Abstract: A flexible listings search system can receive and return results for flexible listing searches. For example, the system can perform micro-flexible searches (e.g., plus or minus a few days) or super flexible searches (e.g., a time span in one or more months), using listing arrays that can be rapidly accessed to efficiently identify and return results. The search system can perform flexible destination searches for different categories of accommodations for display in a viewport.

Abstract: The present application relates to methods of preparing Compound A: or a pharmaceutically acceptable salt or solvate thereof.

Abstract: A flexible feature and location-based listings system can provide accommodation listings using different feature categories and a location of the searching user. The returned listings can be modified upon providing the listings to a searching user. The returned listings can be modified in response to selection of a first feature category and re-modified in response to a second feature category in an expanded geographic search area.

Abstract: A flexible feature and location-based listings system can provide accommodation listings using different feature categories and a location of the searching user. The returned listings can be modified upon providing the listings to a searching user. The returned listings can be modified in response to selection of a first feature category and re-modified in response to a second feature category in an expanded geographic search area.

Abstract: A flexible feature and location-based listings system can provide accommodation listings using different feature categories and a location of the searching user. The returned listings can be modified upon providing the listings to a searching user. The returned listings can be modified in response to selection of a first feature category and re-modified in response to a second feature category in an expanded geographic search area.

Abstract: A flexible listings search system can receive and return results for flexible listing searches. For example, the system can perform micro-flexible searches (e.g., plus or minus a few days) or super flexible searches (e.g., a time span in one or more months), using listing arrays that can be rapidly accessed to efficiently identify and return results. The search system can perform flexible destination searches for different categories of accommodations for display in a viewport.

Abstract: A flexible feature and location-based listings system can provide accommodation listings using different feature categories and a location of the searching user. The returned listings can be modified upon providing the listings to a searching user. The returned listings can be modified in response to selection of a first feature category and re-modified in response to a second feature category in an expanded geographic search area.

Abstract: A method for manufacturing a part made from composite material includes the steps of: applying, to a tool, layers of prepreg composite material for constituting a preform; installing a cover on the preform and sealingly connecting this cover to the tool with sealant; applying a vacuum to the enclosure delimited by the cover and the tool containing the preform; and heating the assembly to a given temperature for a predetermined time period in order to polymerise the layers of prepreg composite material. Also, a step of applying at least one silicone patch to geometrically complex zones of the tool and/or the preform may be performed before installing the cover. The cover may include at least one polyimide and/or at least one compound from the phthalonitrile family.

Abstract: The present specification generally relates to an injectable dermal filler composition that includes crosslinked hyaluronic acid-based polymer and an antioxidant.

Abstract: The present specification generally relates to an injectable dermal filler composition that includes crosslinked hyaluronic acid-based polymer and an antioxidant.

Abstract: Pyruvate may be used to stabilize hyaluronic acid compositions. For example, these compositions may have improved heat and/or storage stability.

Abstract: Pyruvate may be used to stabilize hyaluronic acid compositions. For example, these compositions may have improved heat and/or storage stability.

Abstract: Pyruvate may be used to stabilize hyaluronic acid compositions. For example, these compositions may have improved heat and/or storage stability.

Abstract: Pyruvate may be used to stabilize hyaluronic acid compositions. For example, these compositions may have improved heat and/or storage stability.

Abstract: The present specification generally relates to an injectable dermal filler composition that includes crosslinked hyaluronic acid-based polymer and an antioxidant.

Abstract: Pyruvate may be used to stabilize hyaluronic acid compositions. For example, these compositions may have improved heat and/or storage stability.

Abstract: Injectable dermal fillers including hyaluronic acid crosslinked with trimetaphosphate, and methods of making same are provided.

Abstract: Pyruvate may be used to stabilize hyaluronic acid compositions. For example, these compositions may have improved heat and/or storage stability.

Abstract: The present specification provides compositions useful as dermal fillers and methods using such compositions to treat a condition of skin.

Abstract: The present invention relates to highly porous polymeric materials comprising covalently grafted biologically active species. The invention also relates to a process for the preparation of highly porous materials comprising functional monomers capable of grafting to a biologically active molecular species comprising the steps of: (a) preparing an emulsion composition comprising a droplet phase and a continuous phase and containing monomers, (b) curing the emulsion and (c) optionally removing the water/droplet phase. The invention further relates to a process for grafting biologically active species to such a highly porous polymeric material comprising the steps of: (i) exposing the highly porous material to a solution of the biologically active species in a suitable solvent medium, (ii) optionally adding an activating agent, (iii) optionally heating, and (iv) rinsing the porous material with solvent medium to remove non-grafted species.