Synthetic Biology

Wireless Power transfer-WhatNext-energy futurists

Magnetic Resonance-based Long Range Wireless Power Transfer

Wireless Power Transfer (WPT) is a popular technology, and the technology is being continuously advanced to keep pace with the fast-growing world. There are two types of wireless power transfer: The one that allows powering through short distances while another that enables power to be transferred over long distances. Magnetic resonance technology is a way …

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Artificial Intelligence - WhatNext

Infectious disease surveillance Detection Through Artificial Intelligence

The World Health Organisation on 30th January 2020, declared the Novel Coronavirus epidemic an international public health emergency, exactly 21 days after it released a global notice about the potential outbreak. During this time China has identified over 7,700 confirmed cases and witnessed over 200 fatalities. WHO, officially notified about the Wuhan outbreak on 9th …

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Autonomous Vehicle Commercialisation - WhatNext

Are regulatory challenges impacting the acceleration of Autonomous Vehicle Commercialisation?

The California DMV, one of the prominent regulatory institutions in autonomous vehicle industry has released a year-end disengagement report ‘Disengagement Reports 2019’. Currently more than 60+ companies which include major OEMs, AV startups and AI providers have secured permit to test the fleet of self-driving vehicle in the state of California. The companies with DMV …

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Synthetic Biology - WhatNext

Synthetic Biology – Redrawing the Drug Discovery Map

Synthetic Biology is a powerful new tool in scientists’ hands due to the recent advances in bioinformatics, DNA sequencing, and synthetic genomics. It covers a wide range of molecular activities involving the engineering of biological systems, manipulates chemicals, produces energy, maintains cell environment, and enhances human health. Synthetic biology thus aims to design and build …

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Future of Genome Editing - WhatNext

Future of Genome Editing – Looking Beyond CRISPR

Genome editing (GE) has revolutionized biological research through its ability to precisely edit the complete set of genes or genetic material present in a cell of living organisms, including humans, plants, animals, and microbes. In recent years, various GE tools have been explored to edit both simple and complex genomes. It can be used either …

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Synthetic Biology in Cancer Treatment - WhatNext

Synthetic Biology in Cancer Treatment

Humans have always suffered from terrible diseases. It was not until the rise of enlightened thought throughout the 19th century that mankind began to effectively combat illness. Since then, advances in biological and medical sciences have defeated virtually incurable and formerly fatal diseases. However, despite our successes, there is a group of age-related cellular pathologies …

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Synthetic Biology - WhatNext

Application of Synthetic Biology in Personalized Medicine

Thinking about the future is always inspiring. The reason is simple: the history of past events cannot be changed, as they are written; the future, on the other hand, is neither constrained nor delimited by our understanding. Hence, many imaginative thinkers of past centuries dreamed of “impossible things” such as flying cars or holograms. Interestingly …

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Potential of Prime Editing over CRISPR in Healthcare - WhatNext

Potential of Prime Editing over CRISPR in Healthcare

Everyone up to date on biotechnological advances has heard of the CRISPR system for editing genomes. But it is also true that there is a lot of fuss about this technology, and not for nothing. The original function of this bacterial system is one of the most ingenious ways for simple organisms to acquire immunity …

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AI to Remove Food Allergy - WhatNext

Synthetic Biology and AI to Remove Food Allergy

Allergies are increasingly common pathologies in human society. In the past, it was believed that they were due to an exaggerated reaction of the immune system to a specific antigen or a hypersensitive reaction. Today we know that it is actually the harmlessness of the external agent that leads to pathogenesis, paradoxically. In fact, there …

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