31 results about "Pedigree information" patented technology

A computer readable medium including executable instructions to analyze radio frequency (RF) tag information includes executable instruction to access cross-enterprise RF tag information, identify a product transition based upon the cross-enterprise RF tag information, and define a new product path based upon the product transition, where the new product path defines product pedigree information. Additional executable instructions authenticate a user, secure product information, supply product pedigree information corresponding to the product information, and verify the pedigree of the product based upon the product pedigree information.

Described are computational methods to reconstruct the chromosomes (and genomes) of ancestors given genetic data, IBD information, and full or partial pedigree information of some number of their descendants.

Electronic modules in motor vehicles are reflashed without encountering errors due to insufficient electrical power becoming available during a reflashing. A server system stores a database of update files together with data corresponding to a respective current draw and a respective reflash time associated with the respective update files when applied in each respective vehicle. A vehicle sends pedigree information to the server system which then identifies relevant update files and corresponding current draw and reflash time data for the particular vehicle. The relevant update files and corresponding data are sent to the particular vehicle. A state of charge of a battery in the vehicle is determined. A depleted state of charge is estimated that would remain after applying a relevant update file. The update file is not applied if the estimated depleted state of charge is less than a predetermined state of charge.

A computer readable medium including executable instructions to analyze radio frequency (RF) tag information includes executable instruction to access cross-enterprise RF tag information, identify a product transition based upon the cross-enterprise RF tag information, and define a new product path based upon the product transition, where the new product path defines product pedigree information. Additional executable instructions authenticate a user, secure product information, supply product pedigree information corresponding to the product information, and verify the pedigree of the product based upon the product pedigree information.

Biological samples undergo drastic changes during the execution of an experiment to aid in the determination of gene discovery, disease diagnosis, drug discovery, toxicological research, and so on. After a biological sample is processed, pieces of information about the state of a biological sample are generated. Pedigree information is also generated when a biological sample is sub-divided into multiple portions or when multiple biological samples are combined. These pieces of information illuminate the experiment process in a way that can help scientists to better understand the failure or the success of an experiment. Various pieces of information, such as the state and the pedigree of biological samples are tracked, traced, or searched, so as to allow scientists to piece together a picture of greater experimental clarity.

The invention provides a rapid and stable animal individual genome breeding value evaluation method, and relates to the technical field of animal breeding. The rapid and stable animal individual genome breeding value evaluation method comprises the steps that an HIBLUP is adopted and utilizes phenotype information, genotype information and spectrum information to predict genome breeding values, and the final output genome breeding values comprise estimated individual genetic value, additive and dominant effect values of each individual, and a reverse analytic value of each genetic marker effect in a genotyping chip. According to the rapid and stable animal individual genome breeding value evaluation method, the spectrum information, the phenotype information and the genotype information are fully utilized to predict the genetic value (the additive and dominant effects) of each animal and the effective value of each SNP marker site, the most advanced genome breeding value prediction andvariance component estimation algorithm is achieved, and thus genome selection is achieved.

The invention discloses a method for performing forest tree multiple-trait pyramiding breeding based on multiple-trait genomic selection. The method sequentially comprises the following steps: clonal individual phenotypic data acquisition; clonal pedigree information and A matrix construction or SNP marker typing data and G matrix construction; multiple-trait model establishment and data analysis. The method disclosed by the invention has the benefits that the workload of forest tree trait phenotype determination can be reduced, and no lamination by the correlation degree between traits and markers exists; compared with a conventional traditional progeny determination technology, multiple-trait orientation and accurate breeding can be realized, an obtained hybrid offspring have reliable productivity and genetic background, the forest tree multiple-trait pyramiding breeding period is significantly shortened, and no specific limitation on tree species and test forest types exists; the forest tree multiple-trait pyramiding breeding purpose can be quickly achieved; therefore, the application prospect is wide.

Electronic modules in motor vehicles are reflashed without encountering errors due to insufficient electrical power becoming available during a reflashing. A server system stores a database of update files together with data corresponding to a respective current draw and a respective reflash time associated with the respective update files when applied in each respective vehicle. A vehicle sends pedigree information to the server system which then identifies relevant update files and corresponding current draw and reflash time data for the particular vehicle. The relevant update files and corresponding data are sent to the particular vehicle. A state of charge of a battery in the vehicle is determined. A depleted state of charge is estimated that would remain after applying a relevant update file. The update file is not applied if the estimated depleted state of charge is less than a predetermined state of charge.

The invention aims at providing an evaluation method of individual breeding values of turbot to solve the problems that a using background is not clear in source, a physical pedigree is incomplete or the individual kinship coefficient can not be calculated by utilizing physical pedigree information when an introduced turbot colony is used for breeding improved varieties, further solve the problem that evaluation of individual genetic parameters can not be performed and thus make up for deficiencies in the prior art. Compared with a method for evaluating the breeding value by relying on physical pedigree, the method provided by the invention can greatly reduce the time period for evaluation of the individual breeding values, namely that the evaluation of the individual breeding values can be completed by only one generation without performing multi-generation of culture of pedigree materials and other tedious steps.

The invention discloses a breeding method for selecting high-production-performance A2A2 homozygous genotype dairy cattle based on pedigree information simplification. By performing dairy cattle production performance measurement, pedigree data and phenotype data of dairy cattle individuals are collected, on the basis of a father beta casein genotype result, genetic evaluation is performed, breeding values of the milk yield, the butterfat yield, the milk protein yield and the milk protein rate are obtained, and high-yield A2A2 homozygous individuals are obtained through analysis by calculatingan individual high production index HPI. According to the method, by applying daily DHI data for large group screening, the workloads of the actual cattle farm production process are greatly lowered;the A2A2 homozygous individuals in the cattle herd can be rapidly, conveniently and accurately screened out.

Provided are a pet relation network basic system used for management efficiency and establishing application methods. The system analyzes blood collected from pets, and DNA pedigree book is published. Thus, scientific and systematic fedding and family tree management of pets can be performed. A method for establishing and using the pet relation network basic system with the Internet pet DNA pedigree book and a family tree management system is provided. The pet relation network basic system used for management efficiency comprises a client-side system for storing pet-related information, retrieving and outputting information of a pet belonging to the pet stored in a local database server storage unit or modifying or storing new information; and a pet management service system for synchronizing information stored in the local database server storage unit of the client-side system. Information can be stored in a storage portion of a primary database server in real time. If DNA pedigree book request information is received, the pedigree book and the pet family tree are published based on analysis of pedigree information of the pets.

The disclosed embodiments provide a method for tamper-proof protection of containers used for shipment of goods. An optical fiber is embedded in an Optical Shield Wallpaper which lines all interior surfaces of any size of a shipping container, package, box, barrel or other shaped container. Wallpaper is manufactured using large scale rollers that press fibers with encapsulated adhesives onto an appropriate medium. Small medicine containers are protected with a fiber optic shield and sensors manufactured using ink jet printing techniques. Light is applied to the optical fiber and a measurementof optical fiber characteristics is performed. Digital signal processing is used to generate pedigree information, which may include items such as shipping location, serial numbers and lot numbers forthe goods. The status of the autonomous anti-tampering system is monitored real-time for unauthorized intrusions. Intrusions detected are relayed to an authorized recipient via a variety of communication channels.

The invention provides an RFID-based breeding information management system for breeding pigs. A hand-held RFID reader reads content of RFID labels and transmits the content to a breeding pig management platform; the breeding pig management platform is provided with an archives management module, a breeding management module, a material management module, a mating and nursing module and a slaughtering management module; the archives management module is for establishing a unique relevance between each RFID label and each breeding pig and setting initial information; the breeding management module is for daily recording feed conditions, medicine use and epidemic-protection information of the breeding pigs; the material management module is for recording the feed information, medicine information and treatment information; the mating and nursing module is for recording rut information, fertilization information and semen collection information of the breeding pigs, nursing period information of piglets, and pedigree information; and the slaughtering management module is for establishing live pig archives and recording daily feeding information and live pig slaughtering information. According to the RFID based breeding information management system, an electronic identity file is established for each breeding pig; the information collection and information management for the full process of the breeding industry for the breeding pigs are realized; and the breeding pigs are observed and analyzed to determine the good breeds for breeding, so that the selection of good breeding pigs is realized.

The invention relates to a method for a goose paternity test. The method uses 20 microsatellite markers with high polymorphism information content and 5 or more alleles, and genomic DNA as an identification material. The identification method comprises carrying out PCR amplification on the 20 microsatellite markers, determining genotypes of the PCR amplification products through a Sanger sequencing method, excluding the parenthood of the offspring and hypothetical parents through an exclusive method when the cumulative probability of exclusion is accumulated to greater than 99% or two or moregenotypes do not accord with the Mendelian inheritance law, respectively calculating the natural logarithms (LOD) of likelihood function ratios of the parents if the two or more hypothetical parents exist after the exclusive method, and comparing the LOD values to determine the possibility of hypothetical parents as true parents of the offspring. The method solves the problem that individual generations of the goose large group during breeding are difficult to identify, produce confusing pedigree information and produce errors.

Radio-tagged components are used a welding operation to form a welded product. Pedigree / quality control is monitored by tagging welding wire with a first radio transceiver storing information about the wire; providing a second radio transceiver at the welding apparatus, providing a third radio transceiver associated with the at the human operator, logging information about the wire, the operator, and the characteristics of the weld, and maintaining the logged information at a location remote from the welder along with a time stamp and a means of authenticating the maintained log. The first, second and third transceivers operate at a frequency below 1 megahertz, preferably below 300 KHz. A similar radio tag with product pedigree information may also be affixed to the welded product.

The invention discloses an urban and rural settlement space system pedigree construction method and an interactive display system. The method comprises the following steps: inputting urban and rural settlement space system data and constructing an information base; extracting urban and rural settlement space key factor feature information; constructing an urban and rural settlement space system pedigree through key factor hierarchical clustering; and building an urban and rural settlement space system pedigree information platform, inputting a target urban and rural settlement system, automatically calculating characteristic factors of the target urban and rural settlement system, identifying the type of the target urban and rural settlement system, and realizing planning guidance of the urban and rural settlement space system. According to the method, key features of the urban and rural settlement space system can be systematically described, and an efficient and scientific path method is provided for constructing an urban and rural settlement space system pedigree capable of guiding urban and rural settlement system planning based on respective clustering of three hierarchical feature measurement indexes and superposition and screening of clustering results.

The disclosed embodiments provide a method for tamper-proof protection of containers used for shipment of goods. An optical fiber is embedded in an Optical Shield Wallpaper which lines all interior surfaces of any size of a shipping container, package, box, barrel or other shaped container. Wallpaper is manufactured using large scale rollers that press fibers with encapsulated adhesives onto an appropriate medium. Small medicine containers are protected with a fiber optic shield and sensors manufactured using ink jet printing techniques. Light is applied to the optical fiber and a measurement of optical fiber characteristics is performed. Digital signal processing is used to generate pedigree information, which may include items such as shipping location, serial numbers and lot numbers for the goods. The status of the autonomous anti-tampering system is monitored real-time for unauthorized intrusions. Intrusions detected are relayed to an authorized recipient via a variety of communication channels.

The specification discloses an outsert assembly for pharmaceutical and other containers. The assembly includes an outsert, a tape holding the outsert in a folded configuration, and a machine-readable identifier on the tape. The machine-readable identifier may include e-pedigree information. The outsert may include printed dosage information and relevant medical warnings.

The invention discloses a device and method for inferring the origin of chromosome segments in pedigree. The method includes the following steps: pairwise chromosome comparison of all samples in the pedigree to obtain the same chromosome segment information between the two pairs; dividing the whole genome into multiple different types of chromosome segments according to the same chromosome segment information between the pairwise Genetic segment; divide all samples into multiple genetic segment sample groups according to the type of genetic segment; retrospectively analyze the origin of each genetic segment in each sample based on the known local genetic relationship between every three samples in the pedigree , to obtain all possible genetic paths of each genetic segment of each sample, and record the last sample in each genetic path as the end point sample; according to the order of the end point samples and the samples in the pedigree, it is inferred that the sample with the highest position is each The ancestral sample of the genetic segment of each sample is used to complete the inference of the source of the chromosome segment in the pedigree. This method does not require complete pedigree structure information and has good compatibility.

The invention discloses a method for purifying and rejuvenating Yimeng black goats. The method includes the following steps: step I, selecting male black goats and female black goats with a ratio of 1: 9, separating and culturing for 6 months, eliminating weak bodies and supplementing the weak bodies; step II, combining the estrus cycle and pedigree information of male and female black goats, evenly distributing the female goats to the male black goats in estrus synchronization to obtain a basic population, and breeding the basic population in a local cross mode; step III, after natural breeding, strictly screening the black goats bred by each generation, and eliminating individuals that do not meet the standards, ensuring that the offspring bred are equal to or better than the previous generation in the whole breeding process, and finally acquiring excellent varieties; and step IV, promoting and popularizing the improved varieties of black goats through artificial insemination, embryotransfer and genetic engineering to speed up the expansion of improved variety population and the speed of population gene improvement.

The disclosure provides a fast and stable genomic breeding value evaluating method for animal individuals, and relates to the technical field of animal breeding. In the method, HIBLUP is adopted to perform genomic breeding value prediction using phenotype, genotype and pedigree information, and the final output includes estimated genetic value of individuals, additive effect and dominant effect values of each individual, and back solution values of each genetic marker effect used on genotyping chips. The pedigree, phenotypic and genotypic information can be fully used to predict genetic (additive and dominant) values for each individual animal and as well as effect values for each SNP marker, and the most advanced genomic breeding value prediction and variance component estimation algorithm are realized to realize genomic selection.

The invention discloses a forest tree genetic evaluation precision improving method using SSR marker information. According to the method, a G matrix constructed by SSR markers is used for carrying out forest tree genetic evaluation. Firstly, ground diameters of all individuals of clone seedlings to be detected are measured, phenotypic data is formed, DNA of all clones is extracted, 134 pairs of SSR markers are used for performing amplification, an amplification result is recorded as 0 / 1 SSR marker data, then, genetic identity among the clones is calculated, and the inverse matrix is calculated to serves as a G matrix of clones; the phenotypic data is analyzed, combined with the G matrix constructed by S4, environment error and genetic variance are estimated, and according to a repeatability formula, a repeatability estimated value is calculated. According to the forest tree genetic evaluation precision improving method using the SSR marker information, the forest tree genetic evaluation effect can be precisely improved, there is no need to depend on traditional pedigree information, the method is not limited by genetic material pedigree information, and test materials are not limited in tree seed and test forest type, and the application prospect is good.

Provided are a pet relation network basic system used for management efficiency and establishing application methods. The system analyzes blood collected from pets, and DNA pedigree book is published. Thus, scientific and systematic fedding and family tree management of pets can be performed. A method for establishing and using the pet relation network basic system with the Internet pet DNA pedigree book and a family tree management system is provided. The pet relation network basic system used for management efficiency comprises a client-side system for storing pet-related information, retrieving and outputting information of a pet belonging to the pet stored in a local database server storage unit or modifying or storing new information; and a pet management service system for synchronizing information stored in the local database server storage unit of the client-side system. Information can be stored in a storage portion of a primary database server in real time. If DNA pedigree book request information is received, the pedigree book and the pet family tree are published based on analysis of pedigree information of the pets.