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Improving the Imaging Resolution of Hydrogen Fuel Cells using Artificial Intelligence – Hydrogen Standard
Improving the Imaging Resolution of Hydrogen Fuel Cells using Artificial Intelligence | "Our algorithm uses deep learning to create a detailed 3D model, using a low-resolution X-ray image of the cell and extrapolating data from an accompanying high-res scan of a small sub-section."
by The Hydrogen Standard
Verified
Scailyte - Swisscom Ventures
Scailyte | Single-Cell Artificial Intelligence for breakthrough biomedical discovery | News about Scailyte | Scailyte announces Michael Brenner, of Harvard Medical School, as an advisor to its Board of Directors | Scailyte and Volv Global announce strategic partnership | Scailyte closes pre-series A financing round | Scailyte raises CHF 2.75M
by Swisscom Ventures
Kyoto, Japan
1-10 Employees
2016
Our headquarters and research laboratory are located in Kyoto-University Katsura Venture Plaza, where Kyoto University nurtures the creation of new businesses utilizing new ideas/technologies and intellectual properties. We produce and provide homogeneous and high precision human blood cells to drastically streamline the evaluation of efficacy and safety of drugs and functional materials, as well as the research of infectious diseases. We also sell evaluation kits and offer various contract evaluation services. Name of company : MiCAN Technologies, Inc. Address : Kyoto-University Katsura Venture Plaza, 1-36 Goryo-ohara, Nishikyo-ku, Kyoto 615-8245 Japan TEL: +81-75-381-3008 Representative : Kazuo Miyazaki, Chief Executive Officer Established : July 2016 Capital : ¥30,000,000 Business lineup : Provision (sales) of blood cell-like cells for research using regenerative medicine technologies. Evaluation service for pharmaceutical development(contract service) using the above-stated blood cell-like cells.
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Featured
High precision artificial blood cells
... High precision artificial blood cells ...
Basel, Switzerland
11-50 Employees
2017
Scailyte is an ETH Zürich spin-off with a best-in-class artificial intelligence platform for the discovery of complex molecular and cellular patterns from single-cell data. Scailyte’s proprietary best-in-class data analysis platform ScaiVision™ associates multimodal single-cell datasets (scRNA-seq, CITE-seq, CyTOF, TCR-/BCR-seq, etc.) with clinical endpoints, such as disease progression, severity, treatment response and toxicity response to identify ultra-sensitive biomarker signatures and cell functionality states. Sarah joined Scailyte as a data scientist in 2018 and now serves as Director of Data Science. Co-Founder Ava Women & Scailyte Chair of the Board of Directors. Mueller is supporting Scailyte as a clinical advisor and expert in endometriosis and women’s health. Join the Scailyte teamAre you ready to help us transform biomedical research and healthcare? Scailyte is headed to NextGen Omics US 2024 in Boston, MA on March 21-22. Nestorov to start Scailyte and unlock the full clinical potential of single-cell data.
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Featured
Our mission is to advance precision medicine with single-cell technologies, artificial intelligence, and multiomics analysis
... Our mission is to advance precision medicine with single-cell technologies, artificial intelligence, and multiomics ...
Palo Alto, United States
51-100 Employees
1962
The Stanford Artificial Intelligence Laboratory (SAIL) has been a center of excellence for Artificial Intelligence research, teaching, theory, and practice since its founding in 1963. Our video highlighting 60 Years of Artificial Intelligence history at Stanford won the Science and Technology category at the 52nd Northern California Area Emmy Awards. Congratulations to everyone involved in SAIL and Stanford Video! The SAIL AI at Stanford 1962-2022 video is a Gold Telly Winner in the Non-Broadcast – Documentary: Short Form (Under 40 Minutes) category, and a Silver Telly Winner in the Non-Broadcast – Educational Institution category. See over eight hours of video from Stanford Artificial Intelligence Laboratory researchers speaking on April 13, 2023.
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Comp Biology: Struct & Org of Biomolecules & Cells – Stanford Artificial Intelligence Laboratory
... Comp Biology: Struct & Org of Biomolecules & Cells – Stanford Artificial Intelligence ...
London, United Kingdom
1-10 Employees
2019
Hydrogen Standard Magazine is a trade magazine for the industry, available in print and online at 20+ hydrogen events worldwide. Our platform is a powerful tool industry wide. We cover stories, market insights, news and provide research products such as the recently published Global Hydrogen Governance Report. We provide companies the opportunity to keep the hydrogen audience up to date with their latest developments by listing their press releases. All this content is available on our interactive platform which is updated daily.
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Featured
Improving the Imaging Resolution of Hydrogen Fuel Cells using Artificial Intelligence – Hydrogen Standard
... Improving the Imaging Resolution of Hydrogen Fuel Cells using Artificial Intelligence – Hydrogen ...
Zurich, Switzerland
11-50 Employees
2007
Swisscom Ventures is the venture capital arm of Swisscom AG, the leading telecom and IT provider in Switzerland. Led by Swisscom Ventures, 5.8 million CHF in funding has been secured from a group of financial investors. We provide you with access to key experts from operations, technical development, finance, sales, marketing and talent development. Swisscom Ventures AG Konradstrasse 12 8005 Zurich Switzerland. Swisscom Ventures AG Alte Tiefenaustrasse 6 3048 Worblaufen Switzerland. Swisscom Ventures AG Swisscom Digital Lab EPFL Innovation Park Bâtiment F, étage 3 1015 Lausanne Switzerland. As a strategic investor, we offer entrepreneurs access to our technical infrastructure and market channels in addition to financial support. Dominique Mégrets's role at Swisscom Ventures will be handed over to an established team: Stefan Kuentz, Alexander Schläpfer and Pär Lange.
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Single-Cell Artificial Intelligence for breakthrough biomedical discovery
... Single-Cell Artificial Intelligence for breakthrough biomedical ...
Brentwood, United States
1-10 Employees
2005
Encapsula NanoSciences is formulator and manufacturer of hundreds of liposome based reagent kits and custom made formulations for universities, research institutes and biotech/pharmaceutical companies. Encapsula NanoSciences is a specialty company focused on providing liposome research, development and manufacturing expertise in the production of lipid-based nanoparticles, also known as liposomes, to clients and partners in both the academic and industrial sectors. Encapsula routinely provides custom laboratory-scale liposome preparations of drug encapsulated liposomes such as Clodrosome® (clodronate liposomes), Encapsome® (plain-control liposomes for clodronate liposomes), Doxosome™ (doxorubicin liposomes), Immunosome™ (reactive liposomes for antibody, protein conjugation), Immunodox™ (reactive liposomes for antibody, protein conjugation containing doxorubicin), Immunogene™ (reactive liposomes for antibody, protein conjugation containing genetic material), Immunofluor™ (reactive liposomes for antibody, protein conjugation containing fluorescent molecules for tracking), Genesome™ (liposomal DNA and RNA), Fluoroliposome™ (fluorescent liposomes), Atpsome™ (ATP liposomes), Cellsome™ (plain liposomes as artificial cell models) and Cosmesome™ (liposomes used in dermatology) to clients in universities and industrial research labs. Encapsula NanoSciences also recently introduced two oral liposomal product lines; NanoLife Nutra for pets and NanoLife Tonics for humans. Encapsula NanoSciences originally started as a contract research and development company about 10 years ago. Encapsula NanoSciences has extensive collaboration with academic research laboratories and is currently working with synthetic chemists and cancer biologists at a major university in the development of new anti-tumor compounds which require a liposome delivery system in order to be dosed in vivo. Encapsula NanoSciences is also working with the food technology industry in exploring the development of lipid-based antimicrobial’s as a solution to a variety of food safety issues in that sector. Encapsula NanoSciences is dedicated to bringing liposome and other lipid nanoparticle technology into consumer products for daily use.
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Cellsome® – Phosphatidylglycerol (PG)-based - Encapsula NanoSciences- Manufacturer of liposome based kits and formulations for research laboratories
... Plain liposomes are extensively used as artificial cell models and for studying the interaction of various types of molecules such as peptides and proteins with the surface of the lipid membranes. Plain liposomes are also used as control formulations for many different types of drug ...
London, United Kingdom
1-10 Employees
2016
Up Learn provides everything you need to get an A*/A at A Level in your subject, as efficiently as possible. In creating a paid-for educational product as effective as Up Learn, we realised that we risked widening the attainment gap. Working with our trusted access charity partners, we’ve already provided over 50,000 Up Learn Scholarships to students across the UK.
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Emma Woodcock | Up Learn
... After her studies she worked alongside a pharmaceutical company, researching how to create artificial cells. She also worked with the European Space Agency, researching how cells respond to gravity, contributing towards efforts to cure diseases like Alzheimer’s and diabetes. ...
London, United Kingdom
5001-10000 Employees
1907
Our vision is to realise a sustainable, zero pollution future. A gift to Imperial can provide vital bursaries, scholarships and a lifeline to a student in financial difficulty. Learn more about Imperial through an Open Day or virtual tour or join us at a variety of events – in-person and online. REF 2021 finds that Imperial has a greater proportion of world-leading research than any other UK university. Imperial ranks first in the UK for research outputs, first in the UK for research environment, and first for research impact among Russell Group universities. Find out how Imperial is organised to tackle quality of life and quality of environment challenges faced by the world today. Imperial offers a wide range of expert help to researchers around funding, contract management, research integrity and governance. As an Imperial alumnus, you are a member of a lifelong community of over 190,000 across the globe.
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About us | Research groups | Imperial College London
... brings together the artificial-cell science community at Imperial College London and beyond. Our objective is to explore the creative desig ...
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GENTLE BLACK SUGAR FACIAL POLISH | KLAIRS – Laboratory K
... Friendly KLAIRS Black sugar-based facial scrub 1 or 2 times a week All skin types Remove blackheads & Dead cells Artificial ingredients free Black sugar, shea butter & cranberry oil results smooth and glowing skin Goodbye to blackheads & dead cells. Feel your smooth & ...
Birkerød, Denmark
251-500 Employees
2009
The SuperK series is an industry-leading range of turn-key supercontinuum white light lasers used by the most innovative companies within bio-imaging, semicon, device characterization, and scientific instrumentation. Koheras single-frequency lasers offer narrow linewidth and extremely low phase- and intensity noise levels. Available in the Erbium or Ytterbium wavelength ranges and with frequency conversion to many other bands. The all-fiber DFB design ensures robust and reliable operation for thousands of hours. The first all-in-one, single-box, microjoule femtosecond laser on the market.
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About Us - NKT Photonics
... Today, the transformation continues with amazing innovations such as autonomous electric cars, smartphones, quantum computing, artificial intelligence, stem cell and cancer research, renewable energy and even space ...
An artificial cell is a synthetic construct that mimics the behavior of a living cell. It is created using inorganic or organic materials, including proteins, lipids, polymers, and other molecules. Artificial cells are designed to carry out specific functions, such as producing drugs, generating energy, or storing information. These cells may also be designed to mimic the behavior of natural cells, such as sensing, responding to stimuli, and dividing.