40 results about "Gene Organization" patented technology

A method of introducing a molecule of interest into a plant cell having a cell wall includes interacting a gamma-zein peptide with a molecule of interest to form a gamma-zein linked structure. The gamma-zein linked structure is then placed in contact with the plant cell having a cell wall, and allowing uptake of the gamma-zein linked structure into the plant cell. Alternatively, a gene of interest can be expressed in a plant cell having an intact cell wall by interacting a gamma-zein peptide with the gene of interest to form a gamma-zein linked gene structure, allowing uptake of the gamma-zein linked gene structure into the plant cell, and expressing the gene of interest in the plant cell and its progeny.

A method of optimizing a WDM optical ring network configuration using a genetic algorithm. Preferably, the method includes the steps of initially defining one or more parameters for a WDM optical network or portion of a WDM optical network and creating a plurality of parents each having a gene structure corresponding to the one or more parameters of the WDM optical network or portion thereof. The parents are then ranked according to predetermined fitness criteria. The highest ranking parents are then mated to form one or more children. Preferably, the children are then optionally mutated before or after testing to ensure that they satisfy predetermined network demands. Suitable children replace lower ranking parents to form new parents. The process is then repeated by mating the highest ranking parent in an effort to further optimize the network. Various steps in the genetic algorithm can be repeated until an optimal design is achieved.

The invention provides a DNA (Deoxyribonucleic Acid) probe library used for hybridization with a KRAS gene. The DNA probe library comprises one or more DNA probes which can be hybridized with the KRAS gene, wherein the DNA probes include the following sequences: SEQ ID NO.1, SEQ ID NO.2, SEQ ID NO.3, SEQ ID NO.4, SEQ ID NO.5, SEQ ID NO.6, SEQ ID NO.7, SEQ ID NO.8, SEQ ID NO.9 or SEQ ID NO. 10. The invention further provides a method for enriching the KRAS gene segments by adopting the DNA probe library. Based on this, the invention further provides a method for detecting gene structure mutations of the KRAS gene. The method disclosed by the invention can be adopted to obtain the KRAS gene segments by enriching in thousands of times, and the KRAS gene segments can be used for a next generation sequencing technology to detect the gene structure mutations including single base mutation, mRNA deletion or increase, mRNA structure transversion and mRNA splicing change.

The invention provides a DNA (Deoxyribonucleic Acid) probe library hybridized with BRAF (v-Raf murine sarcoma viral oncogene homolog B1) gene. The DNA probe library comprises one or more DNA probes which can be hybridized with the BRAF gene, each DNA probe comprises the following sequences: SEQ ID NO.1, SEQ ID NO.2, SEQ ID NO.3, SEQ ID NO.4, SEQ ID NO.5, OR SEQ ID NO.6. The invention also provides a method for enriching BRAF gene segments by adopting the same. Based on this, the invention further provides a method for detecting the gene mutation of the BRAF gene. The BRAF gene segments can be enriched by thousands of times through adopting the method, the BRAF gene segments can be used for next-generation sequencing technology for detecting gene structure mutation including single base mutation, mRNA deficiency or increase, mRNA structure transversion and mRNA splicing change.

The invention provides a DNA (deoxyribonucleic acid) probe library for hybridization with an EGFR (epidermal growth factor receptor) gene. The DNA probe library comprises one or more DNA probes which can be hybridized with the EGFR gene, and the DNA probe comprises the following sequence: SEQ ID No.1, SEQ ID No.2, SEQ ID No.3, SEQ ID No.4, SEQ ID No.5, SEQ ID No.6, SEQ ID No.7, SEQ ID No.8, SEQ ID No.9 or SEQ ID No.10. The invention also provides a method for enriching the EGFR gene segments by use of the DNA probe library. On the basis, the invention also provides a method for detecting the gene structure mutation of the EGFR gene. By adopting the method provided by the invention, the EGFR gene segments can be enriched by thousands of and even tens of thousands of times, and the EGFR gene segments can be applied to the next-generation sequencing technology to detect the gene structure mutation, including single base mutation, mRNA (messenger ribonucleic acid) deletion or increase, mRNA structure transversion and mRNA splicing change.

The invention discloses a cloud management system and method for gene data analysis and processing, and the method comprises the steps: firstly receiving and storing structural data transmitted from an edge calculation module in a 5G wireless transmission mode; calling the uploaded gene structured data and the original data of the fluorescence signals of the genes stored in the edge computing equipment according to the corresponding retrieval information, performing personalized display of different functions by utilizing the data, and performing analysis and mining on the gene data by utilizing an artificial intelligence related model; and finding out information with relatively high value for service requirements to carry out secondary development of corresponding functions. Besides, when there is abnormal information transmitted by the edge computing module and suspected abnormal samples obtained by analyzing the structural data by related applications in the system, an alarm is sent to the abnormal processing module in time, the abnormal processing module is reminded to take corresponding measures on the corresponding abnormal information, and the application effect of actual production is improved.

The invention discloses a hemangioma pathotype subgroup J avian leukosis virus gene and the construction of infectious clone thereof. A full-length genome sequence of a subgroup J avian leukosis virus of the invention is shown as SEQ ID NO:1. Then, the hemangioma pathotype subgroup J avian leukosis virus gene shown as SEQ ID NO:1 is subjected to amplification by adopting a specific primer; and pBlueskript SK (I) is used as a vector and chick embryo fibroblast is used as a host cell to construct the infectious clone of the hemangioma pathotype subgroup J avian leukosis virus gene so as to lay the foundation for subsequent research on relation among pathogenic mechanism, a gene structure and functions, virus reproduction, genetic variation rules and the like of the hemangioma pathotype subgroup J avian leukosis virus ALV-J.

The invention belongs to the technical field of gene engineering, and particularly relates to a living cell marking method of biotinylated Curli protein and application of the living cell marking method. The recombinant bacterium for expressing the biotinylated Curli protein is successfully constructed, escherichia coli BL21 (DE3) is used as a host strain, biotin receptor peptide (APtag) is fused into a gene structure unit csgA of escherichia coli BL21 (ED3) extracellular amyloid protein Curli, a co-expression plasmid pETDuet-1-CsgA-APtag-BirA is constructed, CsgA-APtag and biotin ligase BirA are highly expressed, and biotinylated expression of living cellCsgA is realized; under the induction of IPTG, the streptomycin probe coupled with the fluorophore can be specifically combined with biotinylated CsgA-APtag, and recombinant bacterial cells expressing Curli fibers can be subjected to fluorescence marking. The marking is high in specificity, and the potential influence of the marking on the cell expression function can be reduced to a certain extent.

The invention relates to a method for changing the feeding habits of the bombyx mori and application of the method. The hestia gene of the bombyx mori is targeted at a fixed point, a gene structure ofthe bombyx mori is damaged to affect normal feeding behavior of the bombyx mori, and thus, the feeding habits of the bombyx mori are changed into omnivory from oligophagy. By the method, a breeding mode of feeding the bombyx mori with folium mori only in sericultural production is solved, and a new through is provided for large-scale bombyx mori feeding.

The present invention pertains to genetic screening methods and related cells and genetic constructs. In particular, the invention relates to a method of screening cells for an alteration, typically an amplification, in the copy number of a nucleic acid of interest using an amplifiable nucleic acid linked to a reporter nucleic acid; a method of screening cells for increased expression of a polypeptide of interest derived from the nucleic acid of interest; and related cells and genetic constructs. The method allows for high throughput screening of recombinant cells expressing a polypeptide or protein of interest and, in particular, for screening of cells expressing the polypeptide or protein of interest at elevated levels.

The present invention proposes a method for rapid cloning of physical quality expression and regulation genes of elite winter sports athletes. Through extraction peripheral blood genomic DNA, and by using an improved overlap extension polymerase chain reaction (OE-PCR) technique to amplify physical quality related genes, products which are hard to get by using methods relying on restriction endonuclease digestion, can rapidly be obtained by using this technique. The method is time and effort saving, economical, accurate, efficient and simple for studying and exploring rapid cloning of physical quality expression and regulation genes of elite winter sports athletes, providing a most scientific method for the in-depth study of structures and functions of genes related to physical quality of winter sports athletes, and laying a solid theoretical and technical foundation for establishing a scientific system for early prediction of potential, evaluation and selection of winter sports athletes.

The invention provides a complex disease-related SNP site primer composition and use thereof, and belongs to the technical field of molecular biology. A group of SNP site amplification primers are designed and developed through an NGS method. A change of a gene structure related to complex disease in an individual body is detected through a bioinformatics analysis method. The complex disease-related SNP site primer composition predicts an individual disease risk and improves prevention and / or treatment effects of complex disease. The evaluation system and the detection method have low cost, are simple and convenient to operate, and have good sensitivity, high accuracy, good repeatability and great clinical application value.

The invention discloses a novel milchgoat multiparous and monotocous ovary differential expression gene, and a screening method thereof, an identification method thereof and a functional analysis method thereof. Xinong Saanen milchgoats are taken as experimental materials, the forward and reverse subtracted cDNA library of ovarian tissue in a milchgoat multiparous (3 goats) and monotocous anestrus is constructed by using suppression subtractive hybridization technology, differential expression gene fragments are screened, the differential expression gene is verified by real-time quantitative polymerase chain reaction (PCR) and the gene structure and potential function are analyzed by bioinformatics.

A Bacillus thuringiesis 15A3 strain is disclosed, which has unique cry gene organization including crylAa, crylAc, crylc, crylD, coyII and cryV. It is obtained by screening with PCR method and bioactivity measuring method. Its wettable powder and liquid preparation has high effect on preventing and eliminating the pests, such as beet noctuid, cotton ballworm, etc..

The invention belongs to the technical field of biogenetic engineering, and in particular relates to a NAC47 transcription factor of Brassica napus and its preparation method and application. Specifically disclosed the gene structure of NAC47 transcription factor of Brassica napus, its preparation method and its application in positively regulating the senescence of rapeseed leaves; and disclosed that the expression of Brassica napus NAC47 gene can cause the necrosis of cells to cause the increase of electrical conductivity, The increase of hydrogen peroxide content, the decrease of chlorophyll content, the increase of anthocyanin content and the increase of malondialdehyde content; make the expression of RbohD, RbohF, YLS9, BFN1, CEP1 and two VPE genes better in Brassica napus controlled activation and expression.

The invention relates to the technical field of virology and biology, and relates to a circovirus 3 type (GyV3) double-copy full-length gene infectious clone using a reverse genetics technology as well as a construction method and application thereof. Specifically, the structural characteristics of a cyclic genome of GyV3 and enzyme cutting sites of the GyV3 are utilized, a GyV3 double-copy full-length infectious clone pcDNA3.1-2GyV3 is constructed by amplifying to two sections of virus whole genomes with different starting and ending points by using a high-fidelity enzyme and connecting to eukaryotic expression pcDNA3.1 (+) through two times of connection transformation, and virus rescue and pathogenicity research in an SPF (Specific Pathogen Free) chicken body are realized; and finally, a simple and rapid circle virus reverse genetics operating system is provided, a platform is provided for GyV3 pathogenicity, gene structure and function research and the like, and a foundation is laid for research of genetic engineering vaccines for GyV3.

The invention discloses a PEDV genome analysis method based on next-generation sequencing. The method is characterized by comprising the following steps: downloading a genome sequence and a transcriptsequence of a host pig as a host reference sequence; acquiring a sequencing sequence for removing host pollution; splicing the genome; carrying out homologous comparison on the genome; selecting a comparison result; and taking the compared starting site as a starting site of the gene. Compared with the prior art, the method has the advantages that gene structure can be accurately predicted, and omission is avoided.

The invention provides a tumor-related SNP site primer composition and application thereof, and belongs to the technical field of molecular biology. According to the invention, a group of SNP site amplification primers are designed and developed through an NGS method, and through a bioinformatics analysis method, the change of a gene structure related to tumors in an individual body is detected, the disease risk of the individual body is predicted, and the prevention and / or treatment effect of the tumors is improved. The evaluation system and the detection method disclosed by the invention are low in cost, simple and convenient to operate, good in sensitivity, high in accuracy and good in repeatability, and have great clinical application value.

The invention relates to an improved cotton fiber color gene technology, and particularly relates to a cotton gene and a plant expression binary vector constructed by the gene and application to improvement of cotton brown fiber color. A nucleotide sequence of the cotton GhMATE1 gene is shown in SEQ ID: NO.1. An amino acid sequence of a protein coded by the gene is shown in SEQ ID: NO.2. On the basis of an early-cloned cotton GhTT12a gene (Chinese patent application number: 201310380270.5, and data of application: 2013-8-27), by using a bioinformatics analysis and electronic cloning method, a new gene containing an MATE (multidrug and toxic compound extrusion) conserved domain database is cloned, but a gene structure and a shearing mode of the cotton GhMATE1 gene are completely different from those of the GhTT12a gene, and the cotton GhMATE1 gene has 78 percent of sequence homology with a nucleotide sequence of an arabidopsis thaliana testa brown pigment synthetic TT12 (Transparent Testa) gene.

The invention relates to a DREB transcription factor-BpDREB1 (EF219470). The overall length of a gene sequence is 647bp. A coding protein is predicted to contain 213 amino acids, the relative molecular weight of the protein is 23kDa and the theoretical isoelectric point of the protein is 5.11. The sequence homology of BpDREB1 and the transcription factors in the Chinese cabbage is 94%. An evolutionary tree shows that BpDREB1 belongs to the A1 subtribe in the DREB subfamily. The inducible expression mode analysis of the gene shows that BpDREB1 is subjected to intense and rapid inducible expression at low temperature, has response to drought stress to a certain extent but hardly has response to high salinity treatment. After transgenic arabidopsis thaliana over-expressing BpDREB1 is inducedat low temperature, the contents of soluble sugar and proline in arabidopsis thaliana are substantially increased. The above results show that the transcription factor BpDREB1 has the characteristicsof family member gene structures and plays an important role in a low-temperature and drought response pathway.

The invention discloses a positive plasmid molecule pYMSC-1905 for screening unauthorized transgenic maize. The plasmid molecule pYMSC-1905 is obtained by constructing structure specific fragments ofa CaMV 35S promoter, an NOS terminator, a bar gene, a pat gene, a CP4-EPSPS gene, an NPT II gene, a cry1A gene, a Rice-Actin promoter and a phy gene in the transgenic maize and a standard gene zSSIIbin the maize to a plasmid vector pUC18. A plasmid disclosed by the invention can screen out 261 kinds of transgenic maize including complex characters, and covers 91.6% of 285 kinds of maize transformants, and the plasmid molecule can be used as a positive control for common qualitative PCR detection and can also be used as a positive control for real-time fluorescent PCR detection.

Recombinant polynucleotides and vectors containing an engineered (artificial) exon-intron-exon gene structure in a transgene are provided, which undergoes splicing when it is expressed in a target cell.

The invention provides the glucose dehydrogenase GLD gene of H. bancroft and its amplification primer combination and cloning method, belonging to the technical fields of molecular biology and gene cloning. The nucleotide sequence of the GLD gene is shown in SEQ ID No.6. The acquisition of this gene can further study the composition and gene structure of the gene in the cells of Leaperia bancrofti, and provide a theory for its function and functional region location in the reproductive physiology of Leaperia banecroft, as well as the difference from other species in accordance with.

The present invention relates to a method, apparatus and medium for presenting rearranged or fused structural subtypes. The method comprises the following steps: generating a gene annotation file comprising gene structure annotation information, wherein the gene structure annotation information at least indicates an exon or intron number, a gene name, an NM number used by each gene, a gene transcription direction and the total number of exons; determining a fusion support sequence of the gene fusion pair based on the double-end sequencing data of the paired sequence of the to-be-detected sample and the comparison result data of the reference genome sequence, so as to generate a comparison result file containing the fusion support sequence; loading the comparison result file and the generated annotation file into a genome browser; and obtaining a gene position where the breakpoint is located, so as to generate image data through a genome browser and determine a rearrangement or fusion structure subtype based on the generated image data. According to the method, the gene structure where the rearrangement breakpoint is located and the subtype structure formed after rearrangement can be read through a visualization method.

The invention provides a structural variation detection model and a construction method and device thereof. The construction method comprises the following steps: performing gene structure variation detection on sequencing data of a plurality of positive samples to obtain variation detection results; screening out characteristics of gene structure variation from variation detection results; and constructing a machine learning model by utilizing the characteristics of the gene structural variation to obtain a structural variation detection model. A reliable gene structure variation event is obtained by detecting a structure variation positive sample, then possible related characteristics of gene structure variation are screened out, and a structure variation detection model is constructed through machine learning by utilizing the possible related characteristics. Therefore, the constructed model can be used for quantitatively detecting the variation result of the to-be-detected sample more accurately. By utilizing the model, the abundance of gene structure variation events of a known sample can be corrected, and an important research direction and clinical guidance significance areprovided for more accurate quantitative detection of structure variation.

The invention discloses an application method of genomics in cancer treatment, and relates to the technical field of genomics and cancer treatment. The application method comprises the following steps of acquiring a target gene, connecting the acquired target gene with a vector DNA in vitro, and recombining the target gene and the vector DNA connected in vitro into new DNA molecules adding the recombinant new DNA molecules into proper host cells in a patient body, wherein the host cells contain the host cells added with the new DNA molecules, cells containing a target gene are selected and screened in the patient body for cloning, and the survival and expression conditions of the cells containing the target gene in the body are cultured and observed in the patient body. The gene is operated on the molecular level, the purpose of cancer treatment on the patient is achieved by changing the gene structure of the patient, and the cancer treatment effect can be improved.