5 results about "Hormone injections" patented technology

The invention relates to the technical field of medical syringes, and discloses an endocrine hormone injection auxiliary device, which comprises a syringe mechanism, a needle cylinder mechanism, a needle cylinder mechanism, a needle cylinder mechanism and a needle cylinder mechanism, and the constant pressure mechanism is arranged on the needle cylinder and is used for providing constant pressure to drive the cylinder piston. According to the endocrine hormone injection auxiliary device, a constant-pressure mechanism is arranged, based on the conversion principle of gravity and air pressure, the gravity is converted into constant air pressure by placing a weight with the fixed weight on a top light disc, and a cylinder piston is pushed to move in a needle cylinder at the uniform speed; and the problem of unstable injection speed caused by non-uniform hand force during manual injection is avoided. Meanwhile, the moving distance of the top light disc is accurately controlled by rotating the threaded rod, then the amount of air extruded out of the middle corrugated pipe is determined, accurate control over the liquid medicine output amount is achieved, and the requirements of patients with chronic diseases or the weak for accurate, stable and slow injection are met.

This invention relates to a method for regulating the late autumn breeding of mandarin fish, belonging to the field of artificial fish breeding in aquaculture technology. The operation of this invention is as follows: (1) Inducing spawning in spring by injecting a high dose of a single oxytocin into the mandarin fish parent stock; (2) Under the action of the high dose of the single oxytocin, partial spawning is completed, achieving an average spawning volume per female fish of 20%-30% of the theoretical spawning volume in spring; (3) After spawning until the end of June, controlled feeding management is carried out to reduce the amount of feed, so that the fish are in a nutritional state of maintenance or slow growth; (4) In July and August, nutritional enhancement cultivation is carried out, and sufficient feeding is restored for a period of time before formal spawning to promote the rapid secondary development of the gonads of the parent mandarin fish; oxytocin is injected at a conventional effective dose to induce artificial insemination of the parent mandarin fish, resulting in concentrated spawning, achieving an average spawning volume per female fish of 80%-90% of the spawning volume in autumn. This invention can achieve the dual use of mandarin fish parent stock in one year through conventional hormone injection and feed management.

The utility model provides a packaging box for follicle-stimulating hormone syringes. The packaging box comprises a box body, a first cavity, a second cavity, a first channel, a temperature sensor, a controller, an alarm and a storage battery. The first cavity is arranged in the box body and can be used for placing an injector, and the second cavity is arranged in the box body and can be used for placing a needle head and an injection bottle. The two ends of the first channel communicate with the first cavity and the second cavity correspondingly. The temperature sensor is arranged in the first channel. The controller, the alarm and the storage battery are all arranged on the box body, the controller is electrically connected with the temperature sensor, the alarm is electrically connected with the controller, and the storage battery is electrically connected with the alarm, the controller and the temperature sensor at the same time. The temperature in the first cavity and the second cavity is sensed through the temperature sensor, and when the temperature exceeds the storage temperature of follicle-stimulating hormone injection in the injection bottle, the controller controls the alarm to give an alarm, so that a patient or medical staff is prompted to treat the follicle-stimulating hormone injection, and the efficacy failure of the injection is avoided.

The invention relates to a culture regulation and control method for regulating and controlling late propagation of mandarin fish in autumn, and belongs to the field of artificial fish propagation in an aquaculture technology. The method comprises the following steps: (1) spawning induction in spring: injecting high-dose single oxytocin into mandarin fish parents; (2) completing partial oviposition under the action of high-dose single oxytocin, and realizing that the average oviposition amount of each female fish is 20-30% of the theoretical brood amount in spring; (3) carrying out bait control management from spawning to the end of June, reducing the feeding amount, and enabling the oviposition to be in a nutrition state of maintaining or slowly growing; (4) from July to August, carrying out nutrient enrichment cultivation, and recovering sufficient feeding in a period of time before formal spawning induction so as to promote rapid secondary development of gonads of the parent mandarin fish; spawning induction hormone is injected according to a conventional effective dose, artificial fertilization of the parent mandarin fish is induced, concentrated spawning is achieved, and the average spawning amount of each female fish is 80%-90% of the brood amount in autumn. According to the method, the mandarin fish parents can be used for two purposes in one year only through conventional hormone injection and feed management.

The invention discloses an artificial propagation method of clarias lazeli. The artificial propagation method comprises the following steps: S1, parent screening and breeding: selecting female clarias lazeli and male clarias anodontophaga as parent fishes; carrying out intensive cultivation on the parent fish; s2, parent fish screening and artificial spawning induction, wherein the selected parent fish is subjected to artificial spawning induction through hormone injection, and then artificial insemination is conducted; s3, hatching management of fertilized eggs: adopting a conical plastic barrel for hatching, and maintaining water in the conical plastic barrel to be in a flowing state through a circulating water system; s4, juvenile fish breeding, wherein after the juvenile fish is bred for 30 days, the juvenile fish with the dorsal fin height / body length larger than or equal to 15% is screened out for phenotypic optimization. According to the method, the appearance of the clarias lazeli and the growth speed of the clarias anodontoides are integrated through a hybridization technology, so that the progeny morphology of the clarias lazeli is close to that of the Giethiwei shark, and the industry is promoted to be upgraded towards the high value-added direction In the specific breeding method, the fertilization rate is effectively increased and the survival rate of juvenile fishes is increased through cooperation of multiple factors such as parent fish selection, breeding, water temperature of each stage, water flow, illumination and nutrition support.