105 results about "Genetic structure" patented technology

A system and method for automatic creation of digital image albums. A Page Creator Module utilizes a genetic engine and a layout evaluation module. The genetic engine evolves a group of images to a plurality of album pages, based on certain layout criteria. The evaluation module calculates layout criteria and compares them with user preferences. When an acceptable image / page layout has been generated, the image / page assignments are transferred to an Image Placement Module. The Image Placement Module utilizes a second genetic engine, which evolves various criteria to generate page layouts genetic structures. These structures define the location, scale, and rotation of images placed on a given page. A layout evaluation module calculates and compares these layouts with certain other preferences and page requirements. When a suitable layout has been generated, a final album output is generated, which may be displayed, printed, or otherwise transferred for subsequent utilization.

There is provided a system performing high-accuracy diagnostic decision support in consideration of the influence of a haplotype block and a genetic structure. Haplotype block inference means 13 infers the positions of haplotype blocks, and analyzes each of the haplotype blocks to infer a haplotype pattern of individuals with high accuracy. Genetic structure inference means 15 performs clustering the individuals on the basis of the haplotype pattern to divide a population into some subpopulations, and removes the influence of a genetic structure existing in the population. A genetic structure information database 16 and a clinical information database 11 are used to analyze association of clinical information with genetic information for providing high-accuracy diagnostic decision support knowledge. On the basis of the diagnostic decision support knowledge obtained by analyzing the association of clinical information with genetic information, risk calculation means 19 calculates a risk that a predetermined individual is affected by disease.

The invention discloses a molecular marker method for breeding meat performance of Altay sheep and application thereof. The molecular marker method comprises the following steps: using a MyoD1 (Myogenic Determination) gene as a candidate gene which influences meat yield of the Altay sheep; detecting a genetic structure of the MyoD1 gene in the Altay sheep variety by utilizing a PCR-SSCP (Polymerase Chain Reaction-Single-strand Conformation Polymorphism) technology; analyzing and judging a correlation between the genetic structure of the MyoD1 gene and the meat yield of the sheet; by a DNA (Deoxyribose Nucleic Acid) sequence of the MyoD1 gene of the sheet, self-designing two pairs of specific primers; carrying out polymorphism detection on the MyoD1 gene of the Altay sheep in Sinkiang province by utilizing the PCR-SSCP technology; and carrying out correlation analysis with meat performance so as to find a molecular marker which is obviously related to the meat yield of the Altay sheep. The molecular marker method is used for improving meat performance of the Altay sheep to greatly improve the speed of improving and recovering excellent meat performance of the Altay sheep and has important significance and practical application value for improving economic income of farmers and herdsmen and quickening development of the mutton sheep industry in Sinkiang province.

A process to prepare a recombined transgenic Zea mays plant or plant cell from a first transgenic Zea mays plant cell, wherein the transgene in the recombinant plant or plant cell has an altered genetic structure relative to the genetic structure of the transgene in the first transgenic plant cell, due to homologous recombination-mediated transgene deletion.