39 results about "Associated Study" patented technology

The invention discloses a method for preparing a salvia miltiorrhiza EST-SSR molecular mark. The method mainly comprises the following steps of obtaining and pre-processing a salvia miltiorrhiza EST sequence, screening a SSR locus in the salvia miltiorrhiza EST sequence, designing and synthesizing the salvia miltiorrhiza EST-SSR primer, screening the salvia miltiorrhiza EST-SSR primer and the like. The method excavates the SSR locus aiming at the salvia miltiorrhiza EST and designs the PCR primer according to the flanking sequence of the SSR locus, and on the basis of this, the salvia specificEST-SSR mark system is established; and the method lays a solid foundation for genetic diversity evaluation, genetic relationship or idioplasmatic identification, genetic linkage description, molecular mark auxiliary selection, gene mapping cloning, functional genome analysis, related researches and the like of related species of the salvia miltiorrhiza and the salvia. The invention also discloses the EST-SSR locus specific primer obtained by the method for preparing the salvia miltiorrhiza EST-SSR molecular mark and the application thereof.

The invention relates to a method for developing meconopsis SSR (simple sequence repeat) primers on the basis of transcriptome sequences. The method includes particular steps of (1), constructing transcriptome libraries; (2), carrying out sequencing, splicing sequenced sequences to obtain a complete transcriptome by the aid of software Trinity, utilizing each transcript with the longest genes as Unigene and carrying out bioinformatics analysis on Unigene sequences; (3), carrying out SSR detection on the Unigene by the aid of software MISA1.0; (4), designing SSR primers by the aid of software Primer3 and identifying the polymorphism of the primers. The method has the advantages that raw data for developing the primers can be greatly increased by the aid of the obtained transcriptome sequences; SSR markers can be developed on a large scale in bioinformatics ways, and accordingly the development efficiency can be greatly improved; the primers with the SSR markers are novel markers which are stably available, and can be directly used for related research on meconopsis plants, and accordingly the problem of scarceness of meconopsis SSR primers can be solved.

The invention discloses a method for constructing a retinitis pigmentosa disease model, application and a breeding method, and relates to the technical field of gene editing. According to the method, a Mettl14 gene of a target animal is modified, so that the target animal shows typical retinitis pigmentosa disease characteristics, and the target animal can be used as the retinitis pigmentosa disease model. According to the method, a new disease model with retinitis pigmentosa disease characteristics can be constructed. The disease model can be used for related research on the pathogenesis process and mechanism of the retinitis pigmentosa disease, can also be used for screening related drugs of the retinitis pigmentosa disease, and has a wide application prospect.

The invention discloses a method for judging the influence on protein interaction based on mutation information. The method is a judgment tool (MIPPI) for judging whether single-point mutation in a protein can generate negative influence on the protein interaction of the original gene, and comprises three parts of data collection and screening, feature selection and extraction, and model establishment. According to the technical scheme, an intuitive auxiliary judgment standard for the influence of mutation on protein interaction can be provided for related researchers of gene and protein mutation, the influence on protein interaction caused by mutation is judged mainly based on protein sequence mutation information, and judgment on the severity degree of protein mutation can be improved.

The invention provides fluorescent quantitative reference genes of different tissues of siberian wildrye: TBP2 and PP2A, the nucleotide sequences of which are as shown in sequence tables SEQ ID NO.1 and SEQ ID NO.2. The two reference gene sequences are originated from siberian wildrye transcriptome sequences and the reference genes are higher in specificity and stability compared with those of universal reference genes on other species. Meanwhile, the two reference genes screened are the most stable reference genes of siberian wildrye in different tissues. Data is true and reliable, thereby laying a foundation for deeply digging the functional genes of siberian wildrye in later period. The fluorescent quantitative reference genes not only solve the current situation that no reference genes are available in current siberian wildrye gene expression analysis, but also can improve the reliability of detection efficiency and detection result. The two reference genes are newly developed genes, so that the quantity of reference genes of plants is enriched, and reference can be also provided for associated researches on other wheat families and lyme grass plants.

The invention discloses a qRT-PCR reference gene of grapes as well as primers and application of the qRT-PCR reference gene. A new grape reference gene RRM1 is identified for the first time, and qRT-PCR primers aiming at the gene are designed. According to transcriptome data in an earlier stage, the stability of seven candidate reference genes, namely, Actin, 18s-rRNA, GAPDH, VvEF1-gamma, VvEF1-alpha, EF1-alpha and Ubiquitin, and three newly explored candidate reference genes, namely, RRM1, PPR2 and MRE11 in fruits, leaves and beard curls of seven different grape varieties and Kyoho fruit samples of nine different development stages is analyzed. Results show that the number of optimal reference genes for the grape sample is two, the selection of the optimal reference genes for different samples is different, the optimal reference genes in grape leaf tissues are RRM1 and EF1-alpha, and the optimal candidate reference genes are RRM1 and Ubiquitin when all the samples are contained. The qRT-PCR kit can provide important reference for related researchers to carry out qRT-PCR work in grapes.

The invention discloses a method for detecting the adsorption completeness of a recombinant novel coronavirus vaccine, and belongs to the technical field of biology. The method comprises the followingsteps: pre-coating a detection plate with an RBD antibody to obtain a coated plate; closing the coating plate, and incubating to obtain a closed elisa plate; carrying out gradient dilution on a reference substance; desorbing a test sample, and preparing a desorbed diluent and a non-desorbed supernatant; respectively adding the reference substance, the test sample desorption diluent and the test sample non-desorbed supernatant with various concentrations into plate holes, and incubating by taking the sample diluent as a negative control; adding an enzyme labeled secondary antibody, and incubating; adding a substrate color developing solution, and developing in a dark place; and terminating color development, reading, and counting and reading an absorbance value. The method can be used foradsorption completeness detection and related research work of the recombinant novel coronavirus vaccine semi-finished product, so that the experimental result is accurate and reliable.

The invention provides a method for verifying reasons for promoting HCC chemotherapy drug resistance by using UBE2S to regulate a PTEN-AKT signal axis. The method comprises the following processes: verifying a relationship between UBE2S in HCC and a drug-resistant pathway, silencing UBE2S in HCC cells, and verifying UBE2S and the drug-resistant pathway by using an RNA-seq technology and gene enrichment analysis; the drug resistance of UBE2S expression in the HCC cells to fluorouracil and oxaliplatin is verified; the correlation between the transcription factor FOXM1 and UBE2S expression is verified; fOXM1-UBE2S downstream molecules and the regulation and control effect thereof, in-vivo experiments and in-vitro experiments are verified. The invention verifies that abnormal high expression of UBE2S exists in chemotherapy-resistant HCC cells, and influences on chemotherapy resistance by promoting PTEN ubiquitination, reducing the PTEN protein expression level and regulating and controlling a PI3K-AKT signal axis are achieved. UBE2S is taken as an HCC chemotherapy curative effect prediction index, the potential of a new drug-resistant target is reversed, and related researchers are facilitated to improve the curative effect and improve the prognosis of patients by overcoming HCC chemotherapy drug resistance.

The invention discloses a construction method of a gene overexpression chimeric animal model based on hAgRP and application of the construction method. The method comprises the following steps: takingconstructed Synapsin as a promoter to drive an hAgRP lentiviral expression vector; injecting the vector into the paraventricular nucleus of macaque; and transcribing hAgRP into paraventricular nucleus cell gene to realize overexpression of an hAgRP gene, and inducing phenotype generation to form the gene overexpression chimeric animal model based on the hAgRP. The method can be used for pathogenesis research of related diseases, screening, verification and testing of therapeutic drugs researched by clinical treatment means, pre-clinical related research and the like. The method has the characteristics of short animal model construction period, high efficiency, low cost, high phenotypic explicit rate, good synchronism, high repeatability, low difficulty, convenience in large-scale application and the like.

The invention discloses a construction method of a gene overexpression chimeric animal model based on hNPY and hAgRP and application of the construction method. The method comprises the following steps: taking constructed Synapsin as a promoter to drive an hNPY and hAgRP lentiviral expression vector; injecting the vector into the paraventricular nucleus of macaque; and transcribing hNPY and hAgRPinto paraventricular nucleus cell gene to realize overexpression of hNPY and hAgRP genes, and inducing phenotype generation to form the gene overexpression chimeric animal model based on the hNPY andhAgRP. The method can be used for pathogenesis research of related diseases, screening, verification and testing of therapeutic drugs researched by clinical treatment means, pre-clinical related research and the like. The method has the characteristics of short animal model construction period, high efficiency, low cost, high phenotypic explicit rate, good synchronism, high repeatability, low difficulty, convenience in large-scale application and the like.

The invention relates to the field of fluorescently-labeled primer typing, in particular to an automatic typing method of MAOAmu-VNTR fluorescent labels. The method comprises the steps of sample and DNA extraction, PCR amplification, capillary electrophoresis conducted through a 3130 type genetic analyzer and VNTR typing conduced through GeneMapper IDv3.2 software. The automatic typing method of the MAOAmu-VNTR fluorescent labels has the advantages that the typing efficiency of the built automatic typing method of the MAOAmu-VNTR polymorphic fluorescent labels is high, and by means of full-automatic capillary electrophoresis, MAOAmu-VNTR genotyping can be conducted more accurately; the advantages of being simple in sample treatment, high in degree of automation, short in detection time and the like are achieved, the result is accurate and reliable, operation is easy and convenient, and a good application prospect in related research for MAOAmu-VNTR polymorphism is achieved.

The invention discloses qRT-PCR reference genes of grapes and an application of the qRT-PCR reference genes. The stability of ten candidate reference genes (Actin, 18s-rRNA, GAPDH, VvEF1-gamma, VvEF1-alpha, EF1-alpha, Ubiquitin, RRM1, PPR2 and MRE11) are analyzed in fruits, leaves and tendrils of seven different grape varieties and nine Jufeng fruit samples in different development stages throughthree pieces of analysis software including geNorm, NormFinder and BestKeeper according to early transcriptome data. Results show that the optimal reference gene number of the grape samples is two, the selection of the optimal reference genes of different samples is different, the optimal reference gene combination in the fruits comprises the VvEF1-gamma and the 18s-rRNA, the reference genes of the tendrils are the EF1-alpha and the Actin, and the reference genes in the fruit development stage are the EF1-alpha and the VvEF1-alpha. The qRT-PCR reference genes can provide important reference for related researchers to carry out qRT-PCR work in the grapes.

The invention provides a group of probes and a kit containing the group of probes. The group of probes and the kit containing the group of probes are used for manufacturing a library building kit for detecting polymorphism of a pharmacogenomics related gene CYP2D6 by using a hybrid capture method. According to the present invention, the CYP2D6 genotype and the drug metabolism capability can be rapidly obtained through the one-time detection, and the kit has advantages of simple operation, low time consumption, easy automatic detection, large sample size related research, and great significance on the discovery of the new genotype.

The invention discloses a soybean reference gene as well as a detection primer and application thereof. The soybean reference gene is a group of reference genes used for analyzing gene recent rhythm expression, circadian rhythm expression and drought stress response in a single leaf and a compound leaf of soybeans, and comprises GmGAPDHa and GmRAB5C suitable for analyzing the three conditions in the single leaf and the compound leaf, and GmGAPDHb, GmH3.3 and GmPIP7a suitable for analyzing gene recent rhythm expression in the single leaf and the compound leaf. The reference gene provides favorable support for analyzing the stability and reliability of related research results of gene recent rhythm expression, circadian rhythm expression and drought stress response in soybean single leaf andcompound leaf, and particularly fills the blank of reference genes in soybean recent rhythm research.

The invention provides a proteome clinical biomarker overall screening method and system and a medium, and the method comprises the following steps: obtaining detection data of a high-throughput proteome, and carrying out data preprocessing on the detection data; carrying out proteomics feature pre-screening on the preprocessed detection data to obtain a proteomics effective feature set; performing feature extraction on the effective feature set to obtain a candidate protein marker combination; and screening the candidate protein marker combination by using a plurality of machine learning feature selection methods to obtain the biomarker. The method can be used for screening potential biomarkers with high throughput, high sensitivity, high accuracy and reasonable cost from mass data. The biomarker diagnosis with high verification rate and remarkable classification effect can be efficiently identified and identified, so that the time, energy and resources of related researchers can be greatly saved, and great convenience is provided for the related researchers.