56 results about "Male rabbit" patented technology

The method for breeding black rabbit includes the following steps: using local chesnut black male rabbit as male parent and using New Zealand female rabbit as female parent, makiing hydribization or artificial fertilization to obtain first-generation hybrid rabbit species, selecting excellent male rabbit and female rabbit to make direct cross or artificial fertilization to obtain second-generation hybrid rabbit species, then adopting similar method to obtain third-generation and fourth-generatin hybrid rabbit species, and utilizing fourth-generation male rabbit and female rabbit to make breeding. Said nvention adopts granular feed containing Chinese herbs of isatis leaf, lonicera flower, wild chrysanthemum flower and stemona root.

The present invention relates to biomedicine engineering technology, and is the gene cloning of polyepitope antigen of hepatitis C virus hcvme and the coded polyepitope antigen HCVME. The hcvme includes 9 epitope genes of HVR1 simulating B cell and 4 epitope genes of T cell in E2 region of HCV genome, and the 4 epitope genes of T cell includes 2 of conservative CTL epitope in region C, 1 of conservative CTL epitope in region NS3 and 1 of conservative Th epitope in region NS3. Serial tests show that hcvme has high cross reaction with karyogamy expressed product GST-HCVME of gst gene and positive hepatitis C antibody serum, and the GST-HCVME immunized male rabbit serum has high distinction frequency on natural HVR1 synthetic peptide. Therefore, hcvme and its expressing product HCVME may be used in preparing nucleic acid vaccine and polypeptide vaccine for hepatitis C and the test reagent for HCV antigen and antibody.

The invention relates to a breeding method of colourful rabbits. The method comprises the following steps of: (1) breeding a pure breeding colourful rabbit for four generations to generate special strains, and selecting a colour male rabbit from the special strains; (2) selecting a female rabbit from white rabbits; and (3) crossbreeding the selected colour male rabbit and female rabbit to generate offspring which have the hair colour of the colourful rabbits, and thus obtaining the colourful rabbits which have the hair colour of the colourful rabbits and uniform hair colour. In the method, the colourful rabbit is crossbred with the white rabbit with excellent production property and the colourful hair colour gene of the rabbit is dominant to the white gene, so the hair colour of the generated offspring accords with that of the colourful rabbit and is uniform. At the same time, because white rabbit has excellent production property, the rabbits with high-quality skin can be generated, the meat production property due to hybrid advantages can be improved and the added value of the rabbit skin is improved.

The invention provides a high-production-performance black meat rabbit new strain breeding method. The breeding method comprises the steps that firstly, local male black rabbits are mated with femalewhite meat rabbits to obtain an F1 generation; the black male rabbits in the F1 generation are selected for backcrossing with the female white meat rabbits to obtain an F2 generation; the black male rabbits in the F2 generation are selected for backcrossing with the female white meat rabbits again to obtain an F3 generation; the black rabbits in the F3 generation are selected for crossing to generate an F4 generation; black male and female rabbits in the F4 generation are selected for gene identification, and homozygotic black male and female rabbits are selected to form a basic group; the basic group is subjected to atresia subculture to breed 3-4 generations, and a high-production-performance black meat rabbit new strain consistent in body shape and appearance can be bred. According to the black meat rabbit new strain bred through the breeding method, in the pure breeding and hybrid production process, it can be ensured that the hair colors of commercial generation rabbits are consistent. Meanwhile, the production performance and uniformity are relatively high, and the method is suitable for modern meat rabbit matching production.

A method for preparing high immune serum resisting parahemolytic vibrio uses germ suspension of parahemolytic vibrio to carry out immune on male rabbit and a method of utilizing prepared high immune serum to detect prawn corpus rubrum disease ¿C producing germ includes enveloping standard antigen; blocking enzyme labeled board; making competitive reaction of antiserum on antigen to be tested; making enzyme labeled antibody reaction, color display reaction and ending reaction; and determining absorbance value.

The invention discloses a Chinese herbal medicine feed additive for male breeding rabbits. The Chinese herbal medicine feed additive comprises, by weight, 13-17 parts of herba cistanche, 13-17 parts of rhizoma curculiginis, 13-17 parts of herba epimedii, 13-17 parts of radix aconite lateralis preparata, 13-17 parts of cassia bark, 13-17 parts of cornus officinalis, 13-17 parts of Chinese yam, 18-22 parts of fruits of Chinese magnoliavine, 18-22 parts of wolfberry, 18-22 parts of semen cuscutae, 18-22 parts of prepared rehmannia root, 18-22 parts of radix moridae officinalls, 18-22 parts of semen myristicae and 18-22 parts of raspberry. The above components are fully dried, crushed and stirred to form a uniform mixture. 1wt% of the mixture is added into basic ration and the mixture is fed to male rabbits. The above Chinese herbal medicines have effects of tonifying kidney and invigorating yang, rectifying qi and invigorating spleen, enriching blood and promoting blood circulation, nourishing Yin and tonifying Qi, clearing heat and removing toxins, improving a human body self-adjustment capability, improving metabolism and physiological functions, reducing stress, adjusting internal secretion and promoting sexual gland development. The Chinese herbal medicine feed additive for male breeding rabbits substantially improves male rabbit seminal fluid quality.

The invention relates to a cultivation method for a new rex rabbit strain. The new rex rabbit strain cultivated by the method has the advantages of large physique, good meat productivity and the like. Compared with the prior art, the birth weight of a rex rabbit cultivated by the method is improved by 40.1 percent; the three-month-old weight is improved by 78.6 percent; the adult weight (male rabbit) is improved by 107.2 percent, and the adult weight (female rabbit) is improved by 105.3 percent. The hide and skin quality of the new rex rabbit strain cultivated by the method is obviously improved, and the villi are rich and thick, neat, fine and clean and good in resilience; the coat color is pure and normal and glossy and smooth; no protruded guard hair, no curly hair and no damage exits. Compared with the prior art, the full hide area of the new rex rabbit strain cultivated by the method is improved by 81.6 percent.

The invention belongs to the technical field of female rabbit breeding and particularly relates to a female rabbit light regulating estrus natural parent copulation mating and breeding method. The method uses a first breeding cycle and a second breeding cycle starting from the eleventh day after delivery in the same method. The method uses light regulating for unifying the estrus of female rabbits for solving the problem of unified estrus unavailable through scattered natural estrus of the female rabbits. Furthermore, the method uses natural parent copulation for solving the problem that the conception rate cannot be guaranteed due to the fact that the quality of the dilution semen of male rabbits cannot be guaranteed in artificial insemination and the problem of the lack of professional and skilled artificial insemination mating workers. The female rabbit light regulating estrus natural parents copulation mating and breeding method achieves the purposes of unifying the estrus of a batch of female rabbits through light regulating as planned and completing mating in batch through natural parent copulation of male rabbits to breed young rabbits in batch as planned and produce commodity rabbits.

The invention relates to a breeding method of a black meat rabbit three-line complete set line. The breeding method comprises the steps that with Hyplus meat rabbit complete set line progenitor breeding rabbits and parent-generation breeding rabbits which are imported from foreign countries as experiment targets, through backcross, secondary backcross, self-reproduction and atresia continuous progeny selection, a specialized dam line I line and a specialized dam line II line are obtained; specialized dam line I line male rabbits and specialized dam line II line female rabbits are hybridized toproduce parent-generation female rabbits; black champagne rabbits are selected for atresia continuous progeny selection to obtain a specialized sire line VII line; specialized sire line VII line malerabbits and the parent-generation female rabbits are hybridized to produce goods-generation meat rabbits of the black meat rabbit three-line complete set line. By means of the breeding method, the black meat rabbit three-line complete set line with high production performance, great hybrid vigor and high adaptability can be obtained.

The invention discloses a pollution-free meat rabbit culture method. The pollution-free meat rabbit culture method comprises culture feed formulas and feeding methods for different kinds of meat rabbits having different states under the condition of different ages in days, wherein the types of the meat rabbits comprise 18-30 days old young rabbits, male rabbits and female rabbits ready to mate after 10-15 days, mating-period male rabbits, non-mating-period male rabbits, non-pregnant female rabbits, pregnant female rabbits, more than 15 days pregnant female rabbits, lactating female rabbits and adult to-be-fattened rabbits. By taking measures of strictly controlling the quality of raw materials for feeds, normatively using feed additives, concentrated feeds and complete formula feeds, etc., the pollution-free meat rabbit culture method increases the inventory of the female rabbits and the propagation quantity of commercial young rabbits, wherein the inventory of the fine basic female rabbits is kept at more than 31.6 thousands, and more than 1.17 million commercial young rabbits are propagated annually. The pollution-free meat rabbit culture method ensures that indicators such as the breeding female rabbit bearing capacity, the meat-feed ratio, the young rabbit survival rate and the like all meet the expected requirements, wherein the breeding female rabbit bearing capacity is more than 40 per year, and the average during a project is more than 45; the meat-feed ratio of the commercial meat rabbits is more than 1:3.0 and is up to 1.1:3; and the young rabbit survival rate is more than 85% and approximates 90%.

The invention belongs to the technical field of rex rabbit breeding, and discloses a four-stage rex rabbit breeding method. According to the growth and clothing hair development rules of rex rabbits,the four-stage breeding method for rex rabbits which are 8 weeks old, 13 weeks old, 23 weeks old and 6/7 months old is created. When the rex rabbits are 8 weeks old, first selection is carried out, and the reserved breeder quantity is at least 400% the bred core group quantity; when the rabbits are 13 weeks old, second selection is carried out, and the reserved breeder quantity is at least 300% the bred core group quantity; when the rex rabbits are 23 weeks old, third selection is carried out, and the reserved breeder quantity is at least 150% the bred core group quantity; when female rabbitsare 6 months old and male rabbits are 7 months old, fourth selection is carried out, rabbits which have a weight of at least 3500.00 g and at least four pairs of teats are reserved as breeders, and the reserved breeder quantity is at least 100% the bred core group quantity. In the method, staged selection (four times of selection in total) is adopted, more breeders are reserved for fine selection,the selection difference is increased, and the selection response is improved.

The invention discloses a Chinese herbal medicine feed additive for improving reproduction function of male rabbits. The Chinese herbal medicine feed additive is prepared from the following ingredients by weight parts: 10-18 parts of herba epimedii, 10-18 parts of semen cuscutae, 2-6 parts of Morinda officinalis, 5-17 parts of cistanche salsa, 5-12 parts of prepared rehmannia roots, 5-15 parts of acanthopanax, 3-6 parts of radix astragali, 2-8 parts of Codonopsis pilosula, 5-15 part of cornus officinalis, 5-15 parts of Chinese yam and 2-6 parts of moutan barks. Coarse grinding is carried out on all Chinese herbal medicines by using a universal Chinese herbal medicine pulverizer, and the Chinese herbal medicines are mixed evenly and bagged and preserved for standby application.

The invention relates to an artificial insemination method for breeding rabbit feeding, which comprises the following steps of: preparation in a laboratory, selection of breeding rabbits, preparation before semen collection, processing of seminal liquid, semen deposition and the like. By using the method, the feeding number of male rabbits can be decreased, wastes are reduced, the feeding and management of breeding rabbit crowds are facilitated, the labor productivity is increased, and thus, the feeding cost is decreased and the economic benefit is increased; the utilization rate of excellent breeding male rabbits is improved, because the number of the male rabbits required in artificial insemination is decreased, the selection intensity is enhanced to make full use of the male rabbits with best quality, and an obvious effect of improving the genetic constitution of offspring is achieved; and the male rabbits and the female rabbits are prevented from direct contact, so that the spreading of various diseases, especially reproductive diseases, is prevented.

The invention relates to a method for in vitro capacitation of rabbit sperms and a nutrient solution formula. In the invention, 10 mum mol/L of EGCG is added in a BO capacitation liquid for sperm in vitro capacitation treatment, and 10 mum mol/L of EGCG is added in the BO capacitation liquid, the formula of the a BO capacitation liquid comprises the following components by weight: 6.5453mg/mL of NaCl, 0.2997mg/mL of KCL, 0.1145mg/mL of NaH2PO4.H2O, 0.1057mg/mL of MgC12.6H2O, 0.330mg/mL of CaCl2.2H2O, 2.518mg/mL of glucose, 4% of 0.2% phenol red, 100IU/mL of penicillin, 100IU/mL of streptomycin, 3.1080mg/mL of NaHCO3, 0.1380mg/mL of sodium pyruvate, 20mum g/mL of heparin and 20mg/mL of BSA. The method for in vitro capacitation of rabbit sperms overcomes the defect of mass oxyradical accumulation generated by sperm metabolism due to large sperm density during a current sperm in vitro capacitation process. The method uses adult New Zealand white male rabbit, different concentration EGCG (0mumM, 10mumM, 15mumM, 20mumM and 25mumM) can be added in the BO capacitation liquid, influence of the BO capacitation liquid to the rabbit sperm capacitation effect is researched so that optimum EGCG addition concentration is obtained, and thereby a rabbit in vitro capacitation culture system with high efficiency is established.

The invention discloses a diluted rabbit semen preserving fluid. The diluted rabbit semen preserving fluid comprises the components including 2.13g of citric acid, 3.17g of Tris and 0.60g of anhydrous glucose, and is prepared by dissolving the components into 100ml of distilled water, and then autoclaving, placing the solution into a sterile operation desk after the solution is autoclaved and cooled, and adding 2ml of yolk, 200 thousands IU of penicillin and 200 thousands IU of streptomycin. The test results show that the self-mixed diluted rabbit semen preserving fluid is capable of storing the male rabbit semen for above 60 hours at 4 DEG C in vitro, and the activity is more than 0.5 (the activity of 0.5 is an index which can guarantee normal artificial insemination). The in vitro storage capability of the diluted rabbit semen preserving fluid is far higher than 5% of glucose solution and normal saline. Simultaneously, the pregnancy rate of the artificial insemination test is about 75% when the activity is 0.5, and the test results also show that the artificial insemination can be carried out when the rabbit semen is stored in vitro within 60 hours in the formula.

An original ecology and high survival rate breeding method of Rex Rabbit comprises the following steps: 1, selecting automatic feeding and defecating breeding devices; 2, selecting breeding rabbits: selecting a female rabbit with slim figure, regular features, no deformity, wide and deep chest, 8 nipples and lotus leaf-shaped genital, and selecting a male rabbit with heavy-boned physique, regular features, no deformity, large and round head, strong legs, and disease-free, pink and bended genitalia; 3, feeding baby rabbits in the suckling period in a breast milk and formula forage combination mode, allowing rabbits in the growing period to stay in a rabbit house, and allowing rabbits with the age of 3 months to grow under certain illumination, reinforced ventilation and fresh air conditions, wherein a forage in the growing period adopts a high-fiber and medium-protein forage, the temperature in the house for rabbits in the fattening period is properly reduced, and the form of the forage in the growing period is a particulate forage sold in the market; and 4, injecting an ivermectin vaccine to the breeding rabbits every March-April and August-September every year, injecting a Bordetella bronchiseptica and Pasteurella bigeminal vaccine 28-30d after the baby rabbits are born, and injecting a rabbit fever vaccine 45-50d after the babies are born.

The invention discloses a feeding method of long hair rabbits. The method comprises the following steps of: first, selecting to purchase fine varieties of long hair rabbits, feeding them with special long hair rabbit feed, ensuring the nutrition of rabbit growth and hair production, and controlling epidemic prevention and timely eliminating stunted or diseased rabbits in the process of feeding; second, individually raising developing excellent buck in nursing as the breeding rabbit, and breeding through artificial insemination;third, when the rabbit of the third generation is raised, the breeding male rabbit is introduced, and the female rabbit with high hair yield is selected, mating them according to the ratio of breeding male rabbit: female rabbit = 1:6-1:8, and just repeating the raising of step one. In that invention, the special feed is adopted to ensure the hair yield and the variety of the rabbit, the optimal reproduction guarantees the continuation of fine varieties, the nutrition intake of the long hair rabbit is fully taken into account, the trace elements necessary for the growth of the rabbits are satisfied by the raw material collocation and the fermentation treatment, various common diseases can be prevented, and the palatability is good.

The invention relates to feed for an SPF (Specific pathogen Free) male rabbit mating period. The feed comprises the following raw materials in parts by weight: 180-200 parts of maize powder, 130-150 parts of bean pulp, 210-230 parts of wheat bran, 400-420 parts of alfalfa meal, 0.5-1.5 parts of 98% of methionine, 1.5-2.5 parts of lysine, 9-11 parts of feed rock flour, 14-16 parts of calcium hydrophosphate, 4.5-5.5 parts of salt and 10 parts of premix. The invention further discloses a preparation method for the feed. The preparation method comprises the steps as follows: weighing the raw materials respectively; blending the weighed raw materials; uniformly mixing and packaging; and sterilizing the packaged raw materials. The feed formula is scientific and reasonable, the SPF male rabbit fed with the feed during the mating period is high in weight increment amount and high in survival rate, and the feed is subjected to Co60 irradiation sterilization, so that the nutrient loss is low, and the feed is easy to store.

The invention discloses a weaning rabbit breeding artificial insemination and feeding method. The weaning rabbit breeding artificial insemination and feeding method includes the following steps: male rabbits which are bright in eye, splendid in hair, strong and powerful in limb and clean in anus are selected, and a simple artificial vagina sperm collecting device is manufactured for sperm collection; lamplight estrualization is carried out on female rabbits, common 15W incandescent light bulbs are placed in a rabbit house, one 15W incandescent light bulb is arranged per square meter, and the distance between the 15W incandescent light bulbs and the rabbits is one meter; insemination is carried out when it is observed that the pudenda of the female rabbits are red, swollen and moist, and 5 milliliters of 1:4 attenuated seminal fluid is applied to one rabbit; new-born weaning rabbits need to be stuffed with colostrums within five hours to six hours, and if it is checked that the new-born weaning rabbits do not eat the colostrums, the new-born weaning rabbits need to eat the colostrums under human assistance; and after the weaning rabbits are weaned, prepared milk liquid is boiled, is then cooled to about 38 DEG C, and is used for dropwise feeding the weaning rabbits with an injection syringe. According to the weaning rabbit breeding artificial insemination and feeding method, through artificial sperm taking and artificial insemination, feeding food is reasonably used in a matched manner after weaning is carried out, and therefore the breeding number, the survival rate and the breeding quality of the weaning rabbits can be effectively improved.

The invention relates to male rabbit feed beneficial to controlling sex of offspring rabbits and an application of the feed to increasing the female proportion of the offspring rabbits. The male rabbit feed contains the following raw materials in parts by mass: 15-20 parts of corn, 12-20 parts of wheat bran, 12-20 parts of soybean meal, 40-50 parts of grass powder, 1-2 parts of yeast powder, 0.02-0.05 parts of bile acid, 0.02-0.05 parts of dihydropyridine, 0.02-0.04 parts of selenium methionine and 0.02-0.03 parts of zinc glycinate. The feed disclosed by the invention has the advantages that the composition of rabbit body fluid can be adjusted and the microenvironment of fertilization can be changed; when the male rabbit feed disclosed by the invention is adopted and coordinated with corresponding female rabbit feed, the output rate of female baby rabbits can be increased by more than 15% on the original basis; and therefore, the male rabbit feed has a good application prospect.

The invention discloses a feed formula for rex male rabbit, which comprises the following components by weight: 9-12% of corn, 7-8% of wheat bran, 6-7% of corn bran, 7-10% of malt sprout, 1-1.5% of astragalus smicus, 6-7% of chrysanthemum powder, 7-8% of peanut vine powder, 4-5% of pine needle powder, 3-4.5% of kudzu powder, 11-15% of unite bran, 2-3.5% of inorganic salt, 5-6.5% of vitamin additive and 5-8% of rabbit preblend material. The feed formula can optimize general feed formulas, can grasp nutrition equalization degree of the rex male rabbit, increases the seminal fluid quality of the rex male rabbit, and can promote sexual desire of the rex male rabbit, wherein astragalus smicus has characteristics of good palatability, high protein and high nutrition, vitality and quantity of male rabbit sperm can be increased, and male rabbit immunity is enhanced.

The invention relates to a livestock breeding method, in particular to an artificial insemination method for improving conception rate of rabbits in summer. The operational steps are: (1), preparing female rabbits for semen deposition and insemination: injecting pregnant mare serum into the female rabbits for estrus promotion 50 hours before the semen deposition and insemination, 100 IU for each rabbit, and standing by for the semen deposition and insemination; (2)collecting semen: making fake vaginas out of hard plastic or purchasing professional semen collection instruments, and using them to collect semen; (3), inspecting semen: ejaculatory amount of each male rabbit being 0.5-2.5 ml, the semen being milky white and free of peculiar smell; (4) diluting the semen: diluting the semen by 1:5-10 times using a diluent; the diluent and the semen being used just after being prepared; (5) depositing the semen to the female rabbits; touching the female rabbits to feel fetuses 12-16 days after the semen deposition and insemination, and checking whether the female rabbits are pregnant or not. Vaginal inflammation in the female rabbits can be reduced, conception rate and lifter size can be increased, breeding cost of the male rabbits can be lowered, the problem that few rabbits are bred in summer is solved, and yield and income are increased.