Method for treatment of meat-type chicken eggs |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
IPC classes for russian patent Method for treatment of meat-type chicken eggs (RU 2308830):
Method for increasing the performance in replacement swines under conditions of kemerovo region / 2308201
During the period of growing and fattening the youngsters for the purpose of increasing the performance in youngsters in case of simultaneous deficiency of selenium and iodine it is necessary to supplement the diet with microadditives. According the technique mentioned one should apply potassium iodide introduced subcutaneously at the dosage of about 6-9 mg/swine on the 60-90th d of their life, and sodium selenite introduced perorally at the dosage of 0.5 mg/kg feedstuff during the whole period of raising. The innovation enables to increase average daily body weight gains by 20.5%, shorten the age to achieve body weight of 100 kg by 24 d and decrease the expenditure of feedstuff per 1 kg body weight gain by 17.2%.
Application of feedstuff treated with "hymizyme" polyenzymatic preparation in case of intoxication with heavy metals in animals and hens / 2308188
It is necessary to apply the feedstuff treated with "Hymizyme" polyenzymatic preparation by high-temperature fermentation technique in case of intoxication with cadmium and lead in animals and hens. The innovation enables to decrease the content of heavy metals in meat and poultry eggs.
Method for predicting viability and productive longevity in cows under conditions of monsoon climate / 2308187
In animals aged 8-10 mo one should determine the type of ceruloplasmin and haptohemoglobin in blood serum. Animal with the type of Cp BB Hp 2-2 should be referred to ones of higher viability and prolonged terms of practical use, animals with the type of Cp AA Hp-1 should be referred to ones of decreased viability and short terms of practical use, animals of other types of Cp and Hp should be referred to ones of intermediate position by viability and longevity of practical use. The innovation enables to predict viability and productive longevity in cows quickly and accurately in early age under conditions of monsoon climate.
 Method for detecting young bulls at high potential of meat performance / 2307501
The present innovation deals with daily collection of urine followed by detecting there the concentration of creatinine and 3-methylhistidine. According to the data of urinary secretion of creatinine of 3-methylhistidine one should determine the rate of deposition and degradation of proteins in skeletal muscles, moreover, the evaluation of the results obtained should be carried out according to relative degradation of muscular proteins (RDP) estimated by the following formula: RDP,%/d=100xrate of degradation/rate of protein deposition, g/d. Young bulls at RDP value being about 1.51-2.05%/d should be referred to animals of low potential of meat performance, and at values ranged 1.10-1.50%/d - to animals of high potential of meat performance. The innovation enables to predict meat qualities of stud bulls before obtaining the offspring and accelerate selection process.
Method for predicting pregnancy in cows / 2306701
The innovation deals with testing blood serum for the content of ceruloplasmin and at the value of its activity being above 0.095 U optic density it is possible to diagnose the pregnancy. The technique suggested is accurate, enables to diagnose the pregnancy in cows at early stage and, also, it enables to increase efficiency, decrease labor capacity and avoid the usage of expensive devices and reagents.
Method for simultaneous withdrawal of lead and cadmium out of the body of broiler chickens / 2306700
Poultry diet should be supplemented with a probiotic - lactic acid fodder additive - at the quantity of 0.5 ml/chicken daily. The innovation decreases the content of lead and cadmium in muscles and bony tissue.
 Method for increasing resistance, immunity and meat performance in swine / 2306699
In favorable farms it is necessary to introduce Fosprenyl for swine during the periods of immunodeficiency thrice: on the 1st, 4th and 8th d of life; then at the age of 20-22 d and at the age of 35-45 d at the dosage of about 0.05-0.5 ml/kg animal body weight. The innovation enables to decrease lethality as a result of infectious diseases by 5%, on the average, due to activating the parameters of resistance and increasing reserve blood alkalinity, and, also, increase average daily body weight gains by 17% due to activating metabolism, in particular, due to increasing the intensity of protein synthesis.
Method for specific prophylaxis of infectious respiratory diseases in calves at group keeping / 2305936
The present innovation deals with a 2-fold injection of either inactivated or alive vaccine during forming a group. Moreover, the vaccine should be injected on the 1st and the 4th d of animals keeping in a group. Vaccine dosages should be distributed at the ratio of 1:3. The innovation enables to decrease sickness rate and increase the safety of calves in case of different immune state out of the farms of different epizootic situation on viral respiratory infections.
Method for selecting of male birds from breeding flock in group keeping / 2305401
Method involves evaluating male birds as to live weight characteristics at 5-week age, chest musculature, and hardness of skeletal frame; additionally, taking into account the number of dents on foliate cockscomb at 17-18-week age; discarding male birds with 3, 9 and more dents on foliate cockscomb.
 Method for cytological diagnostics of puerperal pathology in cows / 2304773
The present innovation deals with sampling a cow's vaginal smear followed by its staining and microscopic testing the cells. During microscopic testing one should count the cells of vaginal epithelium (surface, parabasal and basal) . In case of prevailing quantity of surface cells (49-60%) one should diagnose normal flow of puerperal period, in case of prevailing parabasal epithelial cells one should diagnose complicated puerperal period, moreover, if the quantity of surface and basal cells is similar or he difference is insignificant (15-20% against 15%, correspondingly) it is possible to diagnose uterine subinvolution, and at considerable difference in the quantity of surface and basal cells (0.5-11% against 20-22%) one should diagnose acute puerperal endometritis. The innovation enables to analyze and detect puerperal pathology in earlier terms.
Method for increasing the resistance to the action of pullorosis agent in poultry / 2304448
The present innovation deals with preincubation treatment of eggs with the light of He-Ne laser LHN-104, wave length being 632.8 nm, power density being 50 mW/sq. cm.sec, in exposure of 3 min. Additionally, eggs before laying for incubation of germs on the 6th, 12th, 18th d and hatched 1-d-aged chicks should be heated with the light of fluorescent lamp DNESH-500 at wave length of 630-650 nm, simultaneously it is necessary to disinfect from all sides of three bactericidal lamps BUV-30 at wave length of 254/440 nm, at nominal power of 30 W, then one should successively affect with radiation of He-Ne laser LHN-104, mercury-quartz lamp DRT-400 and two bactericidal lamps BUV-15 in exposures per 3 min. The innovation helps to increase poultry resistance to pullorosis.
 Egg treatment apparatus / 2303350
Egg treatment apparatus has chamber, conveyor and ultraviolet radiation sources. Conveyor is made in the form of horizontal spiral belt-roller with flanged edge. Conveyor consists of two portions: straight belt portion with longitudinal notches and cone-shaped rollers positioned at bends. Cone-shaped rollers are movably attached with their one end through bearings to edge of conveyor and are movably attached with their opposite end through conical toothed transmission to electric drive. Ultraviolet emitters are positioned outside said chamber and are arranged in parallel with straight belt portions of conveyor.
Method for increasing of poultry pullorosis resistance / 2297762
Method involves pre-incubation processing of incubation eggs using helium-neon laser light having wavelength of 632.8 nm, optical flux intensity of 50 mW/cm2·s; combining pre-incubation processing of eggs by helium-neon laser light with treatment of incubation eggs before incubation on 6, 12 and 18 incubation days by gas-discharge lamp light having wavelength of 630-650 nm, with mean dose of 23.1 erg on egg surface, mercury-quartz lamp light having wavelength of 400/185 nm, with mean dose of 20 mer/hour on egg surface, and two bactericidal lamps having wavelength of 254/800 nm and nominal power of 15 W on egg surface with exposure time of 3 min. Method allows resistance of poultry to pullorosis-5, pullorum pathogen to be increased.
 Method and mechanized apparatus for dividing of young birds by their sexuality / 2295857
Method involves dividing 12-14-hour aged animals by their sexuality through exposing said animals to infrared radiation field during 3-5 min at radiation field intensity of 250 W on the background of electromagnetic field of supersonic frequency of 110 kHz of corona discharge with porosity of 0.5%. Apparatus has rotary platform with windows and slides and hanging arches with functional modules formed as emitters with lattice screen. Each of functional modules comprises infrared lamp and electric gas discharge lamp powered through resonator from supersonic frequency generator.
 Apparatus for data communicational controlling of economic heating processes in animal farming and poultry farming / 2295237
Apparatus has sensors for sensing temperature felt in local heating zone, temperature of inside air within room, stock age setters, admissible minimum and maximum air temperatures within room, predetermined felt temperature value, standard air temperature, local and general heating temperature regulators, local heaters and heating elements. Output of felt temperature sensor is connected with first input of general heating temperature regulator. Output of felt temperature value setter is connected to second input of local heating temperature regulator, whose output is switched to local heaters. Heating elements are connected to output of general heating temperature regulator. Apparatus is further provided with outside temperature sensor, inside and outside air humidity sensors, request time setter, setter for signal indicative of air temperature within room, constant setter, first, second and third computing units, summer, control unit, differentiating amplifier whose input defines second input of control unit and whose output is connected to first input of comparison circuit having second input defining common bus of apparatus, and having output connected through differentiating circuit, rectifier and waiting multivibrator to second input of controllable key, with first input of said key defining first input of control unit and output being connected through memory element to output of control unit. Apparatus is additionally equipped with forth computing unit, which is united in conjunction with first, second and third computing units into computer unit, and has heating energy, electric energy, manufacturer product and feed price setters, interface and communication unit, apparatus and program oriented network means unit, and peripheral unit of computer network. Input of said means is connected to user's computer network peripheral unit output.
 Method for enhancing of bird's vitality / 2294097
Method involves pre-incubation treatment of incubation eggs, developing embryos on 6-th, 12-th and 18-th days by exposing eggs, embryos to light of helium-neon laser, gas-discharge lamp, mercury-quartz lamp for exposure time of 3 min. Pre-incubation treatment of eggs, developing embryos on 6-th, 12-th and 18-th days and of day-age chicken was combined with disinfection at all sides under the same conditions provided by means of two bactericidal lamps having nominal power of 15 W and by means of three lamps having nominal power on egg surface of 30 W, wavelength of 254/800 nanometer with exposure time of 3 min.
 Method for enhancing embryonal viability of poultry / 2289918
Method involves the preincubation treatment of eggs by radiation of helium-neon laser with wavelength 632.8 nm, density of optical current on egg surface 50 mWt/cm2, gas-discharge lamp with wavelength 630-650 nm, mean dose on egg surface 23.1 erg, mercury-quartz lamp with wavelength 400/185 nm, mean dose on egg surface 20 mer/h and with exposition for 3 min. Irradiation of incubating eggs by helium-neon laser ,gas-discharge lamps ,mercury-quartz lamp is combined with the simultaneous treatment of eggs from all sides by three bactericidal lamps with wavelength 254/800 nm, with the maximum absorption at 254 nm, mean dose on eggs surface 30 Wt with exposition for 3 min before incubation and on 6, 12 and 18 days of embryonal development. Method provides enhancing viability of chicken-broilers.
 Method for growing of broiler chickens / 2289916
Method involves exposing chickens having age of several days to low-intensity laser radiation; exposing broiler chickens of 1-day age to 10-min aeroionization procedure, followed by low-intensity laser radiation through information biologically-active matrix.
 Rotor high-frequency egg pasteurizer / 2285394
Pasteurizer has cellular drum with sprocket for outputting eggs from cells and cellular rotor in screen case made of non-ferrous material. There is unloading window in case and set of electrodes of high-frequency generator, which set is made in form of rings disposed in parallel. Dielectric rotor with cells is disposed between set of rings for rotation. Thin liquid outer layer, adjacent to under-shell film, is stabilized.
 Irradiation apparatus / 2271653
Irradiation apparatus has start regulating device with contact mains wires, gas discharge lamp chuck, and reflector attachment device. Apparatus is further equipped with two photo-resistors connected to inductance coil and located on reflector internal surface. Inductance coil with winding and core is positioned centrally on casing. Isolating insert is located between casing and core. Receptacle surface of photo-resistors is turned to internal surface of reflector and is made in the form of wavy strip extending through the entire length of reflector at its both sides, symmetrically to edge of emitter. Casing is connected to attachment device through vibration isolators.
 Method for increasing resistance to pullorosis in poultry / 2248123
One should irradiate eggs before incubation with the light of He-Ne laser LHN-104, wave length being 632.8 nm, power density at eggs surface being 50 mW/sq.cm/sec, with red light of fluorescent lamp DNESG-500, wave length being 630-650 nm, power at eggs surface being 23.1 erg and with ultraviolet from DRT-400 lamp at wave length being 185-400 nm, average dosage at eggs surface being 20 merg in 3-min-long exposures.
|
FIELD: pre-incubation treatment of meat-type chicken eggs. SUBSTANCE: method involves treating eggs with biologically active compositions, with organosilicon substances such as cresacin and meval being used as biologically active compositions. Said compositions are applied in the form of mixture of their solutions onto eggshell 6-12 hours before incubation. EFFECT: increased chicken yield and intensified growth of chickens. 3 tbl, 3 ex
The invention relates to poultry, and in particular to methods of processing meat hens eggs to stimulate embryonic and postembryonic development of broiler chickens. There are various ways of handling: eggs by laser radiation in combination with the irradiation of the discharge lamp [1], the static magnetic field by placing the eggs in the solenoid in pulsed mode [2], optical radiation generated by the semiconductor injection source [3], ozone-ion mixture with miniature ozone generator ionizer design Strochevoi SCI [4]. There is also known a method preincubation handling eggs with a solution of succinic acid upon irradiation with ultraviolet light or ozone, which is taken as a prototype [5]. This method has several disadvantages: the need for special equipment (lamp UV, ozone), as well as the complexity. The present invention is the processing of meat hens eggs before incubation, resulting in increased chick and speed of their growth during the growing period. The technical result is that increased technical conclusion conditioned chickens, increases the growth rate of Chicks and their live weight during the growing period. The technical result is achieved in that the method comprises preincubating the ing the processing of eggs biologically active compounds as biologically active compounds used silicone substance - krezacin and mival, which in the form of a mixture of their aqueous solutions of 0.01%concentration is applied to the surface of the shell for 6-12 hours prior to incubation. The method is as follows. Organosilicon mival and krezacin dissolved in distilled water at a concentration of 0.01%. The resulting solutions are mixed in a 1:1 ratio and applied to the surface of shell eggs by spray or aerosol model from the calculation of 1.2-1.5 ml 120-150 eggs. The treatment is carried out for 6-12 hours prior to incubation at room temperature 20-22°C. the resulting output conforming chickens increased by 3.0 and 4.4%, reduced weight of residual yolk on 16,24-33,9% and increases live weight of chickens to the end of the period, growing by 2.7 to 4.0%. Example 1. Eggs chicken meat cross Competitor received from one house and one day the demolition, sorted in trays. For 6-12 hours prior to incubation, the eggs were treated with 0.01%solution of a mixture of krezacin and mival. As control was used eggs of the same batch. The obtained data are presented in table 1. Due to the processing of egg output increased by 4.4%. Received the young were better developed than in the control, as evidenced by weighting the indices of the liver, stomach, residual yolk. To the HQ of the cultivation period live weight experienced chick was more than that of the control at 4%. Example 2. Eggs chicken meat cross "Smena-4", derived from one house and one day the demolition, sorted in trays. For 6-12 hours prior to incubation, the eggs were treated with 0.01%solution of a mixture of krezacin and mival. As control was used eggs of the same batch. The obtained data are presented in table 2. Output increased by 3.5%, the mass of residual yolk decreased by 33.9% compared with control, weight indices of liver and stomach increased, which speaks about the best development of the experimental chickens. By the end of the cultivation period live weight experienced chick was 3.1% more than the control. Example 3. Eggs chicken meat cross "Smena-4", derived from one house and one day the demolition, sorted in trays. For 6-12 hours prior to incubation, the eggs were treated with 0.01%solution of a mixture of krezacin and mival. As control was used eggs of the same batch. The obtained data are presented in table 3. Conclusion conditioned chickens increased by 3%. Live weight experienced Chicks at the age of 41 days was more than 2.7%, than in control. References 1. Mamakaev mathematical SCIENCES. The way laser light treatment of chicken embryos. Patent No. 2142225 priority on 10.12.1999. 2. Dobrenko A.M., Vostretsov P.E. Way preincubation handling eggs. Patent No. 2136149, priority from 10.09.1999. Calico Y., Korolev, VN, Kussakin S.A., C is Lotarev VG The way biostimulation poultry. Patent No. 2101939, priority from 20.01.98. 4. Najdenski MS, Ermoliev A.D., Lukicheva, VA, Lazarev POSTGRADUATE, Strochevoi V.F., Snytko T.V. Method of rehabilitation and stimulation of embryonic and post embryonic development of birds. Patent No. 2178641, priority from 27.01.2002. 5. Najdenski MS, Nesterov V.V. Lazarev POSTGRADUATE Method of stimulation of embryonic and early postembryonic development of the poultry. Patent No. 2262228, priority from 01.04.2004.
The method of processing eggs, meat chickens, including preincubation processing eggs biologically active compounds, characterized in that as biologically active compounds used kremniyorganika the definition of substance krezacin and mival, which in the form of a mixture of their aqueous solutions of 0.01%concentration is applied to the surface of shell eggs for 6-12 h prior to incubation.
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||