Advance your daily research with access to our machine-learned index of nanotechnology articles by AAAS, ACS, Elsevier, RSC, Springer Nature, Wiley and more. Retrieve detailed information from the leading titles on properties, applications, toxicity and preparation methods of thousands of nanomaterials and devices that is extracted by our team of subject matter experts.How we made Nano Nanomaterial summaries Take a tour
Keep up to date with our daily-updated* index of nanotechnology articles published in leading titles including Advanced Materials, Nano Letters, Nature Nanotechnology and many more
Evaluate article relevancy beyond title and abstract - Nano provides the context comprising the terms closely associated with your search from each article, so that you may quickly assess what the article discusses specific to your question
Find articles and data, including properties, applications, preparation methods and biological effects such as toxicity, on specific nanomaterials summarized in tabular and schematic formats
Digest and compare preparation methods described in different articles in step-by-step reaction schemes that summarize the chemicals and techniques used
Discover nanomaterials with specific size range, medium and supporting material alongside the data reported in multiple journal articles
Obtain a trending overview of the most frequently explored nanostructures, properties and applications
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Nanomaterial summaries contain information including nanostructure type, composition, size, properties, applications, characterization, preparation and toxicity that refer to the similar nanomaterials extracted and curated by our team of subject matter experts from mainly 30 leading titles including Science, Nature, PNAS, Nano Letters and Advanced Materials.
First, the experts analyze the articles and identify those that contain nanomaterials or nano-sized components. The reported data on these nanomaterials are then extracted and added to those in an existing nanomaterial summary if the same set of physical parameters including nanostructure type and composition is shared. In case the physical parameter set does not match to any of the existing nanomaterial summaries, a new nanomaterial summary would be generated. New nanomaterial data are currently uploaded to the platform on a monthly basis. Each data entry is provided adjacent to it the link to the original source. For enquiry, please contact our product experts at email@example.com
Throughout the year, a multidisciplinary team of professors, researchers and students work with us to test and assess the content and functionalities of Nano and provide recommendations for enhancement.
Their recommendations directly impact the overall direction of Nano to ensure it keeps pace with the rapidly growing field of nanotechnology, as well as to meet the changing demands of the scientific communities we serve. This is what some of our collaborators said about Nano.
Harvard Medical School / Brigham and Women's Hospital
Nanotechnology research and development has been rising on a sharp slope across virtually all scientific disciplines and industries. The result has been a rapidly growing body of information in disparate places that is not readily and efficiently accessible. Researchers need a multidisciplinary database that brings this vast body of data together in an organized and usable way in one place. Working together with other scientists to develop a research solution that can meet this need has made me confident that this is a product that could deliver huge value to the research community
Raymor industries and NanoIntegris
Nano is an emerging and very powerful research tool. It allows researchers to obtain and compare the characteristics of the full spectrum of nanomaterials, as well as the composition and preparation methods for nano-enabled devices. It will provide nano-scientists with the clarity and deep understanding that the Mendeleev table once provided to chemists.
NanoCASE GmbHRetired Member of the Board of Empa
Swiss Federal Laboratories for Materials Science & Technology and Emeritus of the University of Berne, Switzerland
Nanomaterials are the important source for a multitude of new developments in all scientific disciplines. They offer not only research possibilities but also markets for the industry. On the other hand regulators and the society are facing a new group of “chemicals” which may contribute to health and environmental risks. This is clearly perceivable in the steadily increasing number of publications in the field of nanotoxicology. Here only intelligent databases can help to find the needed information in the overwhelming amount of knowledge. In this regard “Nano” is a very helpful and constructive tool, which goes far beyond toxicological aspects and covers every topic related to nanotechnology.
Institute for Materials Science, Kiel University
Current materials science is witnessing the development of a large variety of nanomaterials, understanding their detailed structure-property relationships, and testing them in all kinds of applications ranging from healthcare to space. Relevant results and data by researchers from interdisciplinary communities are being published in thousands of articles. The community definitely requires a specialized database like Nano. The clear data structure and useful functionalities in Nano helps researchers and students to exactly learn 'What-is-what & what is state-of-the-art in Nanotechnology!