Abstract: A method for analyzing macromolecules, including peptides, polypeptides, and proteins, employing nucleic acid encoding is disclosed.

Abstract: A method for analyzing macromolecules, including peptides, polypeptides, and proteins, employing nucleic acid encoding is disclosed.

Abstract: An apparatus for the electronic display of information, where the apparatus is a substrate incorporating a digital recording medium attached to or embedded within the substrate. The substrate further includes a flexible-substrate display located on an exposed surface of the substrate, where the display is a medium capable of selectively displaying one of at least two possible colors at each pixel location thereon in order to produce a substrate medium that may be modified in accordance with a user's selection.

Abstract: An apparatus for the electronic display of information, where the apparatus is a substrate incorporating a digital recording medium attached to or embedded within the substrate. The substrate further includes a flexible-substrate display located on an exposed surface of the substrate, where the display is a medium capable of selectively displaying one of at least two possible colors at each pixel location thereon in order to produce a substrate medium that may be modified in accordance with a user's selection.

Abstract: An apparatus for the electronic display of information, where the apparatus is a substrate incorporating a digital recording medium attached to or embedded within the substrate. The substrate further includes a flexible-substrate display located on an exposed surface of the substrate, where the display is a medium capable of selectively displaying one of at least two possible colors at each pixel location thereon in order to produce a substrate medium that may be modified in accordance with a user's selection.

Abstract: An apparatus for the electronic display of information, where the apparatus is a substrate incorporating a digital recording medium attached to or embedded within the substrate. The substrate further includes a flexible-substrate display located on an exposed surface of the substrate, where the display is a medium capable of selectively displaying one of at least two possible colors at each pixel location thereon in order to produce a substrate medium that may be modified in accordance with a user's selection.

Abstract: Disclosed is an apparatus for providing cranial therapeutic administration of directed energy. The apparatus may include an energy emission device positionable proximate to a surface of the subject's cranium. Further, the apparatus may include multiple energy portals in communication with any of a variety of suitable sources of directed energy. The multiple energy portals are capable of emitting directed energy directed towards the subject's cranium.

Abstract: The present disclosure relates generally to methods, apparatus and systems for beneficial administration of directed energy to target locations on subject. In some implementations, the directed energy is administered at or near the surface of the body and includes one or more forms of energy including but not limited to visible light, infrared light (IR), near infrared light (NIR), electromagnetic fields (EMF, whether pulsed, repetitive, or static), millimeter wave (MW), ultrasound (US) or other therapeutic wavelengths and/or energy forms.

Abstract: A medical device containing a device for connecting the medical device to a substrate, for furnishing electrical impulses from the medical device to the substrate, for ceasing the furnishing of electrical impulses to the substrate, for receiving pulsed radio frequency fields, for transmitting and receiving optical signals, and for protecting the substrate and the medical device from currents induced by the pulsed radio frequency fields. The medical device contains a control circuit comprised of a parallel resonant frequency circuit.

Abstract: A medical device containing a device for connecting the medical device to a substrate, for furnishing electrical impulses from the medical device to the substrate, for ceasing the furnishing of electrical impulses to the substrate, for receiving pulsed radio frequency fields, for transmitting and receiving optical signals, and for protecting the substrate and the medical device from currents induced by the pulsed radio frequency fields. The medical device contains a control circuit comprised of a parallel resonant frequency circuit.

Abstract: An electromagnetic shield has a first patterned or apertured layer having non-conductive materials and conductive material and a second patterned or apertured layer having non-conductive materials and conductive material. The conductive material may be a metal, a carbon composite, or a polymer composite. The non-conductive materials in the first patterned or apertured layer may be randomly located or located in a predetermined segmented pattern such that the non-conductive materials in the first patterned or apertured layer are located in a predetermined segmented pattern with respect to locations of the non-conductive materials in the second patterned or apertured layer.

Abstract: Disclosed in this specification is an apparatus and method for treating a biological organism comprising a device for emitting and delivering energy to the biological organism, a programmable controller for varying the type and amount of energy emitted, and apparatus for sensing a condition of the biological organism.

Abstract: A medical device containing a device for connecting the medical device to a substrate, for furnishing electrical impulses from the medical device to the substrate, for ceasing the furnishing of electrical impulses to the substrate, for receiving pulsed radio frequency fields, for transmitting and receiving optical signals, and for protecting the substrate and the medical device from currents induced by the pulsed radio frequency fields. The medical device contains a control circuit comprised of a parallel resonant frequency circuit.

Abstract: An apparatus for the electronic display of information, where the apparatus is a substrate incorporating a digital recording medium attached to or embedded within the substrate. The substrate further includes a flexible-substrate display located on an exposed surface of the substrate, where the display is a medium capable of selectively displaying one of at least two possible colors at each pixel location thereon in order to produce a substrate medium that may be modified in accordance with a user's selection.

Abstract: In an on-line financial screening service, a database of financial and intellectual property information is searched to find at least one financial security matching user defined financial search criteria. Selection preferences for a financial security are defined as search criteria. The financial search criteria includes but is not limited to the following: Stock Price, Price/Earnings Ratio, Current Ratio, Debt/Equity Ratio, Cash/Price ratio, Earnings per Share Growth-1 Yr, Earnings per Share Growth-5 Yr, Insider Trades, Institutional Holdings %, Price/Book Ratio, Price/Cash Flow Ratio. The databases are repeatedly searched for records matching the financial selection criteria preferences of the user. Financial securities meeting the users search criteria are then matched to an intellectual property database to determine the number of patents a financial security has been issued.

Abstract: An electromagnetic shield has a first patterned or apertured layer having non-conductive materials and conductive material and a second patterned or apertured layer having non-conductive materials and conductive material. The conductive material may be a metal, a carbon composite, or a polymer composite. The non-conductive materials in the first patterned or apertured layer may be randomly located or located in a predetermined segmented pattern such that the non-conductive materials in the first patterned or apertured layer are located in a predetermined segmented pattern with respect to locations of the non-conductive materials in the second patterned or apertured layer.

Abstract: An assembly for shielding an implanted medical device from the effects of high-frequency radiation and for emitting magnetic resonance signals during magnetic resonance imaging. The assembly includes an implanted medical device and a magnetic shield comprised of nanomagnetic material disposed between the medical device and the high-frequency radiation. In one embodiment, the magnetic resonance signals are detected by a receiver, which is thus able to locate the implanted medical device within a biological organism.

Abstract: A coherent radiation imaging system that produces digital images with a reduced amount of speckle. Radiation from a long coherence length source is used to form an image of a sample. The output coherent wave is temporally divided into a plurality of wavelets. The spatial phase of each wavelet is then modulated a known and different amount. Each phase modulated wavelet illuminates the sample and is perturbed by its interaction with the sample. A spatial phase map of each perturbed wavelet is then created and converted to a sample image with an image reconstruction program. The plurality of sample images thus formed is statistically averaged to form a final averaged image. The high frequency speckle that is not optically resolvable tends to average to zero with continual statistical averaging, leaving only the optically resolvable lower frequency phase information.

Abstract: An apparatus for treating a biological organism comprising a device for emitting and delivering energy to the biological organism, a programmable controller for varying the type and amount of energy emitted, and apparatus for sensing a condition of the biological organism.

Abstract: A detection device comprised of a hybrid nucleic acid assembly. The device further comprises a nucleic acid polymer, a first nanoparticle conjugated to the nucleic acid polymer, a second nanoparticle conjugated with the nucleic acid polymer, a means for introducing energy into the first nanoparticle, means for detecting energy from the second nanoparticle, and means for determining a physical property of the nucleic acid polymer, wherein the means of introducing energy into the first nanoparticle is a source of mechanical energy.