Abstract: The invention relates to a SERS method for analyzing a biological sample, the method comprising the following step of: a. obtaining a biological sample which is viscous biofluid, b. depositing at least one droplet of the biological sample onto a microscope slide, and drying the droplet, c. depositing a drop of an aqueous dispersion of metallic nanoparticles above the droplet dried in step b), to have a dense distribution of nanoparticles on the surface of the dried droplet and to obtain a SERS-activated biological sample, d. drying the SERS-activated biological sample, e. irradiating the SERS-activated biological sample using a light source to obtain a SERS spectrum, and f. collecting the SERS spectrum.

Abstract: An accessory organizer device includes an elongated main body having a plurality of surfaces. A plurality of hooks is secured along one or more surfaces of the main body and can function to engage any number of secondary items such as clothing, jewelry, hats and glasses. The main body includes a layered construction having a rigid core, a padded layer, a decorative layer and a transparent layer. An outer layer is removably secured to the main body and includes a plurality of grommets that are shaped and sized to receive the plurality of hooks.

Abstract: An accessory organizer device includes an elongated main body having a plurality of surfaces. A plurality of hooks is secured along one or more surfaces of the main body and can function to engage any number of secondary items such as clothing, jewelry, hats and glasses. The main body includes a layered construction having a rigid core, a padded layer, a decorative layer and a transparent layer. An outer layer is removably secured to the main body and includes a plurality of grommets that are shaped and sized to receive the plurality of hooks.

Abstract: Systems, methods, and computer-readable non-transitory storage medium for communicating medical information based at least in part on an oral communication between a doctor and a patient is disclosed. In this method and system, doctor and patient's respective contexts is inferred from the oral communication. It is also preferred that diagnostic information and respective contexts of the communications can be also inferred. Then, a desired impact of a recipient to a written communication related to the oral communication is inferred. Once the desired impact is inferred, the system generates output text using an artificial intelligence system, or by accessing a database of a plurality of stock phrases, to have appropriate surface text, and subtext, and optionally appropriate tone. The output text can be selected as a function of inferred diagnostic information, the inferred doctor and recipient's respective contexts, the desired impact, and the stock phrases.