Angstrom Bio | October 14, 2020
Angstrom Bio, Inc. today announces the launch of AMPD™, its nanopore sequencing and machine learning powered platform for high-accuracy, high-frequency, low-cost COVID-19 and respiratory pathogen testing. AMPD leverages the extreme resolution and bandwidth of nanopore sequencing to provide the accuracy and volume necessary to detect the earliest stages of exposure to pathogens like SARS-CoV-2 and influenza and to enable schools and places of work to reopen safely and confidently. Angstrom will partner with businesses, schools, and public sector organizations to implement cost-effective testing programs designed to maximize employee and stakeholder safety and to minimize the potential for operational disruption. The company intends to bring more than 1,000,000 results per day online in 2021, at prices that enable nearly any organization to have access to repeated, high-quality testing. "Despite the tremendous progress made in diagnostics since the beginning of the pandemic, it is clear that testing today remains an area plagued by too many tradeoffs between availability, accuracy, and speed, as well as ease of collection, cost, and adaptability," said Carlos F. Santos, Ph.D., Angstrom's CEO. "We designed AMPD to eliminate the need for such tradeoffs. By leveraging the extraordinary resolution and bandwidth of nanopore sequencing and the power of our machine learning-driven diagnostic pipelines, and by rethinking pre-COVID-19 diagnostic workflows, we have been able to design a platform that can provide the extreme scale and accuracy required to meet the unprecedented challenges posed by COVID-19." At the heart of AMPD is a novel nucleotide chemistry and computational biology platform designed to harness the bandwidth and resolution of Oxford Nanopore Technologies' nanopore Third-Generation Sequencing (TGS) systems. Unlike diagnostic systems that rely upon fluorescence-driven workflows for diagnostic analysis, nanopore TGS counts individual DNA molecules that pass through each of hundreds of nano-scale pores in a specially-designed membrane. The combination of single-molecule resolution and parallelism allow for the processing of tens of thousands of diagnostic results per AMPD run, while enabling orders of magnitude greater sensitivity than is currently available. This makes AMPD ideal for parties that require timely access to affordable, repeated testing, but that cannot compromise safety.
Avantor | April 27, 2021
Avantor Inc., a main worldwide supplier of crucial items and administrations to clients in the existing sciences, trend-setting innovations, and applied materials businesses, today declared that it will increment worldwide limit with regards to top-notch single-use advances utilized in the creation of biologics and antibodies.
In the U.S. what's more, in Europe, the Company will build its single-use producing impression by 30% and twofold its cleanroom space. The speculation will uphold developing client interest for monoclonal antibodies (mAbs), novel cell and quality treatments for oncology and different illnesses, just as immunizations, including those for COVID-19.
Avantor as of late extended its Morrisville, North Carolina, single-use office and expects finish of a cleanroom extension at its Devens, Massachusetts, activity by mid-year. The Company likewise hopes to open its subsequent European single-use office in Hillegom, the Netherlands, by then too.
Dr. Ger Brophy, Executive Vice President of Biopharma Production at Avantor, said, "The business' reaction to the COVID-19 pandemic has depended intensely on the incorporation of single-use items into biopharma creation measures. Adequacy and security are critical to our clients, and they look to us to comprehend and uphold their prerequisites as they quickly extend their assembling limit.
"These options to our worldwide single-use fabricating biological system are basic strides in empowering our clients to get treatments to patients rapidly," Brophy added.
The speculation further fortifies the Company's single-use organization, giving item consistency and abilities near bioproduction clients to help guarantee productive and continuous stock.
Avantor®, a Fortune 500 organization, is a main worldwide supplier of strategic items and administrations to clients in biopharma, medical care, training and government, and trendsetting innovations and applied materials enterprises. Our portfolio is utilized in essentially every phase of the main examination, advancement, and creation exercises in the enterprises we serve. Our worldwide impression empowers us to serve more than 225,000 client areas and gives us broad admittance to explore research facilities and researchers over 180 nations. We set science underway to make a superior world.
Viva Biotech, BioMap | May 11, 2021
The first generation of the China Biocomputing Conference, hosted by BioMap and Adock, was successfully launched in Suzhou. The conference's goal is to bring together biotech and IT industry partners to build a multi-party integrated industrial ecosystem and realize AI's full potential in the field of biotechnology.
Viva Biotech was invited to the conference and announced a strategic alliance with BioMap. This alliance will combine BioMap's AI + biological computing engine with Viva Biotech's structure-based drug discovery tool to jointly accelerate the R&D of novel drugs.
Viva Biotech's President, Dr. Delin Ren, stated: "The combination of AI deep learning technologies and the SBDD technology platform is certain to have far-reaching consequences for drug design and R&D. The strategic partnership between Viva Biotech and BioMap is the ideal combination between these two technologies. It is anticipated that it will shorten the R&D period and increase the success rate of novel drug discovery."
"High-quality biological data is the base of biocomputing platform development," said Liu Wei, co-founder, and CEO of BioMap. Viva Biotech has the most advanced protein structure analysis technologies and capabilities in the world. The partnership with Viva Biotech will allow BioMap to obtain high-quality macromolecular structure data in a high-throughput manner, especially for new targets, artificially designed antibody molecules, and target-drug complexes. The partnership, when combined with BioMap's strong computing power and algorithm development expertise, is expected to facilitate the development of BioMap's AI macromolecular drug platform, which will potentially lead to new drug development."
AlxplorerBio and EPN, two biotech firms that Viva BioInnovator funded in and incubated, both attended the meeting and signed the collaboration agreement.
About Viva Biotech
Viva Biotech aims to become a place for innovative biotechnology companies from around the world. We have built a scalable business model that combines the conventional cash-for-service (CFS) model with the revolutionary equity-for-service (EFS) model. Under the CFS model, the Group offers global pharmaceutical clients a one-stop-shop for new drug discovery and production. The EFS business is committed to investing globally in biotech research that provides novel solutions to unmet medical needs in a variety of therapeutic areas.
Viva Biotech has offered drug development and manufacturing services to 1,252 pharmaceutical clients worldwide as of December 31, 2020, worked on over 1,500 independent drug targets, delivered over 21,000 independent protein structures, and incubated/invested in 67 biotech firms.
BioMap is China's first biocomputing-driven biotech firm, led as chairman by Baidu CEO Robin Li and co-founder and CEO by Baidu Ventures' former CEO Liu Wei. BioMap was established during a period of growth in biological data. Our goal is to use AI and data to significantly improve the lives of patients. BioMap, positioned as a data-driven company, is speeding the R&D phase of early screening/diagnosis, drug discovery, and other precision medicine products by leveraging high-performance biocomputing and AI capabilities, gaining insights from our unique and vast library of population and molecular data sets.
We are concentrating our efforts on developing our internal AI engine and data collection capabilities to curate our proprietary insights for difficult diseases.