62 results about "Foxtail" patented technology

The invention belongs to the technical field of microorganisms, and provides a growth-promoting P.adami M6 and application thereof, the P.adami M6 is preserved in the China Center for Type Culture Collection, the preservation number is CCTCC No: M20242835, the preservation date is December 18, 2024, the preservation number is CCTCC No: M20242835, the preservation number is CCTCC No: M20242835, the preservation number is CCTCC No: M20242835, and the preservation number is CCTCC No: M20242835. The strain is separated from rhizosphere soil of field planting foxtail millet in the Inner Mongolia red peak area, and is obtained through artificial separation and purification; the strain has the growth promoting characteristics of nitrogen fixation, phosphorus dissolution, IAA production and siderophore production; the M6 fungicide is used for inoculating millet, so that the growth of millet seedlings can be obviously promoted, and the plant height, the root length and the overground part and underground part biomass of the millet are obviously increased; m6 is used as a microbial agent to soak seeds during sowing and irrigate a bacterial liquid once 7 days after sowing, so that the growth effect of millet is best.

The invention discloses a SiERF109 gene for regulating drought resistance, salt tolerance and flavonoid accumulation of millet and application of the SiERF109 gene, and belongs to the technical field of plant breeding. According to the invention, a gene SiERF109 with a nucleotide sequence shown as SEQ ID NO.1 is separated and cloned from millet, and fluorescent quantitative expression analysis shows that SiERF109 participates in drought and salt stress response of millet. After the gene is over-expressed in foxtail millet, in drought and salt stress experiments, compared with a wild type strain, the survival rate and chlorophyll content of a strain over-expressed with the SiERF109 gene are remarkably increased, the flavonoid content is increased by 33.5%-39.5%, and active oxygen accumulation is remarkably reduced; it is shown that the SiERF109 gene and the protein coded by the SiERF109 gene can remarkably improve the drought resistance, the salt resistance and the flavonoid content of the plant.

The application discloses a portable millet millet germplasm resource collecting bag and relates to the technical field of germplasm resource protection. The portable millet millet germplasm resource collecting bag comprises a collecting box. The collecting box is provided with a driving motor, a rotating shaft, a driving gear, a driven gear, a rotating rod and an eccentric wheel matched with a return spring. The driving motor drives the filtering frame to vibrate, the crop particles are filtered and screened, and the soil particles and impurities in the crop particles are filtered and treated. The collecting box, a negative pressure air pump, an air pipe and a dust cover are used to further absorb and collect the impurities generated by the vibration screening, and the treatment effect of the device on the impurities in the germplasm is improved. A heater, an air blower, a blowing pipe and an air outlet cover are arranged to dry the crop particles in the drying box, so that the crop particles are prevented from being accumulated, dampened and mildewed. The driving motor is connected to drive the driven rotating wheel, the stirring rod and the stirring blade to rotate, the crop particles in the drying box are stirred, and the crop particles are prevented from being unevenly dried.

The invention discloses drying equipment for millet seed treatment and a drying method, and relates to the technical field of drying processing.The drying equipment comprises a circulating temperature control mechanism and detection supports installed on the two sides of the circulating temperature control mechanism, a uniform mixing mechanism is arranged on the outer side of the circulating temperature control mechanism, and supporting legs are symmetrically arranged at the bottom of the uniform mixing mechanism; the circulating temperature control mechanism comprises drying blowpipes, the number of the drying blowpipes is three, air outlet holes are formed in the surfaces of the drying blowpipes, first rotating gears are fixedly installed at the two ends of each drying blowpipe, cleaning rings are slidably connected to the outer sides of the drying blowpipes, and the cleaning rings are fixedly connected to the outer sides of the drying blowpipes. By blowing out hot air, moisture on the surfaces of the seeds can be quickly blow-dried, and by utilizing the characteristic that a first rotating gear and a second rotating gear are in meshed connection, rotation of a drying blowing pipe can be realized, so that the seeds are blow-dried in all directions, blowing dead angles are reduced, and the seed drying efficiency is improved.

The present application belongs to the technical field of livestock feed additives, and discloses a compound plant extract additive for resisting and promoting growth of feed and a preparation method thereof. The additive is composed of not less than 40% of the compound plant extract and not less than 5% of the compound essential oil. The plant extract is selected from the group consisting of Rhizoma Coptidis, Radix Aucklandiae, Radix Scrophulariae, roasted foxtail millet, leaves of Alchornea trewioides, moxa licorice and Amomum kravanh as raw materials; the essential oil part includes cinnamaldehyde, cassia oil, cinnamon oil, thymol and oregano oil to form a synergistic antibacterial aromatic system. The starch-arabic gum protein composite wall material is used for microencapsulation to realize slow release and adapt to the feed granulation condition. The bitterness and irritating odor are covered by the flavoring technology to improve the animal feed intake and palatability. The additive has multiple functions of resisting and preventing diarrhea, enhancing immunity, promoting growth and improving meat quality, is natural in origin, free of antibiotics, and has no residue and no drug resistance, and is suitable for long-term feeding.

The invention relates to the technical field of agriculture and genetic engineering, and particularly discloses application of a SibZIP11 gene in regulation and control of drought tolerance of millet, and the nucleotide sequence of the SibZIP11 gene is shown as SEQ ID NO.1. The invention further discloses a preparation method of the SibZIP11 gene. According to the invention, the transgenic millet strain is constructed by knocking out the millet SibZIP11 gene, so that the drought tolerance of millet is enhanced.

The invention discloses a non-tissue-culture-dependent pearl millet injection transformation method, and belongs to the technical field of plant genetic engineering. The method comprises the following steps: selecting germinated seeds of pearl foxtail millet with the primary bud length of 0.8-1.0 cm as receptors; preparing agrobacterium liquid, and adjusting the concentration to OD600 = 0.5; injecting the bacterial liquid into the embryo along the coleoptile direction of the seed until the bacterial liquid seeps from the end part of the coleoptile; co-culturing the transformed receptor for 24 hours under a dark condition after injection, and transplanting the transformed receptor into a seedling culture pot for cultivation; and finally, carrying out PCR (Polymerase Chain Reaction) screening. By optimizing key parameters such as the receptor development stage, the agrobacterium strain type and the bacterial liquid concentration, efficient genetic transformation of the pearl millet without tissue culture is achieved, and the T0 transformation positive rate reaches 63%. According to the invention, the transformation process is simplified, the transformation period is shortened, the cost is reduced, the transformation efficiency and stability are improved, and an effective technical support is provided for gene function research and molecular breeding of the pearl millet.

The application discloses SNP sites related to the length of foxtail millet bristles, molecular markers and application of the SNP sites. The SNP sites comprise a first SNP site and a second SNP site. The first SNP site is located at the 38241023th position of a first chromosome of the foxtail millet, and the allelic variation is T / C. The second SNP site is located at the 35484548th position of a fifth chromosome of the foxtail millet, and the allelic variation is A / G. When the first SNP site shows the C allelic variation and the second SNP site shows the A allelic variation, the length of the foxtail millet bristles is longer. The SNP marker provided by the application is significantly related to the bristle trait (length), and the SNP marker is used to connect the genomic DNA sequence with the foxtail millet bristle trait gene, thereby being beneficial to the establishment of a foxtail millet molecular marker assisted breeding system and providing a direction and basis for more fine positioning and foxtail millet breeding.

The utility model discloses a foxtail millet seeding row spacing adjusting device, which comprises an installation rod, a plurality of groups of seeding assemblies are arranged on the installation rod and are installed on the installation rod through an adjusting mechanism, the adjusting mechanism comprises a plurality of groups of adjusting holes, an adjusting sleeve, an inserting rod and a quick fixing mechanism, the adjusting holes are distributed on the installation rod, and the inserting rod is sleeved on the adjusting sleeve. The adjusting sleeve is connected with the multiple sets of seeding mechanisms and slides on the outer wall of the mounting rod, the inserting rod is inserted into the adjusting hole, the quick fixing mechanism comprises a fixing sleeve, clamping pieces, clamping grooves, compression springs, a push plate and a quick detaching mechanism, the fixing sleeve is arranged at the top end of the inserting rod, the multiple sets of clamping pieces are distributed on the inner wall of the fixing sleeve, and the multiple sets of clamping grooves are distributed in the outer wall of the inserting rod; a clamping structure of a fixing sleeve, a clamping piece and a clamping groove in the quick fixing mechanism is adopted, the elastic pressing design of a compression spring and a push plate is combined, and quick fixing of the adjusting position is achieved through the synergistic effect of multiple sets of components.

The application provides application of a CAPS molecular marker GW18 in identification of foxtail millet (Setaria italica) resistance to rice blast, and belongs to the technical field of molecular marker breeding. The application provides the application of the CAPS molecular marker GW18 in identification of the foxtail millet resistance to the rice blast, and G / T polymorphism exists at 34523782 bp of the 6th chromosome of the foxtail millet; when the polymorphism is G, the resistance to the rice blast cannot be recognized by a restriction enzyme, and is identified as the susceptibility to the rice blast; when the polymorphism site is T, the GW18 target sequence can be recognized by the restriction enzyme and is cut into two segments, and is identified as the resistance to the rice blast. The marker has a high co-separation rate with the disease resistance, a rapid, accurate and low-cost detection method, and can be used for rapid identification of foxtail millet germplasm resources resistant to the rice blast and molecular marker assisted breeding, and has important significance for improving breeding efficiency and guaranteeing safe production of the foxtail millet.

The invention discloses a double-hetero-element co-doped porous carbon material capable of promoting efficient circulation of Fe (III) and Fe (II) of a Fenton system and a preparation method of the double-hetero-element co-doped porous carbon material, and relates to the technical field of water treatment. According to the material, industrial and agricultural wastes such as lignin, water hyacinth leaves, myriophyllum spicatum, camellia seed shells, loofah sponge, bagasse and traditional Chinese medicine residues which are high in carbon content serve as raw materials, a porous carbon material is formed through pyrolysis at high temperature by adding pore-forming agents such as ethylene glycol, and heteroatoms such as boron, sulfur, phosphorus and nitrogen are introduced for co-doping. Wherein boron doping contributes to further improving the graphitization degree and conductivity of the material, and compared with phosphorus doping, due to electronegativity and atomic radius adaptability of sulfur and nitrogen doping, the polarity of the carbon material can be effectively enhanced, electrons in the carbon material can be extracted as active sites, an adsorbed Fe (III) complex is promoted to be reduced to Fe (II), the Fe (III) / Fe (II) cycle efficiency of a Fenton system is accelerated, and the performance of the material is improved. The dosage of the Fe (II) medicament is greatly reduced, and meanwhile, the resource utilization of agricultural wastes can be realized.

The invention belongs to the field of functional food processing, and particularly relates to a preparation method and application of high-dispersity fried millet. By treating millet, millet starch can be pre-gelatinized, and a porous structure is formed, so that on one hand, the bioavailability can be improved, and on the other hand, the loading of functional components can be increased, and the functional components are slowly released through the porous structure, so that the intestinal absorption efficiency is improved; maillard reaction products generated in the frying process can have a synergistic effect with components in the compound spleen-tonifying nutrient solution through segmented frying of the millet, so that the effects of tonifying the spleen and nourishing the stomach are improved, and the intestinal health is improved; and the treated millet can reduce particle aggregation, and can be dispersed more uniformly during subsequent application, so that the stability and the taste are improved.

This invention discloses a photoperiod regulation gene of foxtail grass. SvEhd1 Its application in shortening the research cycle of rice resistance to rice blast falls under the fields of genetic engineering and plant breeding. SvEhd1 The gene nucleotide sequence is shown in SEQ ID NO.1. This invention utilizes cloning... SvEhd1 Genes and their promoters were used to construct recombinant expression vectors, which were then transformed into the blast-susceptible rice variety "Taipei 309," resulting in transgenic rice materials with significantly shortened growth periods. Under natural and artificial long-day conditions, the heading time of the transgenic plants was significantly earlier than that of the wild type, the generation rate was accelerated, and the blast susceptibility of the original variety was not altered. The transgenic materials and methods provided by this invention can effectively shorten the experimental cycle for verifying the function of rice blast resistance genes and evaluating resistance, providing an efficient experimental system for rice disease resistance research.

The application discloses SiERF4 and SiERF4-like The application of the genes in improving the salt tolerance of millet belongs to the technical field of crop genetic breeding. SiERF4 The genes and SiERF4- like Single knockout or double knockout is performed on the genes to obtain a mutant strain of millet with significantly improved salt tolerance. SiERF4 The mRNA sequence coded by the gene is shown as SEQ ID NO. 1, and the amino acid sequence is shown as SEQ ID NO. 2; SiERF4-like The mRNA sequence coded by the gene is shown as SEQ ID NO. 3, and the amino acid sequence is shown as SEQ ID NO. 4. The application first finds that SiERF4 and SiERF4- like The gene is a negative regulation gene responding to salt stress, and knocking out the gene can significantly improve the salt tolerance of the millet, and has important practical significance for cultivating salt-tolerant millet varieties and developing and utilizing saline land.

This invention relates to the fields of compound synthesis technology and pesticide technology, specifically to natural naphthoquinone derivatives and their preparation methods and applications. The natural naphthoquinone derivatives are either natural naphthoquinone derivatives containing aryl carboxylic acids or natural naphthoquinone derivatives containing diphenyl ether units. Some of the natural naphthoquinone aryl carboxylic acid derivatives and natural naphthoquinone diphenyl ether derivatives of this invention exhibit 100% control efficacy against six weeds (barnyard grass, crabgrass, foxtail grass, velvetleaf, amaranth, purslane, etc.) at a dosage of 300 a.g. / ha. These compounds achieve good weed control effects at low dosages and have relatively good safety for crops such as corn, wheat, peanuts, soybeans, and cotton. They can be used as selective herbicides in agriculture. The compounds of this invention can be developed and used as potential PSII inhibitors and post-emergence herbicides for broadleaf weeds. The derivatives have simple structures and preparation processes, low production costs, and broad application prospects.

The present invention provides a method for detecting the insertion copy number of foreign genes in Setaria viridis or foxtail millet by fluorescence quantitative PCR or digital PCR, belonging to the field of biotechnology. The method uses RA1 gene as an internal reference gene and Hyg screening marker gene as a foreign gene, and uses primer pairs RA1-F / RA1-R and primer pairs Hyg-F / Hyg-R to detect the genomic DNA of transgenic Setaria viridis or transgenic foxtail millet, and determine the insertion copy number of foreign genes in transgenic Setaria viridis or transgenic foxtail millet. The present invention provides a method for detecting the insertion copy number of foreign genes in Setaria viridis or foxtail millet by fluorescence quantitative PCR or digital PCR, which has the characteristics of simplicity, rapidity, low sample consumption, high efficiency, high throughput, etc., can improve the efficiency of screening transgenic lines of Setaria viridis or foxtail millet with low-copy insertions, and provides a new option for the detection method of the insertion copy number of foreign genes in the research of transgenic Setaria viridis or transgenic foxtail millet.

The invention discloses an application of fenoxazole liquiritiamine as an active ingredient of a wheat herbicide and a weeding composition, and mainly relates to the technical field of pesticides. The weeding composition is applied to post-emergence weeding of wheat, weeds removed by the weeding composition are gramineous resistant weeds including beckmannia syzigachne, alopecurus ramosutus, alopecurus aequalis, alopecurus japonicus, lolium multiflorum and bromegrass, the weeding composition is compounded with an active component B for use during specific application, and the active component B is selected from one or a combination of more of an ALS inhibitor, an HPPD inhibitor, substituted urea and an ACCase inhibitor. The weeding composition has the beneficial effects that the weeding composition is used before wheat jointing and a four-leaf stage of weeds, has a synergistic effect, and can solve the problem of resistant gramineous weeds in wheat fields.

The invention belongs to the technical field of agricultural machinery, and discloses whole-plant feed millet deep processing equipment which comprises a shell, a stirring cavity is formed in the bottom of the shell, a crushing shaft is rotatably connected to the inner wall of a crushing cavity, and the lower surface of the inner wall of the crushing cavity is sleeved with a filter screen; a reciprocating lead screw is rotationally connected to the inner wall of the crushing cavity and located at the end close to the crushing shaft, a cleaning block is in threaded connection with the outer wall of the reciprocating lead screw, and a brush is rotationally connected to the inner wall of the cleaning block. A filter screen and a cleaning block are arranged in a crushing cavity, a crushing shaft drives a reciprocating lead screw to rotate through a first transmission belt, and the reciprocating lead screw drives the cleaning block to horizontally slide on the upper surface of the filter screen in a reciprocating mode through threaded connection; the cleaning block drives the brush to rotate through reciprocating horizontal sliding to sweep materials blocked on the surface of the filter screen, automatic cleaning of the surface of the filter screen is achieved through reciprocating motion of the cleaning block and the brush, and the problem of blockage is prevented.

The invention belongs to the technical field of gene engineering, and particularly discloses application of millet SiMPK6 protein or a coding gene thereof in regulation and control of high light stress resistance of plants. Experiments prove that the SiMPK6 gene positively regulates the stress of plants on highlight, can maintain a relatively high photosynthetic rate under adversity, and can be used for modifying C3 plants and improving the highlight resistance of the C3 plants. The specific operation comprises the following steps: performing codon optimization on a coding gene of the millet SiMPK6 protein aiming at C3 plant preference, and constructing a recombinant expression vector containing a target gene; introducing the recombinant expression vector into host bacteria to obtain recombinant bacteria; transforming the recombinant bacteria into a receptor plant, screening out a positive plant, and culturing to obtain a transgenic plant with enhanced high light stress resistance; the C3 plants include but are not limited to rice, wheat, soybeans, potatoes, cotton and the like.

The utility model discloses an auxiliary device capable of being used for foxtail millet pollination. The auxiliary device comprises supporting modules on the two sides, a stirring pollination module is arranged between the supporting modules, a plurality of wind power modules are arranged on the stirring pollination module, and moving modules are arranged at the bottoms of the supporting modules. The two supporting modules respectively pull the two ends of the pull rope to move forwards on the two sides of a millet field, meanwhile, the lower portion of the stirring cloth is made to make contact with the top of millet, and therefore the millet is stirred, pollen on millet flower shafts and filaments falls off and is spread in the air, the pollination probability is improved, the setting rate of the millet is increased, and the yield of the millet is increased. The auxiliary device can efficiently complete pollination auxiliary work of a large millet field, the millet setting rate is increased, the acting force of the stirring cloth on the millet is smaller than that of the pull rope, the pull rope serves as a support, the stirring cloth stirs the millet to promote pollen spreading, and the pollination effect is improved. The situation that the pollination effect is affected due to damage caused by the fact that flower stalks and filaments of millet are soft and make contact with a pull rope can be avoided.

The invention discloses application of a CLE11 small peptide gene in regulation and control of plant salt tolerance, and belongs to the technical field of biological materials. According to the invention, foxtail millet is used as a research material, a SiPROCLE11 gene (CLE11 small peptide gene) is cloned, a SiPROCLE11 overexpression and silent foxtail millet material is constructed, an artificially synthesized small peptide SiCLE11p is externally applied, and the effect of the small peptide SiCLE11p on enhancing the salt tolerance of foxtail millet is determined. Furthermore, it is found that the Setaria italica can promote lateral root development of Setaria italica and reduce Na < + > accumulation in root systems, and a foundation is laid for digging of salt-tolerant related genes of Setaria italica and salt-tolerant breeding of

The application discloses a kind of fried millet sprout and the construction method of preparation characteristic map thereof, which utilizes ultra-high performance liquid chromatography to determine fried millet sprout and its preparation, so as to obtain the characteristic map of fried millet sprout.The present method uses ultrasonic-assisted ethanol solution extraction technology, greatly improves the preparation efficiency of test solution, is convenient to operate, significantly shortens the preparation time of test solution, and constructs the optimal mobile phase elution condition, reduces the detection time of fried millet sprout and its preparation characteristic map;The characteristic peak area obtained by the construction method of fried millet sprout and its preparation characteristic map disclosed in the application is moderate, the peak shape is clear, the peak separation degree is better, the repeatability is strong, and the sensitivity is better.

The invention provides a breeding method of a drought-resistant and high-temperature-resistant millet variety. The breeding method comprises the steps of parent selection, cross pollination, F planting and screening, F and offspring planting and multi-generation screening, stable strain identification and the like. According to the method, parents with obvious drought resistance and high temperature resistance are selected for hybridization, drought stress and high temperature treatment are set in different growth stages, quality screening is combined, and the millet strain with stable characters is bred in multiple generations. The method can accurately and directionally select, accelerates character stability and shortens the breeding period. The bred millet variety has the characteristics of drought resistance and high temperature resistance, the yield reduction range is small under the high-temperature drought condition, and the quality is good. According to the method, the breeding efficiency is improved, the grain yield and quality are guaranteed, agricultural sustainable development is promoted, and the requirement of the market for the high-quality stress-resistant millet variety is met.

The present invention discloses CCT5 the use of a gene or its encoded protein in regulating plant growth. Through GWAS analysis, the present invention finds a gene SiCCT5 related to mesocotyl development from the core germplasm resources of foxtail millet, and overexpresses this gene in rice, demonstrating that the SiCCT5 gene of foxtail millet has the function of regulating mesocotyl development in rice. The present invention further determines SiCCT5 the homologous gene OsCCT5 of the gene in rice and overexpresses the OsCCT5 gene in rice. Overexpression of the OsCCT5 gene in Nipponbare rice shows phenotypes such as an increase in the length of the plant mesocotyl, the height of the seedlings during direct seeding of plant seeds, and the germination rate, demonstrating that the OsCCT5 gene of rice has the function of positively regulating the growth during direct seeding of plants. The present invention has application prospects in regulating plant growth and breeding plant varieties.

The present invention protects the application of a substance for detecting polymorphisms or genotypes at 1218 bp upstream of the ATG of the SiUGP1 gene in the foxtail millet genome in distinguishing or assisting in distinguishing the quality of foxtail millet varieties such as the viscosity of millet; the polymorphic locus is an SNP locus on the promoter of the SiUGP1 gene in the foxtail millet genome, and its nucleotide type is A or G, which is the 1218th nucleotide upstream of the ATG of the SiUGP1 gene; in order to detect the variation of the 1218th nucleotide upstream of the ATG of the SiUGP1 gene in the foxtail millet genome, the present invention designs a marker locus, and using this marker locus can effectively distinguish the viscosities of different foxtail millet varieties of millet, so as to improve the efficiency and results of cultivating foxtail millet varieties with high viscosity.

The invention belongs to the technical field of pesticides, and discloses a pyrazole amide compound containing uracil as well as a preparation method and application of the pyrazole amide compound. The pyrazole amide compound containing the uracil or the salt of the pyrazole amide compound as shown in the formula (I) is prepared, the pyrazole amide compound containing the uracil or the salt of the pyrazole amide compound shows excellent pre-emergence and post-emergence weeding effects on various weeds such as barnyard grass, green bristlegrass and chickweed, and the compound D23 disclosed by the patent US5356863A only shows post-emergence weeding activity; the pre-emergence weeding activity is not shown. Besides, the pyrazole amide compound containing uracil or salt thereof provided by the invention has extremely high safety to wheat, rice and corn in pre-emergence soil spraying treatment, and also has relatively high safety to rice and corn in post-emergence stem and leaf spraying treatment; the composition can be processed into various dosage forms such as missible oil, a suspending agent, a dispersible oil suspending agent and the like which meet agricultural production requirements, and the diversity requirements of pesticide preparations are met.

The utility model discloses a foxtail millet digital breeding management device, which belongs to the technical field of foxtail millet breeding, and comprises a transparent shell, the transparent shell is a cylinder with a bottom and without a top, the inner wall of the transparent shell is rotatably connected with a connecting plate, and the top surface of the connecting plate is fixedly connected with four breeding boxes; a fixing block is fixedly connected to the upper portion of the transparent shell, an adjusting disc is fixedly connected to the inner wall of the fixing block, a watering box is rotationally connected to the top face of the adjusting disc, a plurality of adjusting holes are formed in the adjusting disc, and a plurality of watering holes matched with the adjusting holes are formed in the watering box; a driving assembly for driving the watering box to rotate is arranged on the fixing block, and a linkage assembly is arranged between the watering box and the connecting plate. The device has the beneficial effects that the watering box is driven by the driving assembly to rotate clockwise or anticlockwise, so that the connecting plate is driven by the linkage assembly to rotate clockwise or anticlockwise, millet in the breeding boxes is irrigated or the positions of the breeding boxes are adjusted, and the breeding boxes are fully and uniformly illuminated.

The invention discloses a treatment system for purifying and circulating breeding wastewater by adopting myriophyllum spicatum, and relates to the technical field of wastewater treatment.The treatment system comprises a plurality of wastewater treatment ponds, the wastewater treatment ponds comprise microfiltration ponds, microfiltration assemblies are fixed to the upper end faces of the microfiltration ponds, sedimentation ponds are fixed to one sides of the microfiltration ponds, brush ponds are fixed to one sides of the sedimentation ponds, and the brush ponds are fixed to the other sides of the sedimentation ponds; a plurality of brushes are placed in the brush tank, an aeration tank is fixed to one side of the brush tank, a plant purification tank is fixed to one side of the aeration tank, a floating assembly is arranged in the plant purification tank, a rattan cotton tank is fixed to one side of the plant purification tank, and a plurality of rattan cotton is detachably installed in the rattan cotton tank. A water purification tank is fixed on one side of the rattan cotton tank, a sewage discharge tank is fixed on one side of the water purification tank, the sewage discharge tank is communicated with the microfiltration assembly, and the plurality of wastewater treatment tanks are communicated through pipelines.

The invention is applicable to the technical field of molecular biology, and provides application of a millet SiASIL1 gene and an encoding protein thereof in improving herbicide tolerance and drought tolerance of plants. The CDS sequence of the SiASIL1 gene is as shown in SEQ ID No. 1, and the amino acid sequence of the protein coded by the SiASIL1 gene is as shown in SEQ ID No. 2. The invention discloses that the SiASIL1 gene in foxtail millet and the encoding protein of the SiASIL1 gene have capabilities of improving herbicide atrazine tolerance and drought stress tolerance of plants. Through overexpression of the SiASIL1 gene in arabidopsis thaliana, the herbicide resistance of arabidopsis thaliana is enhanced, and the drought resistance of plants under drought stress is improved. The discovery provides an effective gene resource for improving the herbicide resistance of other crops such as foxtail millet, lays a solid theoretical basis for creation of a new transgenic foxtail millet variety and molecular breeding of foxtail millet, and shows a wide application prospect in the aspect of breeding herbicide-resistant and drought-resistant foxtail millet varieties.