PANTHERx® Rare Pharmacy Selected by Alnylam Pharmaceuticals to Distribute GIVLAARI™ (givosiran)

PR Newswire | December 12, 2019

PANTHERx® Rare Pharmacy announces that it has been selected by Alnylam Pharmaceuticals as a very limited distribution partner for the novel drug GIVLAARI™ (givosiran). GIVLAARI is the first and only FDA-approved medicine indicated for the treatment of adults with Acute Hepatic Porphyria (AHP). GIVLAARI becomes the second RNAi therapeutic from Alnylam approved by the FDA in the last 16 months and the first-ever approved GalNAc-Conjugate RNA therapeutic, a landmark in the advancement of precision genetic medicines. The FDA approval of GIVLAARI was received less than four months after the New Drug Application (NDA) filing acceptance and was based on positive results from the ENVISION Phase 3 study, a randomized, double-blind, placebo-controlled,

Spotlight

Bigger is better, right? If you’re trying to insult someone you might call them a “pea brain” or tell them they have a “bird brain,” but as it turns out, brain size does not correlate with intelligence. The human brain, in relation our body size and that of other primates, is bigger than the brains of apes or monkeys, and it’s been steadily gaining in size over the past couple of million years.

Spotlight

Bigger is better, right? If you’re trying to insult someone you might call them a “pea brain” or tell them they have a “bird brain,” but as it turns out, brain size does not correlate with intelligence. The human brain, in relation our body size and that of other primates, is bigger than the brains of apes or monkeys, and it’s been steadily gaining in size over the past couple of million years.

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Tris Pharma Announces Development of a Very Low Sodium and Once-Nightly Oxybate Formulation

Tris Pharma, Inc. | July 28, 2022

Tris Pharma, Inc. a fully integrated pharmaceutical company with a robust portfolio of CNS products announced that it has successfully developed an oxybate formulation for the treatment of cataplexy or excessive daytime sleepiness n patients 7 years of age and older with narcolepsy that has the potential to be significantly advantageous to existing approved therapies, such as Jazz Pharmaceuticals' blockbuster XYWAV® and XYREM® franchise. The Tris oxybate formulation is believed to provide an advantage over approved therapies by utilizing Tris's proprietary LiquiXR technology platform and our newly developed RaftWorks design to provide a unique oxybate formulation offering both once-nightly dosing, and very low sodium content. The Tris oxybate formulation is investigational and not yet approved by any regulatory agency. Both XYWAV® and XYREM® require twice a night dosing – once at bedtime and again 2.5 to 4 hours later for the second dose. Further, XYREM contains an express warning based on its high sodium content and associated risk to patients with heart failure, hypertension or impaired renal function. The Tris oxybate formulation seeks to improve on existing therapies by providing convenient once per night dosing, and significantly reduced sodium content such that it will contain less than 100 mg of sodium per 9.0 gm of maximum sodium oxybate equivalent dose. Based on the significant potential advantage the Tris oxybate formulation could provide over existing available therapies, Tris is pursuing an Orphan Drug Designation for its unique oxybate formulation. In a human clinical study, Tris established about 100% bioavailability for one dose of its formulation against two doses of XYREM at 4.5 gm each, equivalent to the 9.0 gm maximum dose of sodium oxybate. If approved, the Tris product will provide significant advantages in that patients will not have to wake up in the middle of the night to take a second dose and will have all the benefits of a very low sodium product. The Tris oxybate product achieved its clinical objectives by combining two distinct proprietary Tris technologies: the LiquiXR platform, and the newly developed RaftWorks design. Working together, these unique formulation platforms provide an interpenetrating network raft in-situ, in which sodium-free drug particles are entrapped in a raft that allows for extended release of the active ingredient. Many drugs, such as oxybate, are poorly absorbed because they have a narrow window of absorption within the human gastro-intestinal tract. The RaftWorks approach permits a slow and extended release of oxybate from a floating raft in-situ, thereby facilitating absorption of the active ingredient within the targeted area in the gastro-intestinal tract. Further, the raft disintegrates at a predetermined time due to the trigger mechanism that is built into the formulation. "This unique formulation design by Tris scientists potentially achieves drug delivery capabilities that have never previously been achieved within our industry. We are looking to build on this approach and develop extended-release formulations for other drugs that are limited by their narrow window of absorption." Ketan Mehta, Founder and Chief Executive Officer of Tris About Narcolepsy Narcolepsy, a chronic and disabling neurological disorder that affects the stability of sleep and wakefulness, is characterized primarily by excessive daytime sleepiness, with or without episodic loss of muscle tone usually triggered by strong emotions during wakefulness (cataplexy) 1-4. Additional symptoms can vary by person and may include disrupted nighttime sleep, and REM-sleep phenomena (sleep paralysis, hallucinations). The exact number of individuals with narcolepsy in the United States is unknown. Several studies have estimated the prevalence of narcolepsy in the United States to be approximately 1 (range: 0.6 to 1.6) in 2,000 people 2,4-6. There is currently no cure for narcolepsy; treatment of symptoms includes medications and lifestyle modifications 1. About Tris Pharma Tris is a fully integrated, innovation-driven CNS company that provides a differentiated approach to target unmet medical needs, including the application of novel technologies designed to enhance patient benefits across therapeutic categories. Tris's CNS portfolio includes treatments for pain; addiction; spasticity in multiple sclerosis, cerebral palsy; narcolepsy; and ADHD.

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DiMe Releases Toolkits to Improve Sensor Data Integration and Power Better, Faster Global Healthcare and Research

Digital Medicine Society | July 18, 2022

Today, the Digital Medicine Society released the Sensor Data Integrations Toolkits, four comprehensive toolkits to guide data producers, processors, and consumers to use the influx of data from the increased use of wearables and digital sensing products at scale. These resources are based on the Sensor Data Integrations project, comprised of healthcare leaders from Amazon Web Services Oracle, the Moffitt Cancer Center, Takeda, the US Department of Veterans Affairs and more. These toolkits will help realize the promise of sensor generated data to drive better decisions, faster, to improve healthcare delivery and research. The project team will conduct a demo of the toolkits during a live launch event on July 18 at 10:30 am ET, featuring Micky Tripathi, the National Coordinator for Health Information Technology at the US Department of Health and Human Services. The surge of data from sensor technologies is far outpacing the industry's ability to collect, store, analyze, protect, and use this data effectively for patient care and research. The number of US patients using remote patient monitoring devices is expected to surpass 70 million by 2025. Between 2022 and 2028, the global market for wearable technology is expected to grow around 18.5 percent, reaching $380.5 billion. The number of unique digital endpoints being used in industry sponsored trials of new medical products increased by over 950% between October 2019 and May 2022. The number of sponsors using these products in medical product development increased from 12 to 96 in the same timespan. And while the ability to discern high-quality sensor data suitable for clinical decision making is increasing rapidly, the ability to access these data is constrained by a current dependence on individual point solutions. "Sensor generated data, captured during people's daily lives, offer the opportunity to redefine how we measure health and disease. This opportunity powers the possibility of using high quality, high resolution flows of data to reimagine our approach to healthcare and research, leveraging more complete information to improve individual clinical decisions, decisions about the effectiveness of new medical products, and broader policy and public health decisions. DiMe's new Sensor Data Integrations Toolkits provide action-oriented resources to help data producers, processors, and consumers come together to create a sensor data ecosystem suitable for scale." DiMe CEO Jennifer Goldsack AWS has contributed customer feedback and technical expertise to ensure the toolkit meets the needs of today's modern healthcare system. "Across every industry, we see companies trying to accelerate their path to the cloud," said Lita Sands, Head of Solutions Life Sciences at AWS. "Timelines are getting quicker while the data collected is increasing exponentially – there is a clear and significant need for how to effectively and securely collect and use this information at scale. DiMe's new toolkits are a lifeline to organizations working with sensor data. They offer a comprehensive starting point for data producers, processors, and consumers to help build an integrated pipeline to support better and faster decision making." The development of these toolkits builds on DiMe's previous pre-competitive initiatives, such as The Playbook, the essential guide for developing and deploying digital clinical measures to advance patient care, clinical research, and public health. The Sensor Data Integrations Toolkits go further to ensure that high quality sensor data can be used at scale to improve patient care and speed efficient medical product development. The DiMe community is currently working on additional projects related to taking digitally generated data to scale and will be releasing additional resources over the coming months. DiMe is not only committed to creating and disseminating new digital health approaches and tools, but also sharing user experiences with the broader community. We encourage Sensor Data Integrations Toolkits users to contribute to Dime's "Resources in Action" case study hub by sharing how you are using resources to further the safe, effective, equitable, and ethical use of digital medicine to redefine healthcare and improve human health. The leading organizations from across the global healthcare, research, and digital health innovation sectors that collaborated with DiMe to create these open-access resources are AWS, Elevance Health, Evidation, US Food and Drug Administration (FDA), Human First, Institute of Electrical and Electronics Engineers, Medable, Moffitt Cancer Center, Open mHealth, Oracle, Savvy, Takeda, and US Department of Veterans Affairs (VA). About the Digital Medicine Society DiMe is a global non-profit and the professional home for all members of the digital medicine community. Together, we tackle the toughest digital medicine challenges, develop clinical-quality resources on a technology timeline, and deliver these actionable resources to the field via open-source channels and educational programs. Join us to advance the ethical, effective, equitable, and safe use of digital medicine to redefine healthcare and improve lives.

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ERS Genomics and Lepton Pharmaceuticals LTD Enter CRISPR/Cas9 License Agreement

ERS Genomics | July 27, 2022

ERS Genomics Limited is pleased to announce a new license agreement with Lepton Pharmaceuticals LTD. This is a non-exclusive licensing agreement granting Lepton access to the ERS CRISPR/Cas9 patent portfolio for certain applications. ERS, co-founded by Dr. Emmanuelle Charpentier, 2020 Nobel Prize winner for gene-editing, provides access to the foundational CRISPR/Cas9 intellectual property. Over 90 patents are held in over eighty countries. Lepton Pharmaceutical LTD is a biotechnology company developing a proprietary, breakthrough technology to substantially improve adaptive cell-mediated immune response. "We are very pleased to establish this relationship and license agreement with ERS Genomics. It will greatly assist us to develop our innovative Castling technology to significantly improve immune cells efficiency and longevity to fight cancer." Dr. Daniel Zurr, CEO of Lepton Eric Rhodes, CEO at ERS Genomics added: "Lepton's Castling technology has great potential to impact the field of immunotherapies and we are pleased to help enable Lepton in pursuing this exciting approach." The Castling technology is a proprietary, miRNA-based general technology platform, essentially consisting of the manipulation of miRNA expression to achieve enhanced efficacy and longevity (reduced exhaustion) of cell-based therapies. miRNAs are noncoding RNAs that each affects the expression of hundreds of coding genes. The Castling technology allows, in a single gene editing event in the immune cell (either allogeneic or autologous), to impact the expression of a multitude of genes in the immune cells, once such miRNAs penetrate the microenvironment of cancer cells. This technology aims to revolutionize the immune cell cancer therapy field. About ERS Genomics ERS Genomics is a biotechnology company based in Dublin, Ireland. The company was formed to provide broad access to the foundational CRISPR/Cas9 intellectual property held by Dr. Emmanuelle Charpentier. Non-exclusive licenses are available for research and sale of products and services across multiple fields including: research tools, kits, reagents; discovery of novel targets for therapeutic intervention; cell lines for discovery and screening of novel drug candidates; GMP production of healthcare products; companion animal and livestock health; production of industrial materials such as enzymes, biofuels and chemicals; and synthetic biology. About Lepton Pharmaceuticals Lepton Pharmaceuticals LTD. is based in Israel. Lepton focuses on subtle and precise silencing of coding RNA expression by small non-coding RNA molecules, working via the DROSHA/DICER/RISC pathways, small interfering RNA and microRNA (miRNA), to develop products and services to, ultimately, improve therapies for underserved diseases and improve and change patients' lives.

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