Abstract: An improved data structure approach, and corresponding computational systems and methods are described to provide a technical approach that can be used for improving computational performance where a blockchain data structure is being accessed continuously or periodically for validation of recordals of one or more events that have taken place. A hybrid off-chain (or off-contract)/on-chain solution is utilized to provide a mechanism for establishing data linkages between the off-chain (or off-contract) records and on-chain data payloads.

Abstract: Dunning a debtor according to an essentia instance of the debtor. Debtor data of the debtor is received from a creditor. The debtor is mapped to an essentia to create an essentia instance for the debtor based on debtor characteristic variables identified by the debtor data and essentia characteristic variables identified by essentia data. Essentia specific dunning decisions corresponding to the essentia to apply when dunning the debtor are determined. The debtor is dunned according to the essentia specific dunning decisions.

Abstract: Dunning a debtor according to an essentia instance of the debtor. Debtor data of the debtor is received from a creditor. The debtor is mapped to an essentia to create an essentia instance for the debtor based on debtor characteristic variables identified by the debtor data and essentia characteristic variables identified by essentia data. Essentia specific dunning decisions corresponding to the essentia to apply when dunning the debtor are determined. The debtor is dunned according to the essentia specific dunning decisions.

Abstract: Dunning a debtor according to an essentia instance of the debtor. Debtor data of the debtor is received from a creditor. The debtor is mapped to an essentia to create an essentia instance for the debtor based on debtor characteristic variables identified by the debtor data and essentia characteristic variables identified by essentia data. Essentia specific dunning decisions corresponding to the essentia to apply when dunning the debtor are determined. The debtor is dunned according to the essentia specific dunning decisions.

Abstract: Dunning a debtor according to an essentia instance of the debtor. Debtor data of the debtor is received from a creditor. The debtor is mapped to an essentia to create an essentia instance for the debtor based on debtor characteristic variables identified by the debtor data and essentia characteristic variables identified by essentia data. Essentia specific dunning decisions corresponding to the essentia to apply when dunning the debtor are determined. The debtor is dunned according to the essentia specific dunning decisions.

Abstract: Dunning a debtor according to an essentia instance of the debtor. Debtor data of the debtor is received from a creditor. The debtor is mapped to an essentia to create an essentia instance for the debtor based on debtor characteristic variables identified by the debtor data and essentia characteristic variables identified by essentia data. Essentia specific dunning decisions corresponding to the essentia to apply when dunning the debtor are determined. The debtor is dunned according to the essentia specific dunning decisions.

Abstract: Dunning a debtor according to an essentia instance of the debtor. Debtor data of the debtor is received from a creditor. The debtor is mapped to an essentia to create an essentia instance for the debtor based on debtor characteristic variables identified by the debtor data and essentia characteristic variables identified by essentia data. Essentia specific dunning decisions corresponding to the essentia to apply when dunning the debtor are determined. The debtor is dunned according to the essentia specific dunning decisions.

Abstract: A method of collecting target regions from a target object is described. The method in one embodiment comprises mounting a negatively-charged membrane on a first side of a substrate, mounting a target object on the membrane, positioning a collection material adjacent to the target object, and passing a laser beam from a second side of the substrate, through the substrate, the membrane, and the target object, to dissect target regions from the prepared tissue section, whereby the dissected target regions adhere to the collection material. In another embodiment, the present invention is a system for collecting target regions from a target object. In one embodiment, the system comprises a substrate having a first side and a second side, a negatively-charged membrane adhered to the first side of the substrate, and a collection material mountable adjacent to the membrane.

Abstract: The present invention relates to a dissecting sample sharing system that is composed of a room terminal system and a central control system. The room terminal system at least includes a computer, an image partitioning device and one or more dissecting table units which have image collecting function. The computer sends designation signals to a control case in each dissecting table unit. The control case controls the dissecting table according to the designation signals, and synchronously sends the visual signals, which are obtained from the image collecting device in the dissecting table unit to the image partitioning device. The image partitioning device sends the visual signals to the room terminal system. The central control system is composed of a central control computer and central control software that are connected through network to have communion with each other.

Abstract: A method of collecting target regions from a target object is described. The method in one embodiment comprises mounting a negatively-charged membrane on a first side of a substrate, mounting a target object on the membrane, positioning a collection material adjacent to the target object, and passing a laser beam from a second side of the substrate, through the substrate, the membrane, and the target object, to dissect target regions from the prepared tissue section, whereby the dissected target regions adhere to the collection material. In another embodiment, the present invention is a system for collecting target regions from a target object. In one embodiment, the system comprises a substrate having a first side and a second side, a negatively-charged membrane adhered to the first side of the substrate, and a collection material mountable adjacent to the membrane.

Abstract: A compact digital imaging microscope includes a stage for holding a specimen, a lens assembly for collecting a beam of light transmitted through the specimen, and an adjustable beamsplitter assembly for splitting the beam between an eyepiece for viewing an image of the specimen and a CCD image detector to provide both a digital and an analog signal representing an image of the specimen. The use of a lens positioned along an optical path between the lens assembly and the image detector allows the image detector to be integrated compactly within the microscope and also allows the image detector to capture an image whose viewable area is roughly the same as that viewable through the eyepiece. Furthermore, all electrical connections (other than output and power supply connections which are located at the base of the microscope) are internalized within the microscope.