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For example, your projects or the songs or groups you like best. Likewise, there's a library section that lets you store everything you want. You can also follow users who interest you, explore their works, and interact with them. You can upload anything from images to musical creations. Plus, it's also possible to customize your profile, basically as if it were a social network.
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At any time, you can change your profile, select a different genre, or get rid of it.
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You can choose your favorite music genres for the app to suggest content. In the first place, you have to create an account to identify yourself as a singer, composer, guitar player, DJ, or simply a fan. With it, you can create, listen to, and easily share music, all in one app. It is envisioned that viscous SC IFC paves the way for IFC to be really usable in practice with clogging-free, accurate, and sensitive performance.BandLab is the free app for music lovers. Viscous SC IFC also shows satisfactory ability to distinguish different types of cancer cells and different subtypes of human breast cancer cells. MC, and demonstrated that viscous non-conductive PEG solution achieved an improved sensitivity (7.92×) and signal-to-noise ratio (1.42×) in impedance measurement, with the accuracy maintained and free of clogging. Through modeling analysis and experiments, we confirmed the accuracy (error < 1.60% ± 4.71%) of SC w.r.t. By placing MC and SC in series in the same microfluidic chip, we established an evaluation platform to prove the hypothesis. Herein, we hypothesize that the viscosity of the non-conductive liquid is the key to the performance of SC, and propose to employ non-conductive viscous sheath flow in SC to unlock the tradeoff between sensitivity and throughput, while ensuring measurement accuracy. Current sheath constriction (SC) solutions lack systematic evaluation of the performance and proper guidelines for the sheath fluid. As a label-free and high-throughput single cell analysis platform, impedance flow cytometry (IFC) suffers from clogging caused by a narrow microchannel as mechanical constriction (MC).
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