Anti-parasitic drug said to 'kill' COVID-19 cells

Alcoholics Anonymous | April 09, 2020

Scientists in Australia have found that an anti-parasitic drug available on the market “can kill” the growing cell culture of the deadly coronavirus within 48 hours. However, researchers say the drug cannot be used in humans for COVID-19 until further testing and clinical trials prove its safety and effectiveness. “Scientists showed that a single dose of the drug, Ivermectin, could stop the SARS-CoV-2 [COVID-19] virus growing in cell culture,” said a statement by Melbourne-based Monash University, where the research is based. “Scientists showed that a single dose of the drug, Ivermectin, could stop the SARS-CoV-2 virus growing in cell culture,” the statement said. “The potential use of Ivermectin to combat COVID-19 remains unproven, and depends on funding to progress the work into the next stages,” the statement added.

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The arrival of a new baby is usually a happy event, but it can also be stressful with all the new responsibilities of taking care of a new baby while dealing with the physical and hormonal changes of childbirth. 80% of new mom suffer from the baby blues which is a normal, short-lived period of feeling sad, weepy, or moody that is triggered by hormonal changes after giving birth. However, for 1 out of 7 women these mood swings are more intense and may lead to postpartum depression (PPD). Postpartum Depression is moderate to severe depression.


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Clinical research and drug development accelerated via analytics

SAS | June 22, 2022

Bringing life-changing therapies to market requires pharmaceutical companies to efficiently design and run clinical trials, gather and analyze massive amounts of data, and manage a complicated regulatory review process. SAS, a leader in clinical research analytics, delivers powerful technologies to support the life sciences industry – including machine learning, AI and analytics for IoT – through the SAS® Life Science Analytics Framework on Azure. The advanced analytics platform – a single, open, cloud-native statistical computing environment for clinical trial analysis and submission – helps pharmaceutical companies navigate the heavily regulated world of clinical research analytics and bring new therapies to the world faster. Delivering the power of analytics in the cloud From drug discovery to regulatory approval, developing a new medicine can take over a decade with a price tag in the billions. The clinical research required to achieve approval from the US Food and Drug Administration (FDA), European Medicines Agency (EMA), and other regulatory authorities involves massive amounts of data that can be difficult to manage, share and analyze, creating delays that affect patients' well-being. The cloud-based SAS Life Science Analytics Framework on Azure features an integrated and collaborative environment to manage and analyze clinical trial information as well as deliver trial results for the FDA and other global regulatory agencies' review. With the analytic solution, life sciences organizations can extract valuable insights from clinical data, mitigate risk, increase efficiency, and speed time to market for lifesaving pharmaceuticals. "The primary goal is to get drugs approved so that they can reach patients. The faster you can do that, the greater benefit for the patient and to help save lives." Bhawna Goel, CEO of Gunvatta Gunvatta USA, Inc, a contract research organization (CRO) headquartered in Washington, DC, helps clients collect, manage, analyze and visualize the terabytes of clinical and healthcare data produced by pharmaceutical and biotechnology companies, hospitals, and provider groups. With the SAS Life Science Analytics Framework, Gunvatta has modernized the way it approaches clinical trials. The CRO helps life sciences organizations reduce risk with secure data access, ensure data and results are validated, maintain an audit trail, and report their data to health authorities like the FDA. "The biggest advantage of the SAS Life Science Analytics Framework is that the analytics platform is cloud-based," said Goel. "I feel like SAS has jumped 15 to 20 steps ahead of where the market is." For more about Gunvatta's experience, see the customer story Helping pharmaceutical companies bring new therapies to the world faster using analytics for life sciences. Developing cutting-edge clinical research tools SAS life science experts will attend the DIA Global Annual Meeting this week in Chicago to share next generation approaches for driving excellence and innovation in clinical trial operations. At DIA, SAS will preview SAS Clinical Enrollment Simulation Cloud – a cloud-native, solution based in SAS® Viya® 4 – that enables life sciences and contract research organizations to simulate the outcome of the complex clinical trial enrollment process in a virtual world, resulting in faster, more strategic clinical trial enrollment plans. The new SaaS offering – available later this year on the Microsoft Azure Marketplace – uses a powerful discrete event simulation analytical engine to model the clinical trial enrollment process as it evolves over time, facilitating improved insights to guide enrollment strategy and meet contracted patient targets. "SAS Clinical Enrollment Simulation Cloud is highly differentiated from traditional methodologies for predicting trial enrollment," said Jim Box, Life Sciences Principal Data Scientist at SAS. "The technology helps life sciences organizations reduce timelines, minimize costs, and gain greater insight to inform clinical enrollment planning and rescue." Modernizing clinical trials for the future While the current clinical development research model can be an obstacle to the creation of safe, cost-effective therapies, the COVID-19 pandemic and other events set the stage for disruption in clinical trials. "The silver lining of the pandemic for the life sciences industry is the acceleration of digital transformation and modernization of clinical research," said Simon Tilley, Health and Life Sciences Product Director at SAS. "We experienced widespread adoption of innovative approaches, such as decentralized clinical trials for the development of new vaccines." "While the business benefits of modernizing clinical research include significant cost savings, efficiency improvements, accelerated time to regulatory approval and faster time to market, it is patients who stand to gain the most from clinical trial innovation." About SAS SAS is the leader in analytics. Through innovative software and services, SAS empowers and inspires customers around the world to transform data into intelligence. SAS gives you THE POWER TO KNOW®. SAS and all other SAS Institute Inc. product or service names are registered trademarks or trademarks of SAS Institute Inc. in the USA and other countries. ® indicates USA registration. Other brand and product names are trademarks of their respective companies. Copyright © 2022 SAS Institute Inc. All rights reserved.

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TendoNova wins FDA Clearance for Its New Microinvasive Ocelot Surgical Tool

TendoNova | March 24, 2022

TendoNova, an emerging leader in microinvasive sports medicine procedures, is pleased to announce the FDA 510 clearance of its new Ocelot surgical tool, which uses an innovative technology for fragmentation or debridement of soft tissue. The FDA found the Ocelot TDS 1000 substantially equivalent to the Tenex TX1 which is routinely used for percutaneous tenotomy in orthopedics, sports medicine, pain management, and podiatry. The Ocelot System's form factor and price point make it an exciting alternative to existing tools. Using technology licensed from Georgia Institute of Technology and Emory University School of Medicine, the Ocelot facilitates procedures that require fragmentation and debridement of soft tissue under external image guidance in a simple hand-held format. TendoNova was able to achieve this success through grants and investor backing of groups such as the Georgia Research Alliance and the NFL Players' Association. "According to studies cited by the Centers for Disease Control and Prevention, more than 30 million people in the U.S. suffer from chronic tendon pain, and half of those have little or no relief from physical therapy or medication. The Ocelot is the company's first product and was conceived in response to a request by Atlanta Hawks head team physician Dr. Ken Mautner for an improved tool." TendoNova CEO, Mark A Samuels Dr. Mautner, who practices at Emory, commented that, "After 15 years of treating elite and recreational athletes for tendinopathy, I have been frustrated by the tools we have had to help heal these injuries. The TendoNova device could be a game changer in getting our athletes back to the healthiest level possible." The Ocelot System performs mechanical fragmentation or debridement of a targeted area. The use of fragmentation and debridement is part of a common treatment for encouraging the growth of healthy tendon to supplant painful pathologic tendon tissue. Chronic tendon pain disorders, or tendinopathies, include tennis elbow, plantar fasciitis, and jumper's knee. Tendinopathy is prevalent in athletes and anyone else who engages in repetitive tasks. If left untreated, can lead to months or years of pain and even career-ending injuries. TendoNova plans to manufacture the Ocelot in Georgia and is presently working to validate the Ocelot disposable component production. The Ocelot is expected to be available to physicians in the second half of 2022. About TendoNova Founded in 2017, TendoNova is a medical device company that is an emerging leader in microinvasive sports medicine procedures. The company's initial product is the Ocelot™ TSD 1000, a patented, FDA cleared medical device for fragmentation or debridement of soft tissue. TendoNova is also working on a digital health solution projected to provide device operating feedback during a procedure to reduce training times and improve outcomes. Dedicated to helping people live healthier lives with less pain and fewer injuries, the company plans a series of instrumented microinvasive tools designed to help physicians better heal patients suffering from advanced tendon and other pathologies.

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ALR Technologies Completes Definitive Manufacturing Agreement with Infinovo Medical for the GluCurve Pet CGM Hardware

ALR Technologies | June 30, 2022

ALR Technologies SG Pte. Ltd the diabetes management company, announces the completion of a definitive manufacturing agreement with Infinovo Medical Co. Ltd to manufacture and supply the Continuous Glucose Monitor hardware that will be utilized as part of the ALRT GluCurve Pet CGM. The Manufacturing Agreement gives ALRT the exclusive global rights to distribute the Infinovo CGM hardware for the animal health market, providing long-term production and supply. Subject to the satisfaction of all closing conditions it is expected that initial deliveries of product by Infinovo will be made during Q4 of 2022 “Executing the Manufacturing Agreement with Infinovo marks another major milestone in our path to commercialization and profitability. Our next targeted milestone is securing distribution for the ALRT GluCurve Pet CGM. We have been working with many of the largest global distributors and pharmaceutical companies in animal health, evaluating different distribution opportunities ranging from joint venture partnerships to sales and distribution agreements. We believe we have narrowed in on the right company and right deal structure to best bring value to our shareholders and to those who care for diabetic pets. We hope to announce the details of this pivotal next step in the near future.” Sidney Chan, Chairman and CEO of ALRT The Manufacturing Agreement is subject to certain closing conditions including the completion of a distribution agreement with a third party by July 31, 2022. About Infinovo Medical Co. Ltd Founded in 2016, Infinovo is an innovative medical technology company, focusing on developing an accurate and affordable CGM for patients which will be available for both Type 1 and Type 2 Diabetics. ALR Technologies SG Pte. Ltd. ALRT is a data management company that developed the ALRT Diabetes Solution, a comprehensive approach to diabetes care that includes an FDA-cleared and HIPAA compliant diabetes management system that collects data directly from blood glucose meters and continuous glucose monitoring devices, and a patent pending Predictive A1C algorithm to track treatment success between lab reports and an FDA-cleared Insulin Dosing Adjustment program. ALRT also offers an algorithm to provide prescribers support for timely non-insulin medication advancements. The overall goal is to optimize diabetes drug therapies to drive improved patient outcomes. The program tracks performance of all clinical activities to ensure best practices are followed. The ALRT Diabetes Solution gives healthcare providers a platform for remote diabetes care, helping to minimize patient exposure to potential infections in clinical settings. Currently, the Company is focused on diabetes and intends to expand its services to cover other chronic diseases anchored on verifiable data. In addition, the animal health division of ALRT has identified an unmet need in diabetes care and has developed GluCurve; a solution to assist Veterinarian Doctors to determine the efficacy of insulin and to help to identify the appropriate dose and frequency of administration of insulin for companion animals, thereby delivering the same optimization of diabetic drug therapies to pets as to humans. ALR Technologies SG Pte. Ltd. is controlled by ALR Technologies Inc., a Company with its shares traded on the OTC:QB under the symbol “ALRT”. On May 17, 2022, ALR Technologies Inc. announced an Agreement and Plan of Merger and Reorganization for the sole purpose of changing the Company’s jurisdiction of incorporation from Nevada to Singapore (the “Redomicile Merger Agreement”). The Redomicile Merger Agreement is subject to the required approval of the Company’s stockholders, requisite regulatory approvals, the effectiveness of the registration statement on Form F-4 filed by ALRT related to the Redomicile Merger, and other customary closing conditions. The Redomicile Merger is expected to be completed during the third quarter of 2022. See the Form 8-K filed May 20, 2022, by ALR Technologies Inc. for further information about the Redomicile Merger Agreement.

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Virpax Pharmaceuticals Enters Into CRADA With The U.S. Army Institute of Surgical Research

Virpax® Pharmaceuticals, Inc. | May 06, 2022

Virpax® Pharmaceuticals, Inc. a company specializing in developing non-addictive products for pain management, post-traumatic stress disorder, central nervous system (CNS) disorders and anti-viral indications, today announced that it has entered into a cooperative research and development agreement with the U.S. Army Institute of Surgical Research to evaluate Virpax’s Probudur™, an injectable long-acting liposomal bupivacaine in a hydrogel formulation that is injected at the wound site. Probudur is being developed to significantly reduce or eliminate the need for opioids after surgery in approved indications. Probudur is a local anesthetic that binds to the sodium channel, preventing pain signals from reaching the brain. In pre-clinical trials, Probudur has shown long duration pain control for at least 96 hours. The USAISR is the U.S. Department of Defense’s (DOD) primary laboratory for developing solutions for trauma and critical care challenges in combat casualties. “We are excited to announce this CRADA with the DOD as these military and government research collaborations are an integral part of our non-dilutive funding strategy,” Anthony P. Mack, chairman and CEO of Virpax In August of 2020, Virpax entered into a CRADA with the National Center for Advancing Translational Sciences, an institute of the National Institutes of Health (NIH), for the development of Envelta™, it’s intranasal spray product candidate for severe post-cancer pain and non-cancer pain. Under that agreement, multiple contracts to support the research, development, and manufacturing of Envelta have been awarded by the NIH to continue the product’s progress. About Virpax Pharmaceuticals Virpax is developing branded product candidates for non-addictive pain management and neurological disorders using its proprietary technologies to optimize and target drug delivery. Virpax is initially seeking FDA approval of its three patented drug delivery platforms. Epoladerm™ is a topical diclofenac spray film formulation being developed to manage osteoarthritis pain. Probudur™ is a single injection long-acting liposomal bupivacaine formulation being developed to manage post-operative pain. Envelta™ is an intranasal Molecular-Envelope Technology (MET) enkephalin formulation being developed for the management of post-cancer pain and non-cancer pain, as well as post-traumatic stress disorder (PTSD) under the name PES200. MET technology is also used in AnQlar™, Virpax’s product candidate to inhibit viral replication caused by influenza or SARS-CoV-2. Virpax recently acquired global rights to VRP324, a product candidate for the nasal delivery of a pharmaceutical-grade cannabidiol (CBD) for the management of rare pediatric epilepsy.

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The arrival of a new baby is usually a happy event, but it can also be stressful with all the new responsibilities of taking care of a new baby while dealing with the physical and hormonal changes of childbirth. 80% of new mom suffer from the baby blues which is a normal, short-lived period of feeling sad, weepy, or moody that is triggered by hormonal changes after giving birth. However, for 1 out of 7 women these mood swings are more intense and may lead to postpartum depression (PPD). Postpartum Depression is moderate to severe depression.

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