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Many people have voiced concerns about the health risks of the scanning process for both technologies. How much radiation do these machines produce? How does it compare to medical imaging devices? And is it enough to increase cancer rates in the general population? Then there are the questions about privacy. Can TSA agents see bits. Pieces they shouldn't be seeing? And do they ever store or archive scans instead of deleting them immediately? The rush to answer these questions has spawned a number of myths and misconceptions. It's almost as if whole-body scanners, machines capable of peering deep into our soul (or at least beneath our clothes), are themselves opaque. In reality, they're not. They take advantage of well-understood scientific principles that have been around for years. Let's throw back the curtain on millimeter wave scanners to understand how they work. How they're used at airports around the world. Before we climb inside a millimeter wave scanner, we need to step back and review some basic information about electromagnetic radiation, which exists in nature as waves of energy made from both electric and magnetic fields. Genomics relies on whole genome sequencing to generate the most comprehensive data sets available when evaluating genetic features of an individual organism. It is increasingly common for bacterial comparative analysis to rely on whole genome sequencing to conduct outbreak analysis and the study of pathogenicity and antimicrobial resistance. Finally, transcriptomics has grown reliant on RNA sequencing as an accurate, sensitive, and cost-effective method to discover and profile mRNA transcripts as well as identified novel genes. To achieve this and end to end solution is the ideal option. The second step is leveraging available software solutions to interpret, manage, and compare data. In the past, bacterial comparative analysis required researchers to either have a programming language expertise or patch together various Excel and text files. With today's software, it is easier than ever for researchers to glean all the information they need and complete a bacterial comparative analysis via an easy-to-use software interface. To get the best results from third-party services and in-house software is to select services and software which are inherently compatible. In fact, many of the best third-party services now deliver data through their own suite of point-and-click software solutions. This type of standalone tool gives researchers the power to directly visualize data, run bacterial comparative analysis, and perform secondary analysis. Not only does this save time but also gives researchers more flexibility and a greater data set to work from. For example, the best software solutions include potentially hundreds of thousands of samples in their reference databases. The use of bacterial comparative analysis will only continue to grow in the future as services and software become more precise and easier to use. In order to get the best results, it has become more pressing that laboratories an independent researcher select third-party services and in-house software solutions which are not only compatible but complementary to the data they will be working with. jamal khashoggi

















































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