91 results about "Fatty Depositions" patented technology

Systems and methods for applying energy to treat body areas having fat deposits are disclosed in which treatment energy is applied to a patient with a plurality of energy applicators each in contact with a target body subarea of the patient's skin, thereby heating the skin and underlying tissue, including fat. The temperature of fat tissue of each target body subarea may be sensed, and the application of energy to the corresponding energy applicator may be terminated if the temperature exceeds a maximum temperature for the subarea, which may be individually defined by a system user.

The invention discloses a special feed capable of reducing fat deposition and improving muscle quality of a meat duck. The special feed is prepared from the following raw materials in percentage by weight: 0.05%-1% of ultramicro tea powder, 10%-60% of corns, 5%-30% of wheat, 2%-28% of bean pulp, 0%-25% of green bran, 1%-5% of cottonseed meal, 0.5%-6% of corn protein powder, 0%-10% of DDGS, 0%-15% of rice polish powder, 2%-5% of bran, 0%-3% of feather meal, 0.5%-2% of soybean oil, 0.5%-2% of zeolite, 0.5%-2% of attapulgite, 1%-1.5% of stone powder, 0.01%-0.4% of methionine, 0.01%-0.4% of lysine, 0.01%-0.1% of an emulsifier, 0.01%-0.1% of betaine anhydrous, 0.05%-0.1% of a compound enzyme preparation, 0.5%-2% of a compound animal health agent and 1% of vitamin and microelement premix. According to the special feed, the fat deposition of the meat duck can be reduced, the muscle quality of the meat duck can be improved, and the economic benefit of breeding can be increased.

The invention belongs to the technical field of preparation of livestock molecular markers, and concretely relates to an SNP genetic marker correlated to pig fat deposition property and application. A gene fragment which is correlated to pig fat deposition property and is applied as the molecular marker is obtained through cloning pig ACADL gene, the nucleotide sequence of the gene fragment is shown as a figure 3, A/T base substitution is performed at the 498bp position in the sequence, A/G base substitution is performed at the 508bp position, and substantial difference of allele frequency at the two mutation sites exists in pig breeds of China and foreign countries. The invention also discloses a preparation method of the molecular marker and application of the molecular marker to fat deposition property polymorphism detection, and a new marker is provided for marker auxiliary selection of pigs.

The present invention discloses a protein relating to pig fat deposition and the coding gene as well as application of the protein. The pig fat deposition related protein is of one of the following amino acid residue sequences: 1) The No 1 sequence in the sequence table; 2) the No 1 amino acid residue sequence with one or more than one amino acid residue substituted or lost or added; The protein is related to pig fat deposition. The protein relating to pig fat deposition and the correspondent coding gene can be used to detect the body traits such as suet rate, inner-lipid rate, the back-fat thickness between the 6 to 7 inter-ribs and the average back-fat thickness of the pig that can reflect the fat deposition capability. Therefore, the present invention provided a new genetic marker for the pig molecule breeding, and plays an important role in the pig breeding.

The invention relates to a polypeptide-type compound immune additive for a broiler chicken feed and a preparation method thereof. The addictive comprises a traditional Chinese medicine immune component-melissa powder nutrient component mixed extract preparation, an animal protein polypeptide preparation containing an organic chelated trace-element complex, betaine, N-carbamoyl glutamic acid, vegetable protein powder, bentonite and chitosan and the like. The additive of the invention is prepared for the growth characteristics of broiler chickens, and has the effects of promoting growth, reducing fat deposition and increasing immunity of the body.

Disclosed are pesticide composition comprising (i) a pesticide comprising at least one water-soluble salt of an auxin herbicide; (ii) greater than about 1 wt % of an incompletely hydrated drift control agent; (iii) optionally, a hydration inhibitor component comprising choline chloride, a glycol, a glycol derivative, glycerine, a glycerine derivative or a combination thereof; and (iv) a suspending agent in an amount effective to impart shear thinning properties to the composition. The suspending agent can comprises (A) (i) xanthan gum; and (ii) attapulgite, (B) hydrophobic silica, (C) organically modified and beneficiated smectite clay, (D) at least one attapulgite, or (E) any combination thereof. Also disclosed are compositions comprising: a pesticide and greater than about 0.5 wt % of a drift control agent comprising (a) at least one fatty deposition control agent that comprises one or more fatty acids, and (b) at least one surfactant.

The invention discloses a multi-omics-based mining method for a key gene of a fat deposition trait of Nanyang black pigs. According to the method, in order to solve the problem of the existing methodsthat the accuracy of mining and identifying of swine fat deposition trait genes is low, transcriptomes of musculi longissimus dorsi of six pairs of full-sib or half-sib Nanyang black pig individualsof 6 months old with extreme back fat thickness and intramuscular fat content are sequenced by using a high-flux sequencing technology, important fat deposition candidate genes are sought and identified on the basis of phenotype determination and under the assistance of bioinformatics analysis, meanwhile, two groups of Nanyang black pigs are subjected to genome resequencing to find out important fat deposition candidate difference genes, between-group remarkable-difference-expression genes are screened through integrating transcriptome data, re-sequenced data and QTL database information and using bioinformatics and functional genomics methods, and gene functions and signal channels of the between-group remarkable-difference-expression genes are predicted.

The invention discloses silage as well as a preparation method and application thereof, and belongs to the technical field of agricultural feed additives. The silage is mainly prepared by fermenting corn straw and eucommia ulmoides leaves as raw materials through various probiotics. The silage can improve the feed intake, silage digestibility and body immunity of an animal, improve absorption of protein in the silage and relieve damage caused by stress; cooking loss and fat deposition in muscles are reduced, muscle fiber development is promoted, and muscle compactness is improved; and the content of stearic acid in mutton is reduced, the smell of the mutton is reduced, meanwhile polyunsaturated fatty acid can be protected from being oxidized, the contents of EPA, nervonic acid, cis-11-eicosenoic acid (C20:1) and alpha-linolenic acid (C18:3n3) in the mutton are remarkably increased, and the nutritional value of the mutton is effectively improved.

The invention discloses a fish fat deposition regulating and controlling composition and application thereof, belonging to the field of aquaculture. The fish fat deposition regulating and controlling composition comprises the following components in parts by weight: 10-80 parts of glycyrrhetinic acid, 200-1,000 parts of zeolite powder and 60-300 parts of table salt. The composition disclosed by the invention has favorable effects of regulating fat and reducing visceral fat; a fish fat deposition regulating and controlling agent prepared from the composition is added into fish feed for culturing fish, has a strong fat deposition regulating and controlling effect and can greatly reduce the fat content of fish viscera and liver; in the period of applying the product, the death rate of cultured fish is obviously reduced, the fish fat metabolism can be effectively improved, and the aquatic animal health can be strengthened. The product has the advantages of low cost and environmental protection, is beneficial to solving of the problems of unstable performance, poor action effect, and the like of the traditional fat regulating and controlling agent, can be applied to the mass industrialized production and provides a novel fat deposition regulating and controlling agent for aquaculture.

A method for improving efficiencies in livestock production comprises grouping livestock animals, such as cattle and pigs, during the period of their retention in a feeding facility according to the genetic predisposition of individual livestock animals to deposit fat, and then feeding the animals in each group substantially uniformly. Such genetic predisposition is determined by determining homozygosity or heterozygosity of each animal with respect to alleles of a gene encoding an adipocyte-specific polypeptide, termed leptin, which gene is hereinafter referred to as ob, segregating such animals into groups based on genotype and optionally phenotype, feeding and otherwise maintaining animals in a group together and apart from other groups of animals, and ceasing to feed the animals in the group at a time when the median body fat condition of the animals of that group is a desired body fat condition. Packers can also more accurately predict the fat deposition in carcasses of live animals it purchases, leading to increased efficiencies.

The method of improving quality of pig trunk is to add conjugate linoleic acid or its derivative ester or non-toxic derivative salt in 0.01-5 wt% into the feed. Feeding pig with the feed containing conjugate linoleic acid can reduce the fat deposition of pig obviously, raise the lean pork rate and fat hardness, and prolong the shelf life of pork.

The invention features methods of using SFGFR3 polypeptides to treat abnormal visceral fat deposition and the conditions associated with abnormal visceral fat deposition.

The invention discloses an intramuscular fat deposition fatty acid transport protein 1 (FATP-1) gene. The gene is the fatty acid transport protein 1 (FATP-1) gene which is separated and cloned from a Bannan miniature pig muscle tissue and is associated with intramuscular fat deposition. The full length of a CDS sequence of the gene is 1,941bp and the CDS nucleotide sequence is shown as SEQ. ID. No. 1. The CDS nucleotide sequence encodes 646 amino acids, and an amino sequence is shown as SEQ. ID. No. 2. The tissue expression spectrums of the FATP-1 gene in seven tissues of a pig, i.e. the heart, the liver, the spleen, the lung, the kidney, the muscle and the fat, are detected, and the result shows that the expression amount of the FATP-1 gene is the highest in fat tissues. The result primarily shows that the FATP-1 gene has a function of regulating and controlling fat deposition in a fat cell.

The invention relates to a calf early-stage fattening technology. The exercise amount of a calf is reduced and the fat deposition rate is increased by design a special byre. Energy and special dietary are added to calf feed to greatly increase the weight growth rate and the fat deposition rate of the calf. The biotechnologies are used to ensure healthy calf constitution and improve fatting effect. No drug or mineral additive containing heavy metal is used, so that calf beef is friendlier to environment, and the fatting quality is improved.

The invention discloses an application of alpha-ketoglutaric acid and alpha-ketoglutarate taken as a feed additive capable of improving pig carcass composition or in preparation of the feed additive capable of improving the pig carcass composition. The improvement of the pig carcass composition refers to increase of a pork loin area, pig slaughtering rate and pig lean meat percentage and decrease of fat deposition, pig backfat thickness and/or pig abdominal fat weight. The study shows that by addition of alpha-ketoglutaric acid (or alpha-ketoglutarate) to pig feed, the pork loin area and the lean meat percentage can be remarkably increased, meanwhile, the fat deposition level is reduced, and the energy redistribution effect is realized. Besides, alpha-ketoglutaric acid (or alpha-ketoglutarate) does not have any adverse impact or toxic and side effects on pig growth performance and health, so that the pig feed capable of improving the pig carcass composition is prepared and the breeding benefit is increased on the premise that the growth is not limited in a pig raising process. Meanwhile, alpha-ketoglutaric acid (or alpha-ketoglutarate) and the additive thereof can be directly added to a premix compound and are convenient and fast to use, the preparation method is simple, requirements for special equipment are avoided, and good popularization and application prospect is realized.

The invention discloses an Ackermania muciniphila microecological preparation and an application of the Ackermania muciniphila microecological preparation in laying hens. Three micro-ecological microbial agents, including a viable bacterium agent, a pasteurization bacterium agent and a freeze-dried powder bacterium agent, are drenched to the hyline brown laying hens and added into feed, and the result shows that the microbial agents of the ackermansiella muciniphila can reduce the increase of blood fat and liver fat levels caused by high-fat diet of the hyline brown laying hens, so that the content of the ackermansiella muciniphila in the hyline brown laying hens is increased, and the content of the ackermansiella muciniphila in the hyline brown laying hens is increased. In-vivo fat deposition is reduced, and the egg quality is improved. The Ackermania muciniphila microecological preparation (microbial inoculum) provided by the invention is comprehensive in function, non-toxic and harmless, and the pasteurization inactivated bacteria microbial inoculum, the freeze-dried powder microbial inoculum and the viable bacteria microbial inoculum have the same action effect in the aspects of preventing/relieving fatty liver of laying hens and improving egg quality, and have greater advantages in the aspects of storage and addition modes. The invention provides a basis for the Ackermania muciniphila as a novel microecological preparation in the laying hen breeding industry.

A method for improving efficiencies in livestock production comprises grouping livestock animals, such as cattle and pigs, during the period of their retention in a feeding facility according to the genetic predisposition of individual livestock animals to deposit fat, and then feeding the animals in each group substantially uniformly. Such genetic predisposition is determined by determining homozygosity or heterozygosity of each animal with respect to alleles of a gene encoding an adipocyte-specific polypeptide, termed leptin, which gene is hereinafter referred to as ob, segregating such animals into groups based on genotype and optionally phenotype, feeding and otherwise maintaining animals in a group together and apart from other groups of animals, and ceasing to feed the animals in the group at a time when the median body fat condition of the animals of that group is a desired body fat condition. Packers can also more accurately predict the fat deposition in carcasses of live animals it purchases, leading to increased efficiencies.

The invention discloses application of fermented pagodatree flower bud powder for promoting growth of AKK bacteria. The fermented pagodatree flower bud powder is prepared by fermenting pagodatree flower bud powder with fermented lactobacillus plantarum. Through verification, the AKK bacteria can significantly reduce the contents of triglyceride, alanine transaminase (ALT), aspartate transaminase (AST) and alkaline phosphatase (ALP) in serum, can observe that fat deposition in the liver is significantly reduced, and also has the effect of losing weight. Therefore, the fermented pagodatree flower bud powder can be used for preparing food or medicines for relieving fatty liver and obesity symptoms, and is high in safety, free of toxic and side effects and quick in effect.

The invention discloses an application of clopidogrel in preparing medicines for preventing or treating non-alcoholic fatty liver, and an application of clopidogrel or a medicinal salt of clopidogrelin preparing medicines for preventing non-alcoholic fatty liver. Prophylactic administration of clopidogrel can significantly slow the fat deposition rate in hepatocytes of mice fed with high-fat food. The invention further discloses an application of clopidogrel or a medicinal salt of clopidogrel in preparing medicines for treating simple fatty liver, nonalcoholic fatty liver or early nonalcoholic fatty liver disease. Therapeutic administration of clopidogrel can significantly reverse the fat deposition degree in hepatocytes of mice fed with high-fat food.