Abstract: A cable spool structurally configured for attaching to a surface such as a networking equipment and to support a plurality of fiber optic cables so as to enhance management of fiber optic-cables in high-density applications disclosed. The cable spool comprises an attachment portion and a spool portion. An inner end of the attachment portion is structurally configured to be fixed to the surface. An outer end of the attachment portion is structurally configured to be free standing. The spool portion is moveable relative to the attachment portion between a first position and a second position.

Abstract: The present disclosure provides methods and systems for prioritizing phenotype-causing genomic variants. The methods include using variant prioritization analyses and in combination with biomedical ontologies using a sophisticated re-ranking methodology to re-rank these variants based on phenotype information. The methods can be useful in any genomics study and diagnostics; for example, rare and common disease gene discovery, tumor growth mutation detection, drug responder studies, metabolic studies, personalized medicine, agricultural analysis, and centennial analysis.

Abstract: The present disclosure provides methods and systems for reprioritizing a first set of strings based on at least a node annotation to generate a second set of strings. One or more graphical representations comprising machine readable data in annotated nodes may be used to score a first set of strings. To score a first set of strings based on one or more node annotations, a seed node may be selected based on a node annotation corresponding to the first set of strings and a first value may be assigned to the seed node. Information may be propagated from a seed node to neighboring nodes and second values may be assigned to neighboring nodes. A score may be generated from at least a first value and a second value.

Abstract: The present disclosure provides methods and systems for prioritizing phenotype-causing genomic variants. The methods include using variant prioritization analyses and in combination with biomedical ontologies using a sophisticated re-ranking methodology to re-rank these variants based on phenotype information. The methods can be useful in any genomics study and diagnostics; for example, rare and common disease gene discovery, tumor growth mutation detection, drug responder studies, metabolic studies, personalized medicine, agricultural analysis, and centennial analysis.

Abstract: Apparatuses and methods for determining the position of a part on a vehicle are provided. The methods comprise measuring the respective distances from first and second measuring locations to each of a plurality of measuring points associated with the part whose position is to be determined. The position of each of the measuring points is then calculated relative to a fixed location, and these values are compared to determine the position of the part. The inventive apparatus comprises a main body which is attached to the vehicle. The main body includes an elongate member extending substantially therefrom and mounted to pivot relative to the main body about a pivot point central to the location of attachment of the main body to the vehicle. Finally, the main body comprises a retractable wire which can be extended to droppers removably fixed to the vehicle at various pick-up points. A sensing unit determines the distance from the main body to the pick-up point from the length of wire extended.