PHARMACY MARKET
Businesswire | June 02, 2023
REALM IDx announced the launch of REALM Pharma Services, an end-to-end discovery, translational research, and clinical trial service for biotechnology and pharmaceutical partners. Through a strategic integration, REALM Pharma Services brings together the research arms of subsidiaries, Ambry Genetics and Invicro, to offer cutting-edge genomics, traditional and molecular pathology, and advanced imaging and spatial biology. Combined with machine learning and artificial intelligence (AI) from REALM’s informatics organization, the company believes this end-to-end service can help reveal new insights and develop multi-dimensional models for drug discovery and validation.
“We are excited to offer a comprehensive multiomic and multimodal program that has been tailored to support the needs of our biopharma partners,” said Aaron Elliott, PhD, CEO of REALM IDx. “We believe the integrated approach offered through REALM Pharma Services is a transformative shift in research and will bring new, data-driven insights to precision medicine.”
Use of advanced omics, including single-cell omics, is increasingly being incorporated by biopharma into discovery and research efforts, particularly in the field of cancer. This approach can support improved understanding of biological complexity in immuno-oncology and a system-wide path to drug efficacy. However, a significant challenge has been the lack of a consolidated infrastructure to not only support analytical testing and data collection, but also computational analysis of unique data sets to find novel associations for translational insights.
“In supporting our biopharma partners, we see ourselves as a powerful connecting force,” said Jonathan Usuaka, PhD, Chief Strategy and Informatics Officer for REALM IDx. “Along with world-class genomics, pathology, spatial imaging and analysis services, we support real-world data and advanced analytics to inform drug development at every stage.”
The company will introduce REALM Pharma Services while exhibiting at the upcoming American Society of Clinical Oncology annual conference in Chicago, June 3 – 5. While at the conference, the company will also share details of a new comprehensive genomic profiling test (CGP) for cancer developed in collaboration with its partners in Japan and set to launch this summer. Additional information about REALM Pharma Services may be found on REALM’s website.
About REALM IDx
REALM IDx, Inc. is a health care company pioneering in the field of Integrated Diagnostics (IDx), an advanced field of clinical science that brings together laboratory medicine, radiology, pathology and sophisticated artificial intelligence to derive actionable insights to predict, diagnose and treat disease. Powered by proprietary software platforms, industry-leading genomics technology from Ambry Genetics Corporation and radiology and pathology services from Invicro, LLC, the company is equipped to collect, analyze and report on multi-modal precision diagnostic data sets.
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PHARMA TECH
prnewswire | May 30, 2023
ValGenesis, Inc., the market leader in enterprise validation lifecycle management systems announced that a leading pharmaceutical company in Brazil selected ValGenesis iRisk to redefine and automate the company's risk-based validation processes. ValGenesis iRisk is the world's most advanced risk management platform, used by top pharmaceutical companies across the world.
With corporate origins in Japan, the company draws upon a rich legacy of innovation and a pipeline of robust therapeutics that are enhancing the lives of millions of people across the globe.
Working to keep pace with ever-changing business and regulatory landscapes, the company chose ValGenesis iRisk because it enhances business performance and business process excellence across end-to-end product and process lifecycles. On this compliant platform, experts can analyze, visualize, query, and compare risk over different products, processes, production sites, and more, sharing a continuous flow of risk communications between relevant stakeholders to get products to market more quickly and safely.
"Brazil is the largest pharmaceutical market in Latin America, and we are happy that more companies are turning to ValGenesis for risk-based validation solutions that enforce a structured and consistent approach to risk, " says Steve Reynolds, Chief Revenue Officer at ValGenesis. "ValGenesis iRisk is able to deliver on these stringent requirements simply, efficiently, and very cost-effectively."
ABOUT VALGENESIS
ValGenesis, Inc. is the creator of an innovative software platform that serves as a foundation for managing compliance-based validation activities in life science companies. ValGenesis, Inc. is the provider of the first enterprise application that manages the corporate validation lifecycle process. This solution is fully compliant with U.S. FDA 21 CFR Part 11 and Annex 11 requirements. As the first fully paperless solution for electronic management of validation execution and approval, ValGenesis was selected by an industry peer review committee to receive the Parenteral Drug Association (PDA) New Innovative Technology Award in 2005.
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PHARMACY MARKET
Businesswire | May 23, 2023
Exscientia plc announced two abstracts for oral and poster presentation, as well as the closing keynote to be delivered at the Society for Laboratory Automation and Screening (SLAS) Europe Conference and Exhibition being held May 22-26, 2023, in Brussels, Belgium. These presentations highlight Exscientia’s recent advancements in technology, including the development of computer-aided biology (CAB) approaches, encompassing design of experiments (DoE) and automation for biochemical assay optimisation. The SLAS Conference is Europe’s premiere venue for industry, government and academic researchers, developers and providers of laboratory automation technology innovation.
“At Exscientia, our mission is to encode and automate drug discovery. We believe that within this decade the design of all new drug candidates will be augmented with AI. I am delighted to showcase at SLAS Europe how our recent technology advances enable and drive our projects,” said Dr Garry Pairaudeau, Chief Technology Officer at Exscientia. Integrating laboratory automation of synthesis and screening with its AI-driven computational design platform is the logical next step for the company. “This will facilitate the next transformation in speed and productivity, as we aim to bring better medicines to patients faster. We’re looking forward to opening our purpose-built automation studio in Oxfordshire, U.K., later in 2023.”
The company’s presentation at SLAS will demonstrate how far along Exscientia is in automating the drug discovery processes. “We believe automation has the potential to radically improve the timely creation of high-quality drug candidates, so that future patients may benefit from innovative science faster,” Pairaudeau stated.
Closing Keynote Presentation
Title: The future of AI-enabled drug discovery
Room/Location: Plenary Theater Date/Time: Thursday, May 25 / 16:30 – 17:30 PM CET
This presentation will highlight Exscientia’s distinct approach to molecular design, using an end-to-end patient centric, AI-enabled platform, which has led the way in the precision design of AI-generated molecules resulting in the first AI-designed compounds to enter clinical trials. To reach Exscientia's goal of fully encoding and automating drug discovery, the company is assembling an automated physical laboratory alongside its suite of sophisticated computational design tools, methods and scalable engineering platform. This presentation will highlight Exscientia's current progress in the automation field and the critical steps needed in the implementation of automated, digital laboratories.
Abstracts Accepted for Presentation
Oral Presentation Title: Computer-aided biology: DoE solutions Track: Frontiers in Technology Room/Location: 231 Date/Time: Thursday, May 25 / 15:30 – 16:00 PM CET
Exscientia is building an automated ecosystem of chemistry, biology and compound management, including developing a pipeline of fully automated biochemical assays from assay development onwards. This presentation highlights how CAB has been leveraged to achieve this pipeline, combining DoE (a statistical methodology) with automation to rapidly determine optimum conditions to run assays efficiently through analysis of multi-factorial experimental results. Utilising CAB also allows Exscientia to increase capacity and efficiency across FTEs, time and reagents required to run assays, increase assay robustness and investigate areas of biology not normally studied.
Poster Title: Improving assay optimisation and pharmacological sensitivity of a nuclease by employing a computer-aided biology approach
Session/Track: Session A; Frontiers in Technology Abstract Number: 1034-A
Date/Time: Wednesday, May 24 / 13:30 – 14:30 PM
Exscientia researchers demonstrated the practical use of CAB to simultaneously improve an assay’s performance and reduce the reagent requirement, cost and labour for assay development. This presentation highlights the application of CAB to optimise the buffer of a nuclease assay, resulting in a 15-fold enhanced assay signal in low salt buffer conditions, alongside over a three-fold decrease in protein requirement and reduced assay development cycle times. The low salt requirement is a previously unforeseen result from CAB use which would have not been predicted from the literature. This highlights the potential for technology to improve assay performance in ways a human alone would not have been able to predict.
About Exscientia
Exscientia is an AI-driven precision medicine company committed to discovering, designing and developing the best possible drugs in the fastest and most effective manner. Exscientia developed the first-ever functional precision oncology platform to successfully guide treatment selection and improve patient outcomes in a prospective interventional clinical study, as well as to progress AI-designed small molecules into the clinical setting. Our internal pipeline is focused on leveraging our precision medicine platform in oncology, while our partnered pipeline broadens our approach to other therapeutic areas. By pioneering a new approach to medicine creation, we believe the best ideas of science can rapidly become the best medicines for patients.
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