51 results about "Sea-squirt" patented technology

The invention discloses a preparation method for polyaniline-coated sea squirt nano-cellulose conductive paper through in situ polymerization. The method comprises the following steps: subjecting extracted sea squirt cellulose to acid hydrolysis so as to prepare a sea squirt nano-cellulose suspension; then fully mixing an aniline monomer with the suspension, adding an oxidizing agent and an acid-doped mixed liquor and carrying out in situ polymerization so as to prepare a polyaniline-coated sea squirt nano-cellulose suspension; and subjecting the polyaniline-coated sea squirt nano-cellulose suspension to drying and film formation so as to obtain the sea squirt nano-cellulose conductive paper. The sea squirt nano-cellulose conductive paper prepared by using the method has the characteristics high conductivity, low cost, a simple synthetic method, low toxicity, etc.

The invention discloses a method for preparing gamma-linolenic acid-rich grease through sea squirt-associated Penicillium citrinum Asc2-4 fermentation. The method comprises inoculating a fermentation medium with sea squirt-associated Penicillium citrinum Asc2-4, carrying out fermentation under the oxygen condition to obtain Penicillium citrinum mycelia, and extracting gamma-linolenic acid-rich grease from the Penicillium citrinum mycelia. The sea squirt-associated Penicillium citrinum Asc2-4 is preserved in the Guangdong microbiology culture center (GDMCC) On July 16, 2016 and has a preservation number of GDMCC NO: 60059. The method utilizes an easily available medium, has stable fermentation conditions and has simple processes and a high yield. The produced grease has high unsaturated fatty acid oil content and especially has high gamma-linolenic acid content. The gamma-linolenic acid can be used for production of foods, medicines and cosmetics, has a wide application range and has a good promotion and application prospect.

[Problem] Fucoxanthin extracted from wakame seaweed (Undaria pinnatifida) is effective as an anti-obesity active agent. However, fucoxanthin is contained in mature (adult) brown algae in a small amount, and accordingly, it takes a long time and high cost to obtain fcoxanthin in an amount sufficient for practical use. Further, an anti-obesity active agent showing a stronger effect has been desired. It is, therefore, an object of the present invention to specify a carotenoid exhibiting anti-obesity activity stronger than that of fucoxanthin and to provide an anti-obesity active agent and an anti-obesity method which use the caritenoid.[Means to Solve the Problem] Intensive and extensive studies have been made as to what carotenoid has an anti-obesity activity stronger than that of fucoxanthin and what material should be used in order to economically obtain such a carotenoid. As a result, the answer has been found that the carotenoid is fucoxanthinol. “Sea squirt (ascidian)” is a generic name of marine animals which belong to class Ascidiacea, subphylum Urochordata (Tunicata), phylum Chordata and which live nationwide. As described above, sea squirt (ascidian) is abundantly found as resources. In the present invention, fucoxanthinol is extracted particularly from internal organs and hard skins of sea squirt (ascidian), and it has been revealed that fucoxanthinol exhibits strong anti-obesity activity.

The invention relates to an artificial optimized culture method for sea squirts, microalgae and stichopus japonicus. The artificial optimized culture method for sea squirts, microalgae and stichopus japonicus is a bio-remediation technology for realizing self-purification of a culture water body and a sustainable marine product culturing method by utilizing a biological mutual benefit mechanism of a seawater polyculture system. The bait microalgae are inoculated in culture seawater; and the stichopus japonicus and the sea squirts are put into the culture water body with increased microalgae biomass. The inorganic nutritive salt in the seawater is converted into the microalgae biomass through the bioconversion of the microalgae so as to provide abundant bait for cultured organisms and simultaneously increase the concentration of dissolved oxygen in the water body. The sea squirts filtrate a large amount of sea water to remove grains and excess microalgae in the water body and settle a large quantity of aqueous layer particulate organic matters into a substrate in the form of feces and false faces. The demersal stichopus japonicus with a detritus food habit ingest the organic debris, benthic diatoms and microorganisms in the substrate so as to improve a substrate environment and reduce water body pollution. The artificial optimized culture method for sea squirts, microalgae and stichopus japonicus utilizes the polyculture system to promote the culture proliferation of the stichopus japonicus, carry out the self-purification and remediation of the culture water body, and realize the sustainable development of stichopus japonicus culture industry.

The invention relates to the technical field of cloud computing, in particular to a cloud task scheduling method, device, equipment and storage medium based on a Saussurea involucrata group. The method comprises the following steps: acquiring a to-be-scheduled cloud task set and a cloud resource set, and establishing a sea squirt group according to the cloud task set and the cloud resource set; fitness calculation is carried out on all the dolio-sea squirt individuals in the dolio-sea squirt group, and position information updating is carried out on all the dolio-sea squirt individuals in thedolio-sea squirt group according to the calculation result; fitness calculation is conducted on all the dolio-sea squirt individuals with the updated position information, and a fitness calculation result is obtained; according to a fitness calculation result, determining a target sea squirt individual with the maximum fitness value, and taking the current position information of the target sea squirt individual as a task scheduling optimal solution; and scheduling the cloud tasks in the cloud task set to the cloud resources corresponding to the cloud resource set according to the task scheduling optimal solution. According to the invention, multi-objective balanced optimization of cloud task scheduling is realized.

The present invention relates to a traditional Chinese medicine composition for treating chronic gastritis and enteritis. The composition is prepared from the following Chinese medicine raw materials by weight: 10 g of radix curcumae; 11 g of magnolia obavata; 15 g of fruit of immature citron; 18 g of malt; 8 g of coptis chinensis franch; 14 g of angelica sinensis; 10 g of white conioselium chinensis; 13 g of the root bark of the peony tree; 22 g of endothelium corneum gigeriae galli; 18 g of sea squirt; 14 g of fructus amomi; 10 g of fructus amomi rotundus; 12 g of citrus chirocarpus; 15 g of licorice; 16 g of fried white atractylodes rhizome; 25 g of ginseng; 28 g of white hyacinth bean; 14 g of poria; and 17 g of the fruit of Chinese wolfberry. The use of each medicine is resulted from a plurality of clinical prescriptions. By taking the medicine, the medicine starts from the human body overall, treats both symptoms and root causes, has the effects of moving qi and warming the middle, promoting digestion and invigorating the stomach, relaxing tension and relieving pain, astringing and stopping bleeding, and cooling blood and detoxifying. Proved by hundreds of clinical trials, the medicine has obvious treatment effect on the treatment of chronic gastritis, and the cure rate is high.

The invention discloses an ascidean cellulose nano crystal / polymer hydrogel and a preparation method thereof and an application thereof. The ascidean cellulose is prepared to an ascidean cellulose nano crystal aqueous suspension, a hydrophilic polymer monomer and an initiator are added into the ascidean cellulose nano crystal aqueous suspension, the materials are uniformly mixed, and a mixture is subjected to a crosslinking reaction under certain condition to obtain the ascidean cellulose nano crystal / polymer hydrogel. The method can regulate and control the usage amount of the initiator to control the crosslinking density, aperture size, swellability and mechanical strength of the hydrogel, the method is simple and convenient, cost is low, the prepared ascidean cellulose nano crystal / polymer hydrogel has the advantages of large tensile strength and no toxicity, and has good application prospect on the fields of papermaking, building, food, electronic products, and medical science.

The invention discloses a sea squirt cellulose blending modified pullulan-grafted pineapple fiber packaging film. The packaging film is prepared from, by weight, 115-120 parts of pineapple leaf fiber, 5.6-6 parts of composite cellulase, 2.8-3 parts of nanometer magnesia particles, 4.3-4.4 parts of citric acid, 18-19 parts of sea squirt cellulose, 21-22 parts of pullulan, 4-5 parts of carbon nanotube-TiO2 composite material, 5-6 parts of polygonum cuspidatum extract, 11-12 parts of bamboo fiber, 17-18 parts of superfine starch, 4-5 parts of glyceryl stearate, 2-3 parts of kappa carrageenan, an appropriate amount of water and an appropriate amount of deionized water. According to the packaging film, the pullulan which is grafted with the carbon nanotube-TiO2 composite material and subjected to blending modification of sea squirt cellulose is adopted for combining a nanosized pineapple leaf cellulose solution and other ingredients, all the materials are subjected to ultrasonic-assisted emulsifying shearing to prepare a homogeneous film solution which is used for preparing the pineapple cellulose film, and the pineapple cellulose film has certain antibacterial and light degradation properties and good air permeability, stretching resistance and fracture resistance.

The invention discloses a sea squirt polypeptide pharmaceutical composition as well as a preparation method and application thereof. The composition comprises the following components in parts by weight: 0.001-0.01 parts of sea squirt polypeptide (the amino acid sequence is LysGlyLysIle Glu His) and 5-8 parts of phyllanthus urinaria alcohol extract. The invention further discloses application of the sea squirt polypeptide pharmaceutical composition in the preparation of medicine for treating hepatitis B. By adopting the sea squirt polypeptide pharmaceutical composition, relatively good drug synergism is played from pharmacological functions of multiple points, and the disadvantage of simple recipe is overcome.

The invention discloses a cancer treatment drug which comprises sea squirt polypeptide and cis-platinum. The invention further discloses an application of a combination of the sea squirt polypeptide and the cis-platinum in preparation of the cancer treatment drug. The combination of the sea squirt polypeptide and the cis-platinum shows an obvious synergetic effect and can improve treatment efficacy of the cis-platinum on a liver cancer patient and life quality of the liver cancer patient. The combined medication scheme provides a new treatment clue and a scheme for clinical liver cancer treatment and has great development potentials and application prospects for the clinical liver cancer treatment.

The invention provides a preparation method of a sea squirt compound and an intermediate thereof, and particularly provides a preparation method of a novel compound QT9 and a method for preparing thesea squirt compound by using the QT9. The method is high in reaction selectivity and high in yield, the obtained compound is easy to purify, the defects that a plurality of intermediates are oily substances and the reaction selectivity is poor in the prior art are overcome, and the method is particularly suitable for industrial production.

The invention discloses a device for separating juveniles from sea cucumber cultivation from participating in glass sea squirts, which comprises separation lines 2 arranged at equal intervals and fixed on a support frame 1, and the separation lines 2 are selected from nylon wires or metal wires. The separation line spacing should be set differently according to the growth size of juvenile ginseng. The diameter of the separation line should be set in different specifications according to the growth size of juvenile ginseng. The support frame 1 is arranged in a semi-circular arc or bow-arrow shape, and the separation line 2 is symmetrically tightened on the support frame 1 . The design of the present invention is simple and reasonable, which greatly enhances the stability and bearing function of the device. At the same time, it can achieve the effect of quickly separating sea cucumber juveniles participating in glass sea squirts according to the diameter and distance of the separation line, the distance between the separation lines and the opening size of the support frame of the separation line. The structure is simple , Strong practicability, time-saving and labor-saving, high efficiency, and good use value.

The invention discloses a method for preparing a sea squirt nanocrystalline cellulose / rubber nanocomposite with a one-pot process. According to the method, natural latex is diluted at the room temperature, and an emulsifier is slowly dropwise added; a sea squirt nanocrystalline cellulose suspension and emulsified natural latex are blended, and a premix is obtained; formic acid is slowly dropwise added to the premix, and hydrogen peroxide is slowly added for a reaction; after the reaction ends, the pH value is adjusted to 6-8, solidification, blanching, dewatering and drying are performed, and a sea squirt nanocrystalline cellulose / rubber mixture is obtained; the mixture and a vulcanizing agent are mixed in an open mill and left for vulcanizing formation. The problem of poorer strength due to physical interaction of two interfaces in the prior art is solved, and the prepared rubber nanocomposite has excellent properties such as high strength, high modulus, high wear resistance and the like and can more sufficiently play the strengthening effect of nanocrystal cellulose.