncology), nephrectomies (kidney removal) and cholecystectomies (gallbladder removal).
We believe FreeHold devices are designed to offer several potential advantages over existing retraction options: • Improve Patient Care • No additional incisions required as they are deployed through same access incisions as used in standard procedures; • Minimize complications from suboptimal visualization and additional incisions; and • Avoid trauma associated with the use of Nathanson-type retractors • Enable Full Surgeon Autonomy • Surgeon controls positioning and adjustment of retractor; • Once positioned, surgeon has full use of both hands to perform surgery; and • No coordination with circulator required • Optimize Visualization • Easily adjustable throughout the procedure for sustained visibility; and • Low profile design minimizes procedural clutter and collisions Targeted Commercialization — we estimate over 20,000 procedures using FreeHold devices have been performed in the United States to date, primarily in bariatric (obesity) and foregut (GI, metabolic) surgeries with some initial experience in paraaortic node dissections (gynecologic oncology), nephrectomies (kidney removal) and cholecystectomies (gallbladder removal).
Upon completion of the PMA review, the FDA may: (i) approve the PMA which authorizes commercial marketing with specific prescribing information for one or more indications, which can be more limited than those originally sought; (ii) issue an approvable letter which indicates the FDA’s belief that the PMA is approvable and states what additional information the FDA requires, or the post-approval commitments that must be agreed to prior to approval; (iii) issue a “ not approvable” letter which outlines steps required for approval, but which are typically more onerous than those in an approvable letter, and may require additional clinical studies that are often expensive and time consuming and can delay approval for months or even years; or (iv) deny the application.
Upon completion of the PMA review, the FDA may: (i) approve the PMA which authorizes commercial marketing with specific prescribing information for one or more indications, which can be more limited than those originally sought; (ii) issue an approvable letter which indicates the FDA’s belief that the PMA is approvable and states what additional information the FDA requires, or the post-approval commitments that must be agreed to prior to approval; (iii) issue a “not approvable” letter which outlines steps required for approval, but which are typically more onerous than those in an approvable letter, and may require additional clinical studies that are often expensive and time consuming and can delay approval for months or even years; or (iv) deny the application.
Importantly, the therapeutic effects of AVIM therapy are designed to not rely on patient adherence or compliance, offering a significant complement to pharmaceutical therapies for which adherence and compliance are a key challenge. We estimate that the addressable annual market for pacemaker-indicated patients with HTN will comprise more than 750,000 patients worldwide by 2025.
Importantly, the therapeutic effects of AVIM therapy are designed to not rely on patient adherence or compliance, offering a significant complement to pharmaceutical therapies for which adherence and compliance are a key challenge. We estimate that the addressable annual market for pacemaker-indicated patients with HTN will comprise more than 750,000 patients worldwide by 2026.
This exclusivity period may be extended by an additional six months if certain requirements are met to qualify the product for pediatric exclusivity, including the receipt of a written request from the FDA that the 66 Table of Contents NDA holder conduct certain pediatric studies, the submission of study reports from such studies to the FDA after receipt of the written request and satisfaction of the conditions specified in the written request.
This exclusivity period may be extended by an additional six months if certain requirements are met to qualify the product for pediatric 61 Table of Contents exclusivity, including the receipt of a written request from the FDA that the NDA holder conduct certain pediatric studies, the submission of study reports from such studies to the FDA after receipt of the written request and satisfaction of the conditions specified in the written request.
We have a strategic collaboration with Terumo Medical Corporation (“Terumo”) for the development and commercialization of Virtue SAB for the treatment of coronary and peripheral artery disease.
We have a strategic collaboration with Terumo Corporation and Terumo Medical Corporation (collectively, “Terumo”) for the development and commercialization of Virtue SAB for the treatment of coronary and peripheral artery disease.
We expect that the BACKBEAT pivotal study will include at least 20 clinical study sites in the EU, including several sites that participated in the MODERATO I and II studies.
We expect that the BACKBEAT study will include at least 20 clinical study sites in the EU, including several sites that participated in the MODERATO I and II studies.
We believe the concept of combining balloon angioplasty with simultaneous delivery of anti-proliferative medication may offer incremental benefits over available interventional therapies by (i) preserving the artery’s original anatomy; (ii) enabling treatment of vessels where DES delivery is challenging, such as small and bifurcated vessels; (iii) offering potential clinical improvement in lesions where available interventional devices have shown poor performance, including below-the-knee and restenotic lesions; and (iv) minimizing the dependency on long-term dual antiplatelet therapy and associated bleeding risks.
We believe the concept of combining balloon angioplasty with simultaneous delivery of anti-proliferative medication may offer incremental benefits over available interventional therapies by (i) preserving the artery’s original anatomy; (ii) enabling treatment of vessels where DES delivery is challenging, such as small and bifurcated 26 Table of Contents vessels; (iii) offering potential clinical improvement in lesions where available interventional devices have shown poor performance, including below-the-knee and restenotic lesions; and (iv) minimizing the dependency on long-term dual antiplatelet therapy and associated bleeding risks.
ATI was subsequently acquired by Legacy Orchestra in December 2019. Our Strategic Holdings We own outright or maintains ownership of minority equity interests, convertible debt and/or royalty-stream interests in additional therapeutic device assets currently undergoing early-stage commercialization and further product development that we believe have growth and value appreciation potential.
ATI was subsequently acquired by Legacy Orchestra in December 2019. Our Strategic Holdings We own outright or maintain ownership of minority equity interests, convertible debt and/or royalty-stream interests in additional therapeutic device assets currently undergoing early-stage commercialization and further product development that we believe have growth and value appreciation potential.
Certain other changes to an approved device require the submission of a new PMA, such as when the design change causes a different intended use, mode of operation, and technical basis of operation, or when the design change is so significant that a new generation of the device will be developed, and the data that were submitted with the original PMA are not applicable for the change in demonstrating a reasonable assurance of safety and effectiveness. Clinical Studies Clinical studies are almost always required to support pre-market approval and are sometimes required for 510(k) clearance.
Certain other changes to an approved device require the submission of a new PMA, such as when the design change causes a different intended use, mode of operation, and technical basis of operation, or when the design change is so significant that a new generation of the device will be developed, and the data that were submitted with the original PMA are not applicable for the change in demonstrating a reasonable assurance of safety and effectiveness. 52 Table of Contents Clinical Studies Clinical studies are almost always required to support pre-market approval and are sometimes required for 510(k) clearance.
Some trials also include oversight by an independent group of qualified experts organized by the clinical study sponsor, known as a Data Safety Monitoring Board, which provides authorization for whether or not a study may move forward at designated check points based on access to certain data from the study and may halt the clinical study based on prespecified criteria, for example, if it determines that there is an unacceptable safety risk for subjects or other grounds, such as no demonstration of efficacy.
Some trials also include oversight by an independent group of qualified experts organized by the clinical study sponsor, known as a Data Safety Monitoring Board, which provides authorization for whether or not a study may move forward at designated check points based on access to certain data from the study and may halt the clinical study based on prespecified criteria, for example, if it determines that there is an unacceptable safety risk for subjects 58 Table of Contents or other grounds, such as no demonstration of efficacy.
On January 8, 2024, we announced that the first patient was enrolled and randomized into the BACKBEAT pivotal study in late December 2023.
On January 8, 2024, we announced that the first patient was enrolled and randomized into the BACKBEAT study in late December 2023.
BIOELECTRONIC PRODUCT CANDIDATES — BackBeat CNT (AVIM Therapy) for Hypertension and CNT-HF for Heart Failure We are developing bioelectronic therapies based on patented CNT technology. Our product candidates are designed to use standard active implantable cardiac rhythm management systems, such as pacemakers, with changes to firmware and software only.
BIOELECTRONIC PRODUCT CANDIDATES — AVIM Therapy for Uncontrolled Hypertension and CNT-HF for Heart Failure We are developing bioelectronic therapies based on patented CNT technology. Our product candidates are designed to use standard active implantable cardiac rhythm management systems, such as pacemakers, with changes to firmware and software only.
SirolimusEFR — Additional Focal Therapies Product Candidates and Development Initiatives We are also seeking to establish a pipeline of additional targeted therapeutic product candidates for development and future licensing based on our proprietary SirolimusEFR formulation as well as, potentially, the microporous AngioInfusion balloon technology used in the Virtue SAB.
SirolimusEFR — Additional Interventional Therapies Product Candidates and Development Initiatives We are also seeking to establish a pipeline of additional targeted therapeutic product candidates for development and future licensing based on our proprietary SirolimusEFR formulation as well as, potentially, the microporous AngioInfusion balloon technology used in the Virtue SAB.
The AngioInfusion Balloon is designed to offer the following benefits: • Enable high-pressure angioplasty to dilate artery, restoring blood flow; • Protect SirolimusEFR in transit to deliver the intended therapeutic dose at the target lesion; • Deliver SirolimusEFR simultaneously with angioplasty; and • Leave no permanent implant behind. 32 Table of Contents • Our proprietary, investigational SirolimusEFR powered by Sostenocel, a fully bioabsorbable technology, is designed to enable extended focal release of a therapeutic dose of the anti-restenotic sirolimus over the critical healing period.
The AngioInfusion Balloon is designed to offer the following benefits: • Enable high-pressure angioplasty to dilate artery, restoring blood flow; • Protect SirolimusEFR in transit to deliver the intended therapeutic dose at the target lesion; • Deliver SirolimusEFR simultaneously with angioplasty; and • Leave no permanent implant behind. • Our proprietary, investigational SirolimusEFR powered by Sostenocel, a fully bioabsorbable technology, is designed to enable extended focal release of a therapeutic dose of the anti-restenotic sirolimus over the critical healing period.
Revenue share payments with respect to each applicable country (or group of countries) are to be paid for a minimum period of time determined by the latest to occur of (a) the expiration of the last valid claim of certain specified patents (as well as any patents claiming priority to, from or through such patents) (the “Patent-Based Expiration”) or (b) the date that is 12 years after the first commercial sale of any Backbeat CNT-enabled pacemakers in the applicable country or group of countries (the “Time-Based Revenue Share Expiration”).
Revenue share payments with respect to each applicable country (or group of countries) are to be paid for a minimum period of time determined by the latest to occur of (a) the expiration of the last valid claim of certain specified patents (as well as any patents claiming priority to, from or through such patents) (the “Patent-Based Expiration”) or (b) the date that is 12 years after the first commercial sale of any AVIM-enabled pacemakers in the applicable country or group of countries (the “Time-Based Revenue Share Expiration”).
Post-Approval Requirements Drugs manufactured or distributed pursuant to FDA approvals are subject to pervasive and continuing regulation by the FDA and other government authorities, including, among other things, requirements relating to recordkeeping, periodic reporting, product sampling and distribution, advertising and promotion and reporting of adverse experiences with the product.
Post-Approval Requirements Drugs manufactured or distributed pursuant to FDA approvals are subject to pervasive and continuing regulation by the FDA and other government authorities, including, among other things, requirements relating to recordkeeping, periodic reporting, product sampling and distribution, product tracking and tracing, advertising and promotion and reporting of adverse experiences with the product.
The AngioInfusion Package is expected to be stored at room temperature with target shelf-life of two years at commercial launch (shelf-life independent of SirolimusEFR Package), if approved. • SirolimusEFR Package: This package includes SirolimusEFR in freeze-dried powder form in a vial with all components needed to reconstitute the formulation and set the desired dose to be delivered for the target lesion based on length and vessel diameter according to the Dose Chart and IFU provided in the package.
The AngioInfusion Package is expected to be stored at room temperature with a target shelf-life of two years at commercial launch (shelf-life independent of SirolimusEFR Package), if approved. 30 Table of Contents • SirolimusEFR Package: This package includes SirolimusEFR in freeze-dried powder form in a vial with all components needed to reconstitute the formulation and set the desired dose to be delivered for the target lesion based on length and vessel diameter according to the Dose Chart and IFU provided in the package.
According to the SVB Healthcare Report 2019, approximately 85% of venture-backed medical device companies that were acquired by larger companies required commercial traction prior to their acquisition. 41 Table of Contents • Emerging medical device companies are increasingly required to commercialize their technologies, a process which is both expensive and challenging in a highly consolidated industry, forcing investors to deploy more capital and also prioritize commercial-stage or near commercial-stage companies.
According to the SVB Healthcare Report 2019, approximately 85% of venture-backed medical device companies that were acquired by larger companies required commercial traction prior to their acquisition. • Emerging medical device companies are increasingly required to commercialize their technologies, a process which is both expensive and challenging in a highly consolidated industry, forcing investors to deploy more capital and also prioritize commercial-stage or near commercial-stage companies.
Solely for convenience, trademarks and trade names referred to in this Annual Report on Form 10-K, including logos, artwork, and other visual displays, may appear without the ® or ™ symbols, but such references are not intended to indicate in any way that we will not assert, to the fullest extent under applicable law, our right or the rights of the applicable licensor to these trademarks and trade names.
Solely for convenience, trademarks and trade names referred to in this Annual Report on 45 Table of Contents Form 10-K, including logos, artwork, and other visual displays, may appear without the ® or ™ symbols, but such references are not intended to indicate in any way that we will not assert, to the fullest extent under applicable law, our right or the rights of the applicable licensor to these trademarks and trade names.
Further, we believe any experienced and trained physicians who perform pacemaker implants, such as electrophysiologists and cardiologists, will be able to select a AVIM therapy-enabled pacemaker for an appropriate patient without the need for another physician referral, if approved.
Further, we believe any experienced and trained physicians who perform pacemaker implants, such as electrophysiologists and cardiologists, will be able to select an AVIM-enabled pacemaker for an appropriate patient without the need for another physician referral, if approved.
This chart demonstrates that (1) BackBeat CNT drove a substantial reduction of 24-hour aSBP from baseline levels (shown in orange with each box representing a full 24-hour period of aSBP measurement); (2) this blood pressure reduction was maintained through the period that BackBeat CNT was active (as reflected in the orange line made up of orange boxes); and (3) blood pressure levels took more than 10 days to return to baseline levels after BackBeat CNT was turned off, indicating that sympathetic tone responses and afterload levels were potentially modulated by chronic delivery of BackBeat CNT since aSBP levels would be expected to return immediately to baseline levels if sympathetic tone and afterload were not modulated.
This chart demonstrates that (1) AVIM therapy drove a substantial reduction of 24-hour aSBP from baseline levels (shown in orange with each box representing a full 24-hour period of aSBP measurement); (2) this blood pressure reduction was maintained through the period that AVIM therapy was active (as reflected in the orange line made up of orange boxes); and (3) blood pressure levels took more than 10 days to return to baseline levels after AVIM therapy was turned off, indicating that sympathetic tone responses and afterload levels were potentially modulated by chronic delivery of AVIM therapy since aSBP levels would be expected to return immediately to baseline levels if sympathetic tone and afterload were not modulated.
The new clinical data demonstrate the favorable hemodynamic impact of AVIM therapy as compared to standard right ventricular (RV) pacing on systolic blood pressure and overall cardiac function when delivered using both conduction system as well as standard pacing lead locations.
The new clinical data demonstrate the favorable hemodynamic impact of AVIM therapy as compared to standard right ventricular (“RV”) pacing on systolic blood pressure and overall cardiac function when delivered using both conduction system as well as standard pacing lead locations.
We believe that physicians such as implanting cardiologists and electrophysiologists who currently implant pacemakers and are responsible for the care of these patients can make the medical decision to implant a AVIM therapy-enabled pacemaker in an eligible patient.
We believe that physicians such as implanting cardiologists and electrophysiologists who currently implant pacemakers and are responsible for the care of these patients can make the medical decision to implant an AVIM-enabled pacemaker in an eligible patient.
Concerns of drug loss in transit and risk of particulates have prompted existing drug-coated balloon manufacturers to recommend balloon inflation within 30 seconds of balloon insertion into the patient, making it challenging for physicians to reach target lesions and ensure proper placement in such a short period of time, particularly in difficult coronary and peripheral lesions such ISR, small vessel disease, and below-the-knee disease.
Concerns of drug loss in transit and risk of particulates have prompted existing drug-coated balloon manufacturers to recommend balloon inflation within 30 seconds of balloon insertion into the patient, making it challenging for physicians to reach target lesions and ensure proper placement in such a short period of time, particularly in difficult coronary and peripheral lesions such ISR, small 27 Table of Contents vessel disease, and below-the-knee disease.
By contrast, in case of drug-delivery products intended to administer a medicinal product where the device and the medicinal product do not form a single integral product (but are e.g., co-packaged), the medicinal product is regulated in 71 Table of Contents accordance with the rules for medicinal products described above while the device part is regulated as a medical device and will have to comply with all the requirements set forth by the EU Medical Devices Regulation.
By contrast, in case of drug-delivery products intended to administer a medicinal product where the device and the medicinal product do not form a single integral product (but are e.g., co-packaged), the medicinal product is regulated in accordance with the rules for medicinal products described above while the device part is regulated as a medical device and will have to comply with all the requirements set forth by the EU Medical Devices Regulation.
Virtue SAB is currently protected by six issued U.S. patents and 21 issued patents outside the United States with additional patent applications pending in the United States and in countries outside of the United States covering key aspects of Virtue SAB product design, clinical application and enabling technology.
Virtue SAB is currently protected by 7 issued U.S. patents and 21 issued patents outside the United States with additional patent applications pending in the United States and in countries outside of the United States covering key aspects of Virtue SAB product design, clinical application and enabling technology.
Advancing a High-Impact Pipeline (1) Will seek to leverage data from the pilot and pivotal trials involving HTN in patients indicated for a cardiac pacemaker (the “HTN+P population” or the “Primary Field”) to support clinical and regulatory development for High-Risk HTN indication given that age and other demographic factors of the target population are expected to be similar, the type of hypertension treated will likely be isolated systolic hypertension which is predominant in the HTN+P population, and other co-morbidities are also expected to be common to both target populations.
Advancing a High-Impact Pipeline 1 Will seek to leverage data from the pilot and pivotal trials involving HTN in patients indicated for a cardiac pacemaker (the “HTN+P population” or the “Primary Field”) to support clinical and regulatory development for HTN with high cardiovascular risk in patients not yet indicated for a pacemaker indication given that age and other demographic factors of the target population are expected to be similar, the type of hypertension treated will likely be isolated systolic hypertension which is predominant in the HTN+P population, and other co-morbidities are also expected to be common to both target populations.
Other potential consequences include, among other things: • restrictions on the marketing or manufacturing of the product or complete withdrawal of the product from the market; • fines, warning letters or holds on ongoing or proposed clinical studies; • refusal of the FDA to approve pending NDAs or supplements to approved NDAs, or suspension or revocation of product license approvals; • product seizure or detention, or refusal to permit the import or export of products; • consent decrees, corporate integrity agreements, debarment or exclusion from federal healthcare programs; • mandated modification of promotional materials and labeling and the issuance of corrective information; 67 Table of Contents • the issuance of safety alerts, Dear Healthcare Provider letters, press releases and other communications containing warnings or other safety information about the product; or • injunctions or the imposition of civil or criminal penalties.
Other potential consequences include, among other things: • restrictions on the marketing or manufacturing of the product or complete withdrawal of the product from the market; • fines, warning letters or holds on ongoing or proposed clinical studies; • refusal of the FDA to approve pending NDAs or supplements to approved NDAs, or suspension or revocation of product license approvals; • product seizure or detention, or refusal to permit the import or export of products; • consent decrees, corporate integrity agreements, debarment or exclusion from federal healthcare programs; • mandated modification of promotional materials and labeling and the issuance of corrective information; • the issuance of safety alerts, Dear Healthcare Provider letters, pre ss releases and other communications containing warnings or other safety information about the product; or 62 Table of Contents • injunctions or the imposition of civil or criminal penalties.
Revenue share payments with respect to each applicable country (or group of countries) are to be paid for a minimum period of time determined by the latest to occur of (a) the expiration of the last valid claim of certain specified patents or (b) the date that is 12 years after the first commercial sale of any Backbeat CNT-enabled pacemakers in the applicable country or group of countries.
Revenue share payments with respect to each applicable country (or group of countries) are to be paid for a minimum period of time determined by the latest to occur of (a) the expiration of the last valid claim of certain specified patents or (b) the date that is 12 years after the first commercial sale of any AVIM-enabled pacemakers in the applicable country or group of countries.
Cardiac preload is the amount of stretching of the ventricle of the heart driven by the volume of blood that fills the ventricle. Pacing with shorter AV delays reduces fill volume and, thereby, cardiac preload. Lower preload results in lower blood pressure. 10 Table of Contents 2.
Cardiac preload is the amount of stretching of the ventricle of the heart driven by the volume of blood that fills the ventricle. Pacing with shorter AV delays reduces fill volume and, thereby, cardiac preload. Lower preload results in lower blood pressure. 9 Table of Contents 2.
BackBeat CNT was delivered via pacing algorithms in a prototype device in the canine model. Chronic delivery of BackBeat CNT significantly reduced 24-hour aSBP by an average of 32.5 mmHg over a one-month period (n=4). The reduction occurred immediately upon activation of therapy and was maintained for the period that the therapy was active (approximately 30 days).
AVIM therapy was delivered via pacing algorithms in a prototype device in the canine model. Chronic delivery of AVIM therapy significantly reduced 24-hour aSBP by an average of 32.5 mmHg over a one-month period (n=4). The reduction occurred immediately upon activation of therapy and was maintained for the period that the therapy was active (approximately 30 days).
Published quantitative analysis of various drug-coated balloons showed a substantial number of large particles (>300μm). Large particles have the potential to occlude microvessels downstream following balloon inflation. 29 Table of Contents In addition, third-party clinical data demonstrated that 50 – 80% of drug was washed or scraped off during transit to the target lesion prior to balloon inflation.
Published quantitative analysis of various drug-coated balloons showed a substantial number of large particles (>300μm). Large particles have the potential to occlude microvessels downstream following balloon inflation. In addition, third-party clinical data demonstrated that 50 – 80% of drug was washed or scraped off during transit to the target lesion prior to balloon inflation.
Further, recently there has been heightened governmental scrutiny over the manner in which manufacturers set prices for their marketed products, which has resulted in several U.S. Congressional inquiries and proposed and enacted federal and state legislation designed to bring transparency to product pricing and reduce the cost of products and services under government healthcare programs.
Further, recently there has been heightened governmental scrutiny over the manner in which manufacturers set prices for their marketed products, which has resulted in several U.S. Congressional inquiries and proposed and enacted federal and state legislation designed to bring 69 Table of Contents transparency to product pricing and reduce the cost of products and services under government healthcare programs.
To the extent there are revenue share payments made under the Medtronic Agreement after the Time-Based Revenue Share Expiration and prior to the Patent-Based Expiration, those payments would likely be based on intellectual property we develop in the future, and not the current patents held by us. BackBeat CNT and CNT-HF are also protected by trade secrets and proprietary know-how.
To the extent there are revenue share payments made under the Medtronic Agreement after the Time-Based Revenue Share Expiration and prior to the Patent-Based Expiration, those payments would likely be based on intellectual property we develop in the future, and not the current patents held by us. AVIM therapy and CNT-HF are also protected by trade secrets and proprietary know-how.
The patient had an excellent post-procedure outcome which was maintained through angiographic follow-up at 193 days. The LLL was measured at -0.03 mm. 37 Table of Contents Patient 2 (11-03) : Patient presented with a 17.8 mm diffuse lesion of mid-left arterior descending artery following implantation of a DES seven months prior.
The patient had an excellent post-procedure outcome which was maintained through angiographic follow-up at 193 days. The LLL was measured at -0.03 mm. Patient 2 (11-03): Patient presented with a 17.8 mm diffuse lesion of mid-left arterior descending artery following implantation of a DES seven months prior.
Many of these competitors are large, well-capitalized companies with significantly greater market share and resources than we have. As a consequence, they are able to spend more on product development, marketing, sales and other product initiatives than we can. We also compete with smaller medical device companies that have single products or a limited range of products.
Many of these competitors are large, well-capitalized companies with significantly greater market share and resources than we have. Consequently, they are able to spend more on product development, marketing, sales and other product initiatives than we can. We also compete with smaller medical device companies that have single products or a limited range of products.
Class III devices such as the BackBeat CNT and CNT-HF product candidates require PMA approval before they can be marketed, although some pre-amendment Class III devices for which FDA has not yet required a PMA are cleared through the 510(k) process. The PMA application process is much more demanding than the 510(k) clearance process.
Class III devices such as the AVIM therapy and CNT-HF product candidates require PMA approval before they can be marketed, although some pre-amendment Class III devices for which FDA has not yet required a PMA are cleared through the 510(k) process. The PMA application process is much more demanding than the 510(k) clearance process.
For additional information regarding obligations under federal healthcare statues and regulations, please see the section titled “ Risk Factors — Risks Related to Government Regulation and Our Industry — Our relationships with physicians, patients and payors in the United States and elsewhere may be subject, directly or indirectly, to applicable anti-kickback, fraud and abuse, false claims, transparency, and other healthcare laws and regulations .” 74 Table of Contents United States Healthcare Reform There have been and continue to be proposals by the federal government, state governments, regulators and third-party payors to control or manage the increased costs of healthcare and, more generally, to reform the U.S. healthcare system.
For additional information regarding obligations under federal healthcare statues and regulations, please see the section titled “Risk Factors — Risks Related to Government Regulation and Our Industry — Our relationships with physicians, patients and payors in the United States and elsewhere may be subject, directly or indirectly, to applicable anti-kickback, fraud and abuse, false claims, transparency, and other healthcare laws and regulations.” United States Healthcare Reform There have been and continue to be proposals by the federal government, state governments, regulators and third-party payors to control or manage the increased costs of healthcare and, more generally, to reform the U.S. healthcare system.
Approximately 8.5 million people over age 40 in the United States have PAD, including up to 20% of individuals older than age 60, according to the CDC. Interventional Cardiology Interventional cardiology is a medical specialty that uses minimally invasive transcatheter, percutaneous technologies and techniques to treat artery disease and atherosclerosis.
The CDC also estimates approximately 8.5 million people over age 40 in the United States have PAD, including up to 20% of individuals older than age 60. Interventional Cardiology Interventional cardiology is a medical specialty that uses minimally invasive transcatheter, percutaneous technologies and techniques to treat artery disease and atherosclerosis.
The limitations of DES prompted innovation for improved solutions that enable local delivery of anti-proliferative drugs while not leaving a permanent metal implant in the vessel. Bioabsorbable vascular scaffolds (“ BVS ”), were developed with the objective of performing like stents while eventually dissolving and leaving nothing behind after a few years.
The limitations of DES prompted innovation for improved solutions that enable local delivery of anti-proliferative drugs while not leaving a permanent metal implant in the vessel. Bioabsorbable vascular scaffolds (“BVS”), were developed with the objective of performing like stents while eventually dissolving and leaving nothing behind after a few years.
Class I devices are deemed to be low risk and are those for which safety and effectiveness can be assured by adherence to the FDA’s General Controls for medical devices, which include compliance with the applicable portions of the QSR, facility registration and product listing, reporting of adverse 55 Table of Contents medical events and truthful and non-misleading advertising and promotion.
Class I devices are deemed to be low risk and are those for which safety and effectiveness can be assured by adherence to the FDA’s General Controls for medical devices, which include compliance with the applicable portions of the QSR, facility registration and product listing, reporting of adverse medical events and truthful and non-misleading advertising and promotion.
We further believe the substantial potential added clinical value and differentiation of BackBeat CNT-enabled pacemakers can help Medtronic potentially expand market share and grow revenue. Under the terms of the Medtronic Agreement, Medtronic will have exclusive rights in the Primary Field to commercialize BackBeat CNT-enabled pacing systems globally following receipt of regulatory approvals.
We further believe the substantial potential added clinical value and differentiation of AVIM-enabled pacemakers can help Medtronic potentially expand market share and grow revenue. Under the terms of the Medtronic Agreement, Medtronic will have exclusive rights in the Primary Field to commercialize AVIM-enabled pacing systems globally following receipt of regulatory approvals.
Furthermore, these patients are likely to suffer from other co-morbidities common to this population such as atherosclerosis, hyperlipidemia, diabetes mellitus and chronic kidney disease. We believe these patients could benefit substantially from a HTN therapy like BackBeat CNT that can be administered via an already necessary pacemaker.
Furthermore, these patients are likely to suffer from other co-morbidities common to this population such as atherosclerosis, hyperlipidemia, diabetes mellitus and chronic kidney disease. We believe these patients could benefit substantially from a HTN therapy like AVIM therapy that can be administered via an already necessary pacemaker.
Target Patient Populations and Market Opportunity for AVIM Therapy The initial target market for AVIM therapy (BackBeat CNT) is the large population of patients with uncontrolled HTN who also require the implant or replacement of a pacemaker (the HTN+P population).
Target Patient Populations and Market Opportunity for AVIM Therapy The initial target market for AVIM therapy is the large population of patients with uncontrolled HTN who also require the implant or replacement of a pacemaker (the HTN+P population).
Based on the balloon size selected, the required dose volume of the reconstituted liquid formulation is loaded into the Dose Unit. The SirolimusEFR-loaded Dose Unit is connected to the AngioInfusion Balloon catheter. 2. Prime the catheter • The AngioInfusion Balloon is a semi-compliant microporous balloon.
Based on the balloon size selected, the required dose volume of the reconstituted liquid formulation is loaded into the Dose Unit. The SirolimusEFR-loaded Dose Unit is connected to the AngioInfusion Balloon catheter. 2. Prime the cathete r • The AngioInfusion Balloon is a semi-compliant microporous balloon.
Sherman assumed control of ATI in 2009 and proceeded to found new companies that developed Virtue SAB (Caliber Therapeutics), BackBeat CNT (BackBeat Medical), and the FreeHold Duo and Trio Retractors (FreeHold Surgical). Legacy Orchestra’s business was formed in May 2018 upon the merger of these three entities and a concurrent recapitalization.
Sherman assumed control of ATI in 2009 and proceeded to found new companies that developed Virtue SAB (Caliber Therapeutics), AVIM therapy (BackBeat Medical), and the FreeHold Duo and Trio Retractors (FreeHold Surgical). Legacy Orchestra’s business was formed in May 2018 upon the merger of these three entities and a concurrent recapitalization.
Programmed variable blood pressure patterns (achieved using programmed pacing with a combination of shorter and longer AV delays) designed to maintain average blood pressure reduction by modulating sympathetic tone and reducing cardiac afterload. Sympathetic tone refers to the level of activity of the sympathetic nervous system response which is known to drive and maintain elevated blood pressures.
Programmed variable blood pressure patterns (achieved using programmed pacing with a combination of short and intermittent longer AV delays) designed to maintain average blood pressure reduction by modulating sympathetic tone and reducing cardiac afterload. Sympathetic tone refers to the level of activity of the sympathetic nervous system response which is known to drive and maintain elevated blood pressures.
Such risk-minimization measures or post-authorization obligations may include additional safety monitoring, more frequent submission of PSURs, or the conduct of additional clinical studies or post-authorization safety studies. The advertising and promotion of medicinal products is also subject to laws concerning promotion of medicinal products, interactions with physicians, misleading and comparative advertising and unfair commercial practices.
Such risk-minimization measures or post-authorization obligations may include additional safety monitoring, more frequent submission of PSURs, or the conduct of additional clinical studies or post-authorization safety studies. 65 Table of Contents The advertising and promotion of medicinal products is also subject to laws concerning promotion of medicinal products, interactions with physicians, misleading and comparative advertising and unfair commercial practices.
Two-year follow-up data available from these 21 patients was presented for the first time in October 2017 at the Transcatheter Cardiovascular Therapeutics (TCT) conference in Denver, Colorado.
Two-year follow-up data available from these 21 patients was presented for the first time in October 2017 at the Transcatheter Cardiovascular Therapeutics (“TCT”) conference in Denver, Colorado.
Specifically, a manufacturer must demonstrate that the device achieves its intended performance during normal conditions of use, that the known and 59 Table of Contents foreseeable risks, and any adverse events, are minimized and acceptable when weighed against the benefits of its intended performance, and that any claims made about the performance and safety of the device are supported by suitable evidence.
Specifically, a manufacturer must demonstrate that the device achieves its intended performance during normal conditions of use, that the known and foreseeable risks, and any adverse events, are minimized and acceptable when weighed against the benefits of its intended performance, and that any claims made about the performance and safety of the device are supported by suitable evidence.
Healthcare Fraud Statute 73 Table of Contents The Health Insurance Portability and Accountability Act of 1996, as amended by the Health Information Technology for Economic and Clinical Health Act of 1996 (“ HIPAA”) and its implementing regulations created federal criminal statutes that prohibit, among other things, knowingly and willfully executing, or attempting to execute, a scheme to defraud any healthcare benefit program, including private third-party payors knowingly and willfully falsifying, concealing or covering up a material fact or making any materially false, fictitious or fraudulent statement or representation, or making or using any false writing or document knowing the same to contain any materially false, fictitious or fraudulent statement or entry, in connection with the delivery of or payment for healthcare benefits, items or services.
Healthcare Fraud Statute The Health Insurance Portability and Accountability Act of 1996, as amended by the Health Information Technology for Economic and Clinical Health Act of 1996 (“HIPAA”) and its implementing regulations created federal criminal statutes that prohibit, among other things, knowingly and willfully executing, or attempting to execute, a scheme to defraud any healthcare benefit program, including private third-party payors knowingly and willfully falsifying, concealing or covering up a material fact or making any materially false, fictitious or fraudulent statement or representation, or making or using any false writing or document knowing the same to contain any materially false, fictitious or fraudulent statement or entry, in connection with the delivery of or payment for healthcare benefits, items or services.