Abstract: The present invention provides an artificial dressing and a use of the artificial dressing for promoting wound healing. The artificial dressing includes a gelatin and a fungal extract.

Abstract: A 2D layered thin film structure is disclosed. The 2D layered thin film structure can be applied to the growth of monocrystalline or polycrystalline group III nitrides and other 2D materials. The 2D layered thin film structure can be easily separated from the 2D layered thin film structure growth substrate, so that a single or composite nanopillar array structure formed by the monocrystalline or polycrystalline group III nitride or other 2D materials, or the 2D layered thin film structure can be transferred to any other substrate. In addition, the 2D layered thin film structure has excellent light transmittance, flexibility and component integration.

Abstract: The present invention provides an artificial dressing and a use of the artificial dressing for promoting wound healing. The artificial dressing includes a gelatin and a fungal extract.

Abstract: The current disclosure is directed towards systems and methods for automatically distributing an event comprising a plurality of key-value pairs, to a plurality of event subscribers, based on the plurality of key-value pairs satisfying one or more Boolean filters uniquely corresponding to one or more of the event subscribers, which may enable an increase in event distribution efficiency. In one example, this may increase event distribution efficiency by enabling a reduction in data exposure, as an event subscriber may receive only those events which satisfy a Boolean filter defined by the subscriber, and registered with the event conduit, and therefore, broadcast of events to uninterested subscribers may be reduced. Subscribers may specify interest in as broad, or as narrow a range of events as they wish, and thereby a more efficient match between subscriber interest and which events are distributed to that user may be enabled.

Abstract: The current disclosure is directed towards systems and methods for automatically distributing an event comprising a plurality of key-value pairs, to a plurality of event subscribers, based on the plurality of key-value pairs satisfying one or more Boolean filters uniquely corresponding to one or more of the event subscribers, which may enable an increase in event distribution efficiency. In one example, this may increase event distribution efficiency by enabling a reduction in data exposure, as an event subscriber may receive only those events which satisfy a Boolean filter defined by the subscriber, and registered with the event conduit, and therefore, broadcast of events to uninterested subscribers may be reduced. Subscribers may specify interest in as broad, or as narrow a range of events as they wish, and thereby a more efficient match between subscriber interest and which events are distributed to that user may be enabled.

Abstract: Provided herein are methods and devices for the detection of analytes. The methods employ particles formed from a first metal conjugated to analytes. The analyte conjugated to the particle formed from the first metal can be accumulated at a working electrode. The first metal can be galvanically exchanged with ions of a second metal to form a layer of the first metal at the working electrode. The first metal can then be electrochemically detected and/or quantified. Using this method, analytes can be detected at low concentrations a few femtomolar via anodic stripping voltammetry, with no washing steps or electrode modifications.

Abstract: Provided herein are methods and devices for the detection of analytes. The methods employ particles formed from a first metal conjugated to analytes. The analyte conjugated to the particle formed from the first metal can be accumulated at a working electrode. The first metal can be galvanically exchanged with ions of a second metal to form a layer of the first metal at the working electrode. The first metal can then be electrochemically detected and/or quantified. Using this method, analytes can be detected at low concentrations a few femtomolar via anodic stripping voltammetry, with no washing steps or electrode modifications.