Blockchain other applications chromatography

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Provenance is essential for establishing the legitimacy, value of a work of art, as well as a core ethical consideration for museums. For example, provenance issues are notoriously difficult for the period between and in Europe, the time of Nazi rule.

The National Archives estimates that some 20 percent of the art of Europe changed hands during Nazi rule. Colonial provenance is yet another ethical matter that museums have to contend with. Many objects in collections across Western countries were acquired during the colonial period. There is an ongoing debate in the Netherlands regarding repatriation of artefacts acquired during the colonial era.

In addition to these ethical concerns, provenance also involves questions of authentication and education. For museums to be cultural stewards and premiere educators, they need more accurate provenance information. All this means that researching provenance, and educating visitors about provenance, is a key responsibility for museums.

A range of technological tools are opening new doors for provenance research and education. These have the potential to change how museums collect and distribute provenance information. Here are 4 technology trends that can transform the future of provenance research and education:. Creating a digital archive of museum objects and including information about provenance can be a great way to promote provenance research and transparency.

These archives are one step forward towards collecting data about art in a format that is clean, accessible, and easy to analyze. According to Stimler,. These tools typically come in the form of a museum's collection online website, a public application programming interface API , and a GitHub repository of data in the. CSV and. JSON formats. These data sets include rich, interesting details, including provenance history! What do you do when you encounter works of art that have a dubious history of ownership, or when their authenticity is in question?

Even if provenance information exists somewhere , it can be far-flung and racked with discrepancies, with bits and pieces scattered across distant archives and auction ledgers. How could advancements in technology like AI play a role in determining the origins of these types of works, and solve the problem of decentralized information and limited expert resources to dig through these archives?

AI has the ability to mine through and analyze public and private records, archives, and other data sources, which can flag or uncover things that could not easily be discerned by a human.

But perhaps provenance research comes up dry, making it difficult to attribute a work properly. AI can also be a helpful tool here: AI can pick up many more details with greater ease and precision than the best-trained human eye, and it can be harnessed to attribute artwork properly. This makes it possible to identify the true origins of works of art.

AI can also be used to identify forgeries. For example, in two art historians entered into a vicious dispute during an art-forgery trial, one arguing that the suspect Malevich paintings were authentic, the other equally convinced that they were forged. Art historians currently rely on a range of tests to determine if art has been forged, such as infrared spectroscopy, radiometric dating, and gas chromatography.

Basically, AI is a game changer when it comes to establishing an accurate attribution and provenance of artworks. In simple terms, a blockchain is a chain of blocks that contain information. How does it work? According to Culture Track :. The information each block contains must sequence accurately with preceding and subsequent blocks in the chain; as such, it is almost impossible to change the information in a block once it has been recorded. At its core, blockchain offers a new way of tracking information across a decentralized network of devices, making data publicly-verifiable and increasing its security.

While this may sound complicated and far-off, blockchain already has tried-and-true applications in art provenance. Using blockchain, an accumulation of data could populate a digital ledger that tracks the provenance of all works of art. Because blockchain is so secure, it would be nearly impossible to alter this data.

This would help tackle the problem of incomplete or inaccurate provenance information. This means that museums could be certain of provenance of every acquisition and solve the problem of dispersed, inaccurate, or forged records. A number of forward thinking startups working on the intersection of art and technology have already begun utilizing blockchain in this way. Highlighting Provenance Information with Digital Technology. Data sets, artificial intelligence, and blockchain are all useful ways of collecting and managing provenance information, but how can this be communicated to the public as they stand before the work of art?

So, how do you make this information accessible? One innovative leader in digitally-driven provenance education is Carnegie Museum of Art with their Art Tracks initiative. Using innovative interactive data visualization solutions, the Art Tracks project is at the forefront of the movement to make provenance accessible to wider audiences.

Another great way to educate audiences on provenance is to incorporate provenance information into a mobile tour app for your museum. In , our partner, the Davis Museum , created a dedicated in-app tour as part of their Art-less initiative , which either de-installed or shrouded all works in the galleries that were created or given by immigrants.

This tour highlights the diverse origins and history of ownership of many objects in the collections, and the critical role that immigrants play in the arts. The app tour spotlights specific objects that were part of Art-Less. Another one of our partners, the Timken Museum , includes detailed and accessible provenance information for each work of art highlighted along their mobile-app tour.

This is an easy way to spark visitor curiosity and in complex issues of how art changes hands. Mobile app tours can be an exciting way to feature provenance information and help make provenance a part of the educational experience at museums.

With the increasing focus on provenance and related ethics, new tools are constantly available to aid in research and education. By taking note of these latest trends, museums will be able to deepen their efforts in collections stewardship and maintaining standards of excellence. The New Face of Provenance Research. Should we relinquish our insistence on privileging original works of art? Illuminating Colonization Through Augmented Reality. Mobile Engagement.

Digital Membership. Member Portal. Digital Tickets. Guest Pass Referral. Augmented Reality. Art Museums. History Museums. Science Centers. Membership Academy. Case Studies. Coronavirus Resources. Request Demo. Here are 4 technology trends that can transform the future of provenance research and education: Increasing Access to Digital Archives and Data Sets. According to Stimler, [museums] need to build tools to provide mass self-serve access to data and digital assets sets.

Leveraging Artificial Intelligence. Linking up to Blockchain. According to Culture Track : The information each block contains must sequence accurately with preceding and subsequent blocks in the chain; as such, it is almost impossible to change the information in a block once it has been recorded.

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Blockchain is on everyone's lips these days and has sparked interest in the pharmaceutical and healthcare industry as well. At Wega Informatik, we recently evaluated blockchain both from the perspective of the technology and the potential applications for the pharmaceutical and healthcare industry. Last week Lorenz simplified the technical aspects of blockchain architecture and discussed how it relates to other existing peer-to-peer P2P technologies. In short, Lorenz describes how the requirements of the problem should determine the choice of a solution - which does not necessarily have to be a blockchain! In fact, for many use cases, an existing and mature technology could be more useful than a Blockchain, depending on trust between stakeholders, consensus, decentralisation and other factors. He also discusses the limitations of blockchain technology such as scalability and the feasibility of tracking products with a limited lifecycle. In this article, I will explore in more detail the potential use cases for blockchain in the pharmaceutical and healthcare industries and the considerations in implementing these solutions.

How blockchain can add value to the pharmaceutical industry

blockchain other applications chromatography

Digitalization of manufacturing operations is a major challenge that many industries face. With the advent of smart equipment, automation of unit operations and complete processes, and digitalization of batch documentation, more data are generated now than ever before. The information must remain manageable, and data integrity needs to be ensured. The challenge for biomanufacturers will be to ensure that their entire large output of data will be attributable, legible, contemporaneous, original, and accurate ALCOA as defined by the US Food and Drug Administration FDA and other regulatory agencies.

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Innovation, the development of new customers value through solutions that meet new needs, inarticulate needs, or old customer and market needs in new ways. This is accomplished through different or more effective products, processes, services, technologies, or ideas that are readily available to markets , governments , and society. Innovation differs from invention in that innovation refers to the use of a better and, as a result, novel idea or method, whereas invention refers more directly to the creation of the idea or method itself. The clock is ticking as emerging economies like Brazil and China are rapidly bridging 'the innovation gap' between themselves and the EU. At the same time Europe is losing more ground to the US and Japan. As global competition intensifes and the traditional sources of advantage diminish, there is a danger of the edge becoming the core.

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An isocratic reversed - phase high performance liquid chromatographic method has been developed and validated to simultaneously determine nicotinic acid, pravastatin sodium, rosuvastatin calcium, atorvastatin calcium, pitavastatin calcium, lovastatin sodium and simvastatin sodium in focus on counterfeit drug detection. Thin-layer chromatography, nuclear magnetic resonance and mass spectrometry have been additionally performed to verify the identification of adulterants of counterfeit herbal medicines. The design of experiment methodology, Plackett—Burman and Box—Behnken designs, was used to screen and optimize the mobile phase composition. The validation of the method was also carried out under the International Conference on Harmonization guidelines. The developed method was sensitive, accurate, simple, economical and highly robust, in addition to the comprehensiveness and novelty of this method for separating the seven drugs. Access to restricted content on Oxford Academic is often provided through institutional subscriptions and purchases.

The blockchain technology behind Bitcoin is being touted as the way forward in supply chain sectors. Blockchain cryptography authorizes users to view blocks and add new ones, but no previous block in the chain may be altered. For suppliers around the world, blockchain might be the next big step, enhancing the reliability of the traditional supply chain.

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