Abstract:
The hand held unit has a multi function transmitter and receiver (20) that is powered by a built in battery cell (21) and handles control, radio and light signals. The unit has a built in laser (6) for use as screen pointer and includes a microphone (5) for signal detection. Built into the underside is a roller ball that is used for control. The top side has a number of push button inputs (2-4) that are used for control purposes.
Abstract:
Method comprising a) a target analyte associated with a first specific binding member; b) a second specific binding member that binds to the first specific bonding member forming a target complex, wherein the second specific binding member comprises s seed particle suitable for catalyzing the formation of a surface enhanced Raman scattering (SERS) substrate, wherein the SERS substrate can be activated to provide a SERS effect; and c) capture reagent bound to a solid substrate, wherein the capture reagent comprises a Raman label, wherein the target analyte binds to the capture reagent forming a target complex.
Abstract:
The invention provides methods for analyzing the protein content of a biological sample, for example to obtain a protein profile of a sample provided by a particular individual. The proteins and protein fragments in the sample are separated on the basis of chemical and/or physical properties and maintained in a separated state at discrete locations on a solid substrate or within a stream of flowing liquid. Raman spectra are then detected as produced by the separated proteins or fragments at the discrete locations such that a spectrum from a discrete location provides information about the structure or identity of one or more particular proteins or fragments at the discrete location. The proteins or fragments at discrete locations can be coated with a metal, such as gold or silver, and/or the separated proteins can be contacted with a chemical enhancer to provide SERS spectra. Method and kits for practicing the invention are also provided.
Abstract:
Systems and methods are provided for identifying targeted datasets that are configured to facilitate an improvement in the accuracy of an acoustic model included in the automatic speech recognition system. Systems obtain a obtain a test dataset comprising (i) audio data having natural speech utterances and (ii) a transcription of the natural speech utterances. Systems generate a text-to-speech dataset comprising audio data having synthesized speech utterances based on the transcription of the natural speech utterances. Systems apply the test dataset and the text-to-speech dataset to the acoustic model to obtain a first acoustic model output and a second acoustic model output, respectively. Systems identify a first set of errors in the first acoustic model output and a second set of errors in the second acoustic model output. Finally, based on comparing the first set of errors and the second set of errors, an acoustic model error ratio is generated.
Abstract:
The present disclosure provides method, apparatus and system for sharing network content. A content sample of a network content to be shared may be obtained. A comment video corresponding to the network content may be obtained. A remixing process may be performed on the content sample and the comment video based on object features of the comment video.
Abstract:
Disclosed herein are compositions and methods for and treating Cystic Fibrosis lung disease severity and/or secondary manifestations, including meconium ileus and CF related liver disease.
Abstract:
Disclosed herein are compositions and methods for and treating Cystic Fibrosis lung disease severity and/or secondary manifestations, including meconium ileus and CF related liver disease.
Abstract:
A device (and methods of using and manufacturing the device) that utilize a plurality of photomultipliers (PMT)s or a photodiodes coupled with a set of filters to collect Raman signal from samples. Also a method of detecting Raman signals includes receiving Raman signals from a sample utilizing a plurality of photomultiplier tubes (PMT)s or photodiodes, wherein at least one PMT or photodiode provides a different Raman signal than at least one other PMT or photodiode.