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."
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Medison Pharma | May 30, 2022
Medison Pharma a global pharma company focused on providing access to highly innovative therapies to patients in international markets, announced the addition of new markets to its multi-territorial agreement with Immunocore Holdings plc a commercial-stage biotechnology company pioneering the development of a novel class of T cell receptor bispecific immunotherapies designed to treat a broad range of diseases, including cancer, infection and autoimmune disease. The multi-territorial agreement to help seek regulatory authorization and commercialize Immunocore's KIMMTRAK® for the treatment of unresectable or metastatic uveal melanoma, a rare and aggressive form of melanoma that affects the eye, which covers Canada, twenty markets across Central Eastern Europe and Israel, will now extend to Australia and New Zealand.
KIMMTRAK has been approved by both by the U.S. Food and Drug Administration (FDA) and the European Medicines Agency (EMA), where it is the first and only treatment approved in the E.U. to treat patients with unresectable or metastatic uveal melanoma.
"We are delighted to deepen our partnership with Immunocore and proud to further grow the reach of their breakthrough treatment, as part of our mission that knows no borders. We believe that every patient, wherever they are in the world, deserves a fair chance to receive lifesaving, highly innovative therapies. By adding new countries and continents, we are continuing in our efforts to turn our mission into a reality."
Meir Jakobsohn, Founder and CEO of Medison
"It can be challenging for biotechs to commercialise in a large number of countries, often resulting in delayed access to highly innovative therapies in many areas of the world. Medison's global platform is designed to address this challenge," said Gil Gurfinkel, VP Corporate Development at Medison. "Immunocore's novel therapy for unresectable or metastatic uveal melanoma and our ability to treat patients suffering from this rare and aggressive form of cancer in additional countries is a win-win outcome of our partnership."
Medison's expansion of its commercial presence to Australia and New Zealand is the latest addition to its geographic growth, enabling Medison to capitalize on growing market opportunities for its commercial partners.
Medison is further enlarging its footprint in Europe with a new office location for its international headquarters in Zug, Switzerland, and operations in Greece and Cyprus, which enlarge its European offering of Central Eastern Europe, the Baltic states, and Balkans. In Canada, the team is also growing and recently moved into larger office space in downtown Toronto.
With this latest growth, Medison increases its commercial presence across 25 locations around the world. Medison is hiring across all locations and in key functions.
About Medison Pharma
Medison is a global pharma company focused on providing access to highly innovative therapies to patients in international markets.
Medison is the first to create an international commercialization platform for highly innovative therapies, helping to save and improve lives by making the best available novel treatments accessible to patients in international markets. Medison has a track record of multi-territorial partnerships with leading pharmaceutical and biotech companies seeking to expand their global reach.
Medison is also an active investor in disruptive healthcare technologies and provides its partners with exposure to innovation in biotech and digital health.
KIMMTRAK is a novel bispecific protein comprised of a soluble T cell receptor fused to an anti-CD3 immune-effector function. KIMMTRAK specifically targets gp100, a lineage antigen expressed in melanocytes and melanoma. This is the first molecule developed using Immunocore's ImmTAC technology platform designed to redirect and activate T cells to recognise and kill tumour cells. KIMMTRAK has been granted Breakthrough Therapy Designation, Fast Track designation and orphan drug designation by the FDA in the United States, Accelerated Assessment by the EMA, and Promising Innovative Medicine (PIM) designation under the UK Early Access to Medicines Scheme for metastatic uveal melanoma. KIMMTRAK is currently approved in 31 countries, including the United States and European Union.
AIkido Pharma Inc. | March 04, 2022
AIkido Pharma Inc.reported an improvement in the manufacturing process for its pancreatic cancer drug, DHA-dFdC, licensed from the University of Texas at Austin. The Company also reported the issuance of an additional U.S. patent covering the drug, and the filing of a continuation patent application intended to expand patent coverage to other facets of the drug.
With respect to manufacturing process, the Company reported the successful development of a new means for the scaled production and isolation of the key intermediate compound in the manufacture of DH-dFdC. The Company has now executed a further contract with its contract manufacturing organization, Parimer Scientific, to employ the new process to produce several thousand milligrams of the drug for use in formulation development and stability studies. The Company also reported that the U.S. Patent Office recently issued new U.S. Patent No. 11,219,633, which provides additional intellectual property protection for the drug compound. The term of the patent is expected to continue until May of 2035 with the payment of required maintenance fees. Prior to the patent issuance, the Company authorized the timely filing of a patent continuation application, U.S. Serial No. 17/539,682, in which additional claims related to various aspects of the drug and formulation will be pursued.
"This new process significant step forward in the development of our pancreatic cancer drug and should permit production of the drug on a commercial scale at a lower cost. I am also pleased that we can continue to report expansion of the patent estate."
Anthony Hayes, CEO of AIkido
Richard T. Pace, Owner and Principal Scientist of Parimer Scientific, stated, "The newly developed manufacturing method is a large step forward for this innovative technology. I believe it will reduce cost per unit and at the same time increase batch production volumes."
About AIkido Pharma Inc.
AIkido Pharma Inc. was initially formed in 1967 and is a biotechnology Company with a diverse portfolio of small-molecule anticancer and antiviral therapeutics. The Company's platform consists of patented technology from leading universities and researchers, and we are currently in the process of developing an innovative therapeutic drug platform through strong partnerships with world renowned educational institutions, including The University of Texas at Austin and University of Maryland at Baltimore. Our diverse pipeline of therapeutics includes therapies for pancreatic cancer, prostate cancer. We are constantly seeking to grow our pipeline to treat unmet medical needs in oncology. The Company is also developing a broad-spectrum antiviral platform that may potentially inhibit replication of multiple viruses including Influenza virus, SARS-CoV (coronavirus), MERS-CoV, Ebolavirus and Marburg virus.
AIkido Pharma Inc. | March 15, 2022
AIkido Pharma Inc. announced that the Company and Cedars-Sinai Medical Center have agreed under their Master Collaboration Agreement to co-fund and codevelop a novel immuno-oncology treatment designed to promote the destruction of cancer cells by a patient's own "killer" T-cells.
The Company and Cedars-Sinai will share costs, expenses and management of the drug co-development and will leverage the talent of Cedars-Sinai Technology Ventures and the lead scientists who originated the novel treatment. The parties will also share in the proceeds of any commercialization of the treatment.
The compounds to be codeveloped target the cellular pathway that causes CD8+ T-cells to enter an "exhausted state," rendering them ineffective against cancer cells. The new treatment targets and blocks recently discovered transcription factors essential for T-cells to enter the "exhausted state," the goal of which is to strengthen the ability of a patient's T-cells to retain their capacity to destroy cancer cells.
"Our agreement with Cedars-Sinai to collaborate in the funding and monetization of novel disease treatments is a major step for the Company. I am thrilled that Cedars-Sinai will be co-funding this project and providing its exceptional staff of scientists to advance this new cancer treatment, which I believe speaks volumes about its potential."
Anthony Hayes, CEO of AIkido
About AIkido Pharma Inc.
AIkido Pharma Inc. was initially formed in 1967 and is a biotechnology Company with a diverse portfolio of small-molecule anticancer and antiviral therapeutics. The Company's platform consists of patented technology from leading universities and researchers, and we are currently in the process of developing an innovative therapeutic drug platform through strong partnerships with world renowned educational institutions, including The University of Texas at Austin and University of Maryland at Baltimore. Our diverse pipeline of therapeutics includes therapies for pancreatic cancer, prostate cancer. We are constantly seeking to grow our pipeline to treat unmet medical needs in oncology. The Company is also developing a broad-spectrum antiviral platform that may potentially inhibit replication of multiple viruses including Influenza virus, SARS-CoV MERS-CoV, Ebolavirus and Marburg virus.